• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
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  • 优先权
    • 专利摘要:
    The present invention relates to a device for manufacturing a personalized product, preferably a personalized cosmetic product, by mixing at least two components housed in a respective container, at least one of the containers being a capsule (103), and at least one other container being a pot (11) comprising a nozzle, preferably a pump nozzle (78) at least one of said container comprising an identification code, said device comprising a personalized data collection interface, for example on a telephone mobile or tablet. The invention also relates to a method for manufacturing a personalized cosmetic product by homogeneously mixing components, based on personalized data from the user.
    公开号:FR3046360A1
    申请号:FR1600018
    申请日:2016-01-05
    公开日:2017-07-07
    发明作者:David Leloup
    申请人:AC&B；
    IPC主号:
    专利说明:

    METHOD AND DEVICE WITH INTERFACE FOR MANUFACTURING A PERSONALIZED PRODUCT
    The present invention relates to a device for manufacturing a personalized product, preferably a personalized cosmetic product, by mixing at least two components housed in a respective container, at least one of the containers being a capsule (103), and at least one other container being a pot (11) comprising a mouthpiece, at least one of said containers comprising an identification code, said device comprising a personalized data collection interface, for example on a mobile phone or a tablet. The invention also relates to a method for manufacturing a personalized cosmetic product by homogeneously mixing components, based on personalized data from the user.
    The present invention relates firstly to a device for manufacturing a personalized product, preferably a personalized cosmetic product, by mixing at least two components housed in a respective container, at least one of the components being an active component contained in a capsule (103), and at least one of the components being a base component contained in a pot (11) preferably comprising a pump nozzle (78), at least one of said containers comprises an identification code, the device comprising a mixing device (51) - a selection and metering device (44) of at least one base component contained in a pot (11) a selection device (10) of at least one active component in its capsule ( 103) means for detecting (12) said identification code - an interface (In) for collecting the personalized data for the user interaction (Ut) to allow the user to indicate his data personalized, preferably chosen from a predefined database; a data processing device comprising an algorithm for processing said personalized data in order to automatically define custom product manufacturing instructions for determining at least one, preferably all the component (s) that the personalized product must contain and / or calculate the quantities of said component (s) based on said personalized data.
    In a preferred manner according to the present invention, the interface and the data processing device are in a control unit which comprises a memory which stores said personalized data and / or instructions for the manufacture of the personalized product.
    In a preferred manner according to the present invention, the control unit is chosen from a mobile phone, a touch screen watch preferably connected to the Internet, a touch pad or a computer.
    In a preferred manner according to the present invention, the manufacturing device comprises a manufacturing instruction processing device for recovering said custom product manufacturing instructions and automatically communicating said instructions concerning the components and / or their quantities to the selection and processing device. dosing (44) at least one base component contained in a pot (11).
    In a preferred manner according to the invention, the personalized product is a cosmetic product.
    Preferably, the components are cosmetic components. Said at least two cosmetic components more preferably comprise: at least one basic component, and at least one, two, three, four, five or at least six active components.
    The term "components" is intended to denote, according to the present invention, liquids of viscosity which may be of different viscosity and may range from 1 centipoise or 1 mPa · S (such as water for example) to 500,000 mPa · s (as butter at 10 ° C, viscosity measured with Brookfield DVIII Ultra, needle F, Speed 1.5), as well as powders, whose maximum particle size is defined by the size of the inlet ports X and X 'and orifices 110, so as not to to stop them. Preferably, at least one compound is selected in liquid form. For example, it may be a mixture of liquid paint and powdered pigments, a mixture of hair dye precursor, for example an oxidant, a base and a coupler to obtain a hair dyeing composition, a mixture of two cosmetic complexion of different colors to obtain a foundation of the desired color, a mixture of a cosmetic cream base and one or more active (s), or a mixture of a food sauce background and a liquid flavor, or a mixture of a food alcohol, a fruit juice and a food syrup or liquor for the manufacture of a cocktail.
    Advantageously according to the invention the at least two components are at least two cosmetic components, preferably at least one base component and at least one, two, three, four, five, or at least six active components. Particularly preferably, the at least two components are at least one base component and at least one, two, or three active components.
    "Base component" means a cosmetic component whose purpose is to provide a particular texture (cream, serum, oil, etc.) to the cosmetic product. It can be a single ingredient (for example sweet almond oil) or several ingredients (for example water, sweet almond oil and an emulsifier) to obtain said particular texture .
    By "active component" is meant a cosmetic component whose purpose is to provide at least one particular activity (anti-aging, moisturizing, antioxidant, etc.). It may be one or more active ingredients combined to obtain said particular activity.
    Technical advantages:
    The device according to the invention makes it possible to obtain, in a rapid delay, preferably less than 30 seconds, even more preferably less than 15 seconds, a mixture of at least two components, preferably cosmetics, which is perfectly homogeneous, even if it is prepared in small quantities (typically of the order of cm3 or less), while enjoying a very small footprint and robustness to use. The use of capsule (103) allows a pre-dosage of the components, preferably cosmetic, in particular active components, without manipulation of the user, an easy combination of components, preferably cosmetic, since it suffices to add as many capsules that it is desired to combine a component, preferably a cosmetic component, in particular an active component, in its preferably cosmetic product, which is personalized, and an optimal conservation of the product, preferably a cosmetic, personalized product, the mixture was produced extemporaneously, preferably at the time of use.
    Indeed, the components, preferably cosmetic, contained in the capsules (103), in particular the active components, are protected in particular from possible bacterial contamination, oxidation or degradation by UV. The use of the selection and dosing device (44) comprising a pot support device (111) and a pulse device (45) makes it possible to obtain a dosage of the components, in particular cosmetic components of base, without manipulation of the user, an easy combination of components, preferably cosmetic, since it is sufficient to select the components that it is desired to combine, in particular of base component and active component in its product, preferably personalized cosmetic, the device according to the invention automatically performing the dosing and mixing of said components, with optimum preservation of the product, preferably cosmetic, personalized.
    Thus the components, preferably cosmetic, contained in the containers (11) and / or in the capsules (103), are protected in particular from possible bacterial contamination by skin contact, the user does not touch the contents of the pot (11). ). The use of such pots (11) and / or capsules (103) makes it possible for example to limit or not to add a chemical preservative to the components contained therein, which is an advantage for consumers who are looking for products without or with the less possible preservatives.
    Indeed, these chemical preservatives are increasingly rejected by consumers because of their negative side effects for the skin, questions as to their harmfulness to health and / or the environment.
    In particular, this device makes it possible to produce a personalized product, tailor-made for a user, thanks to the personalized data of the user collected via the interface. Advantageously, the use of a control unit capable of automatically retrieving information from the user and from the environment in which he is operating, for example by geolocation, such as a mobile phone connected to the internet, a watch connected to the internet, or a tablet connected to the internet, makes it possible to obtain a particularly personalized product for the user. In addition, the storage of data makes it possible to follow the user, these habits of life, custom products already used and therefore to propose customized product formulas and recommendations that are always more adapted to said user.
    Advantageously according to the invention, the personalized information includes the age of the user, the sex of the user, the number of hours of sport per day or week of the user, the number of hours of user's sleep per night, the temperature of the user's environment, the humidity rate of the user's environment, the pollution rate of the user's environment, and / or the characteristics of the skin of the user.
    According to the characteristics of the user's skin, the expression "skin type" of the user (such as dry skin, oily skin, combination skin, or normal skin) is particularly intended to mean the skin phototype of the skin. user, the color of the skin, the radiance of the complexion (such as dull complexion, or luminous complexion), the sensitivity of the skin of the user, the presence of wrinkles and / or fine lines on the skin of the user , the presence of spots on the skin of the user, the possible lack of firmness of the skin of the user, and / or the presence of dark circles and / or pockets on the area of the eye contour.
    Preferably, the age of the user, the sex of the user, the number of hours of sport per day or week of the user, the number of hours of sleep per night of the user the user's environment, the humidity rate of the user's environment, the pollution rate of the user's environment, and / or the characteristics of the user's environment. skin of the user.
    In addition, the personalized data according to the invention comprise the desired beauty benefit in the case of a personalized cosmetic product (such as anti-aging action, anti-stain action, skin hydration).
    Mixing device (51)
    The device for the manufacture and distribution of a product, preferably a personalized cosmetic product according to the invention, further comprises the mixing device (51), at least two containers (11, 103) respectively housing each of the at least two components. preferably cosmetics. This manufacturing and distribution device advantageously comprises as many containers as cosmetic components. Preferably, the active components are contained in the containers (103) and the basic components are contained in the containers (11). Also advantageously, the containers of the basic components include an outlet port. As a means for transferring the component, preferably active cosmetic component, to said mixing device (51), the device according to the invention may comprise at least one main valve 56 adapted, in one of its positions, to be used. communicating a hollow needle (90) with said mixing device (51), in one of its positions to obstruct the orifice of the mixing device (51) during the mixing phase, in another of its positions to put in communication the washing channel with the mixing device (51) and at least a second main valve 56 'able to supply said cosmetic product preferably to a user via a delivery nozzle.
    In a preferred manner according to the invention, the device for the manufacture and distribution of a preferably personalized cosmetic product further comprises a device for cleaning said mixing device comprising a. a water tank connected to the inlet port X, allowing the entry of water into the receptacle 52 of the mixing device 51, b. a gutter connecting the inlet and outlet port X 'to a recovery tank for evacuation of the receptacle 53 from the water after washing, c. a hollow Y device of circular shape connecting the inlet port X to a water recovery tank from the wash allowing the evacuation of the receptacle 52 of the water after washing.
    Similarly, according to the present invention, cleaning or washing will be used.
    Advantageously, the water for cleaning may be preheated for better cleaning, or may be replaced or added with a cleaning agent such as an antibacterial agent and / or a detergent. The water for cleaning can for example be added with sodium hydroxide, the device then being rinsed in an additional step with clean water.
    Preferably, the mixing device (51) of the device according to the invention is characterized in that at least one inlet orifice (X) is included in the receptacle (52) and is intended for the inlet of the at least one preferably active cosmetic component and in that at least one other inlet (X) is included in the receptacle (53) and is intended for the entry of the at least one basic cosmetic component and at the outlet of the mixing the at least 2 preferably cosmetic components obtained, said inlet and outlet port (X) being named (X ').
    Advantageously, the mixing device (51) of the device according to the invention comprises a reduced number of openings, making it possible to limit the number of orifices to be cleaned and the risks of occlusion. Thus, this mixing device (51) does not comprise a dedicated outlet orifice, but one of the inlet ports (X ') allows both the inlet of at least one component and the outlet of the mixture of the at least two components obtained.
    The receptacles of the mixing device (51) of the device according to the invention may be of various shapes, cylindrical, oval, cubic, spherical, rectangular. Preferably, these receptacles are oval or cylindrical, which facilitates their cleaning and homogeneous mixing.
    The oval-shaped receptacles have the technical advantage of a smaller footprint of the mixing device than the cylindrical receptacles, thus making it possible to obtain also a device for manufacturing and dispensing products according to the invention with a smaller footprint than with other shapes such as a cylindrical shape.
    These receptacles must each have an orifice (110) and a duct 55 connecting them to allow the mixing of the at least two components. However there is no technical constraint to the position of these receptacles relative to each other, these receptacles being for example be spaced, superimposed, placed face to face or parallel.
    In addition, the duct 55 may be formed by a valve 57 connecting the two orifices and allowing said openings to be opened and closed.
    According to one aspect of the invention, the receptacles of the mixing device may be flexible pouches. These pockets are preferably of flexible plastic, in particular elastic.
    In a preferred manner according to the invention, the inlet orifice X is included in the receptacle 52 and is intended for the entry of the at least one preferably active cosmetic component and the inlet orifice X 'is included in the receptacle 53 and is intended for the entry of the at least one preferably cosmetic base component and at the outlet of the mixture of at least 2 preferably cosmetic components, obtained.
    In a preferred manner according to the invention, said pistons 50 are driven by an actuator.
    Also in a particular embodiment, the mixing device (51) of the device according to the invention comprises at least two main valves 56 and 56 'and at least one auxiliary valve 57. Preferably the valves are provided with two holes each. Preferably, the device comprises two main valves 56 and 56 'and an auxiliary valve 57 provided with two bores each.
    These at least three valves 56, 56 'and 57 thus drilled allow in particular to ensure the cleaning of said device without the need to add a water pump, or nozzles fed by said water pump to bring water water in the device. It is the mixing device (51) which will itself suck up the water necessary for its cleaning, thanks to said valves and the piston, in a self-cleaning step.
    In a particularly preferred manner according to the invention, the at least 3 valves 56, 56 'and 57 of the mixing device (51) of the device according to the invention are slide valves, preferably guillotine valves.
    Such valves make it possible to optimize the tightness of the device, and to obtain a very good seal, in particular considerably improved with respect to the use of other valves conventionally used by those skilled in the art, in particular slide valves. This improved sealing allows the self-cleaning step of the mixing device 51, without water pump, with all the required sealing.
    In particular, these slide valves are driven in translation, and not in rotation as are the slide valves.
    In a preferred manner according to the invention, the mixing device (51) of the device according to the invention comprises an auxiliary valve 57 provided with at least two bores sliding in a duct formed in the mixing device (51) and said valve 57 is capable of being driven in translation by a rack system 61, preferably actuated by a motor 62, and able to control the flow between said two receptacles 52 and 53. The use of racks can drive said valves in a translation movement, while allowing to maintain a minimum size to said device.
    Preferably, the valve 56 has 2 holes, sliding in a conduit formed in the mixing device (51), one of the holes allowing access to the cleaning water to enter the mixing device 51 the water for cleaning said device (this is called a valve 56 in the washing position), and the other piercing allowing access to the hollow needle, or to penetrate a component, preferably a component of active in said mixing device, either to make out the cleaning water by the hollow needle and thus clean (this is called a valve 56 in the open position).
    Preferably, the valve 56 'has 2 holes, sliding in a conduit formed in the mixing device, one of the holes allowing access to the component, preferably the base component, and the other drilling allowing the access to the dispensing nozzle of the product thus obtained by mixing, preferably the personalized cosmetic product.
    Selection device Π0) of at least one component in its capsule 003)
    Advantageously, the selection device (10) - is rotated about an axis (7), is preferably circular or semicircular, comprises at least one, two, three, four, five, or at least six location (s) (Y) each accommodating a capsule (103), comprises a safety hatch (Z) with an orifice (1) allowing the insertion of capsule (103) in the selection device (10) when the orifice (1) is opposite a location (Y) and then, after rotation, preventing the insertion of capsule (103) in the selection device (10) when the orifice (1) is not opposite a location (Y).
    In a preferred manner according to the present invention, the mixing device (51) comprises a device (90) for taking the components, preferably cosmetic components, into the capsule (103), and a device for transferring the components, preferably cosmetic components, to the the mixing device (51).
    Advantageously, the sampling device and the transfer device may be one and the same device.
    In a particularly preferred manner, said sampling device (90) comprises a hollow needle and a suction means for the component, preferably a cosmetic component, through said hollow needle.
    Advantageously, said hollow needle is incorporated in the mixing device (51) and the suction means is the piston (50) of the mixing device, for directly transferring the component, preferably cosmetic, of the capsule (103). to the mixing device (51) passing through the hollow needle, which then serves as a sampling device and a transfer device. In a particularly preferred manner, said mixing device (51) may comprise a main valve adapted, in one of its positions, to put in communication said hollow needle (90) with said mixing device (51), and in one of its positions to obstruct the orifice of the mixing device (51) during the mixing phase.
    By suction means is meant according to the present invention a device such as a piston driven by a motor.
    By hollow needle is meant according to the present invention a hollow needle capable of piercing the capsule (103).
    Advantageously according to the present invention, the mixing device (51) is placed on a carriage (88) which can move, preferably slide, on rails (5) in a horizontal translation movement back and forth relative to to the selection device (10). Preferably, the carriage (88) is connected to a motor to be able to move.
    Advantageously, the device for the manufacture of a product, preferably cosmetic, personalized according to the present invention further comprises a container (P) for collecting the capsules (103) after use. Preferably, this container (P) is removable from said device in order to easily empty its contents, namely the capsules used, for example with the waste.
    Advantageously, the mixing device (51) comprises an inlet (X ') for the component in said mixing device (51), said orifice (X') being sealingly engageable with at least one a pot (11).
    Device for selecting and dosing (44) at least one component contained in a pot (11V
    Preferably, the device according to the present invention is characterized in that - the selection and dosing device (44) comprises a pot support device (11) (11) in the form of a container, cylindrical preference, accommodating at least one, two, three, four, five or at least six pots (11), preferably 3 pots (11), said pot support device (111) including a slot (F) ) for each pot (11), located on the side of the container (111) and for engaging a retractable stop (B); the selection and dosing device (44) comprises a pulse device (45) placed in contact and under the pot support device (111) and preferably being a circular wheel having a slope (16) for each pot (11) accommodated by the pot holder (111); - The selection and metering device (44) comprises a retractable stop (B) placed in front of the container (111) can be retracted into the device (44), or snap into the slot (F) corresponding to the pot (11) selected, allowing the pot support (111), when said stop is engaged in the slot (F) of the pot (11) chosen, to follow the slope (16), and thus to bring into contact the pot (11) ) selected with the mixing device (51) and bring to the mixing device (51) a dose of the component contained in the pot (11) selected; - The pot support device (111) (11) and the pulse device (45) are positioned one above the other and rotated together about an axis (8).
    Advantageously, the pot support device (111) and the pulse device (45) can be rotated in one direction and the other by a motor. The pump nozzle (78) on the pot (11) is the outlet of the component in the pot (11) and, when it is engaged in the orifice (X ') of the mixer (51) to deliver a dose of component contained in said pot (11). According to one embodiment, the dose of component is delivered after F engagement in Forifice (X ') by pressure of the pot (11) and thus the pump end (78) in said orifice (X'), called pulse.
    The volume of product, preferably cosmetic, personalized obtained by the invention can be for a dose for use, for example immediate by the user, or several doses, for several uses, in this case the product can be stored in a container by the consumer.
    In the case where the volume of product, preferably cosmetic, is of a dose, it will typically be a volume of the order of one ml, and in the particular case of a cosmetic product for the face, of a volume of about 1 ml. In this case of a volume of cosmetic product of 1 ml, the component dose, ie the volume of component delivered by the device for each pulse by the pulse device (45) may be order of 0.2ml, and it will be advantageous to make at least 2 to 5, advantageously 2 to 3 pulses.
    Advantageously, the device of the present invention is characterized in that the component contained in the pot (11) chosen is fed to the mixing device (51) by pulse, preferably by pressing the pump nozzle (78) of the pot (11) with the inlet (X ') of the mixing device (51).
    Preferably the device according to the present invention comprises at least one other container capable of bringing another component to the mixing device (51), preferably a capsule (103). Said capsule (103) preferably contains an active component.
    In a particularly preferred manner, the personalized product is a cosmetic product and the components are cosmetic components, preferably in that the cosmetic component (s) contained in the pot (s) (11). ) are basic components, and the component (s) contained in the capsule (s) (103) are active components.
    Interface
    In a particular embodiment, the device according to the invention comprises an interface that can be connected to a data processing device and to a control means, which interface enables the user to select at least one component of the personalized cosmetic product. preferably at least one active component, preferably all the active components, more preferably all the components contained in the personalized product.
    By data collection interface (In) is meant to designate according to the present invention an interface, preferably a computer interface, which allows a user or a third party on the part of the user, to enter his personalized data that will be recorded and / or transferred, for example from a database, to a data processing device. The interface (In) according to the present invention may be composed for example of a touch screen, a display, a monitor, a keypad of a display screen, a barcode reader, a light pen, voice recognition system, keyboard, mouse or the like or other peripheral equipment.
    Advantageously according to the invention, the interface (In) can be connected to a computer network, which can take for example the form of a computer server (Sv), physically connected to the interface or connected via the Internet (Cl) (Also called dematerialized server or server in the Cloud), allowing in particular a regular update of the interface and in particular of the database, and / or to transmit the instructions of manufacture of a personalized product at a distance for example to a custom product manufacturing device (Ma).
    By data processing device is meant according to the present invention an automated processing system preferably collected data by the interface according to the present invention. This data processing device may comprise in particular one or more processing units, memory, software, one or more databases according to the invention. Preferably, the software makes it possible to apply the algorithm of the method according to the present invention.
    The data processing device may preferably include a computer. By computer is also meant any electronic device capable of performing the automated processing of data collected by the interface according to the present invention.
    Advantageously according to the invention, the data processing device can be connected to a computer network, to a server, in particular a virtual server (called a server in the Cloud) or to the Internet, notably allowing a regular update by example of the software, and / or to transmit the instructions for manufacturing a customized product remotely.
    Advantageously according to the invention, the data collection interface and the data processing device can be included in the same device (for example a touch pad, a mobile phone or a computer).
    Advantageously, the device for manufacturing a personalized product according to the present invention may comprise a same device associating an interface and a data processing device (so-called back-end), and / or a second data processing device. on a server in the cloud, the choice of the data processing device with which the interface must interact between the two devices "back-end" or "server in the cloud" being based on the number of data to be analyzed, in particular depending on the number of information provided by the user.
    Advantageously, the data processing device comprises an algorithm for processing the data entered by the user in the interface (such as for example the choice of the basic component), or the choice of the active component according to the capsule (103) inserted into the device, by recognition of its identification code, in order to automatically define the components suitable for the manufacture of the personalized product and calculate the quantities of each component according to said data. The device preferably comprises at least one computer.
    Advantageously, said information or data can be obtained directly by the user, for example by means of a questionnaire, or automatically by collecting the information of one or more connected objects used by said user, such as a mobile phone or a watch connected to the internet, allowing for example to retrieve the data of the physical activity performed by the user during the day, or the temperature, the hygrometry rate, or the pollution rate of the place where finds the user following his geolocation.
    Advantageously, the interface comprises buttons arranged on the manufacturing device (Ma), preferably 3 backlit buttons, for selecting the selected component. In the context of a cosmetic product, it may for example be to select the selected base component, such as a serum base, an oil-in-water emulsion base, or a water-in-oil emulsion.
    Advantageously, said interface, preferably on a mobile phone, tablet or computer, is also capable of displaying the levels of the cosmetic components, in particular basic components, for example by counting the number of pulses produced on each container (11). and therefore the number of doses already delivered by the container (11).
    Identification code and detection means (12)
    The identification code (s) used in the context of the present invention may be any identification code known from the general knowledge of those skilled in the art such as color codes, RFID chips, bar codes, QR code. The means for detecting the at least one identification code are adapted to the identification code chosen. Preferably, the identification code according to the present invention is a color code and the detection means is an optical means. Method
    A second subject of the present invention relates to a method of manufacturing a personalized cosmetic product for a user, said method using a device according to any one of the preceding claims, and comprising the following steps: a. Collecting the personalized data of said user through a custom data collection interface; b. processing said custom data with an algorithm to automatically define the components, preferably the active components and / or the basic components, of the customized product and calculate the quantities of each component based on the custom data collected in step a) c . provide a customized product formula for said user. d. Optionally sending said personalized product formula proposal to an automated cosmetic product manufacturing device, preferably in a manner connected via the internet; e. Removing each component defined in step b) of said formula from its container to deliver it to a mixing device; f. Mixing said components in said mixing device; boy Wut. Obtaining the personalized cosmetic product for a user.
    Advantageously according to the present invention, the active component (s) of the custom product formula and their quantity is (are) defined by a number of capsules (103) and capsule type (103). ) according to the component they contain, to be inserted in the selection device (10).
    Advantageously according to the present invention, the dose of the base component (s) of the custom product formula is defined by the number of pulses delivered by the selection and metering device (44) on the pump nozzle (78). ) of the pot (11).
    Advantageously according to the present invention, the step c) of supplying a personalized product formula for said user consists in indicating to the user which capsule (s) (103) of active component bring to the mixing device ( 51) in step e), said capsule having an identification code, preferably a color identification code, which when detected by a detection means (12) will automatically communicate to the selection and dosing device ( 44) which basic component to take in the pot (11) corresponding, in step e), and in what quantity.
    Advantageously according to the present invention, step e) of the method according to the present invention comprises the following steps: I) bringing to the mixing device (51) at least one component contained in a pot, (11) by the steps following: a) Rotating the devices (111) and (45) around the axis 8 the pot (11) placed on the device (111) pot support so that the pot (11) chosen is in front of the inlet (X ') of the mixing device (51) b) rotating the devices (111) and (45) by rotation about the axis (8) in the opposite direction of the step a) so that the slot (F) corresponding to the pot (11) chosen engages in the retractable stop (B) allowing the pot support (111), when said stop is engaged in the slot (F) of the pot (11) chosen, to follow the slope (16) of the pot (11) chosen, and thus to bring into contact the pot (11) chosen with the mixing device (51) and to bring the pot mixing device (51), preferably in the receptacle (53), a dose of the component contained in the pot (11) selected by pressing the pump nozzle (78) of the pot (11) with the orifice (X ' ) of the mixing device (51); c) Optionally repeat steps a) and b) for as many times as one wants to bring dose of the component contained in the pot (11) selected; d) passing through the movement of the pistons 50 said basic cosmetic component of the receptacle 53 to the receptacle 52 through the conduit 55 connecting the two orifices 110; e) degassing the receptacle 52 by a movement of the piston 50 so as to exit the air present in the receptacle 52 through the orifice X; II) bringing to the mixing device (51), preferably in the receptacle 52 through the orifice (X), at least one component contained in a capsule (103) by the following steps: f) To position the orifice ( 1) of the safety hatch (Z) opposite a location (Y) of the selection device (10), g) To insert a capsule (103) containing a component through the orifice (1) to the location (Y) situated opposite said orifice (1); h) to position the inserted capsule (103) by rotation of the selection device (10), in front of the mixing device (51), preferably in front of the sampling device (90), i) moving the mixing device (51) on the carriage (88) by horizontal translation forward to the capsule (103) which is in the location (Y) of the selection device 10, j) transferring the component of the capsule (103) to the mixing device (51), preferably to the receptacle (52) through the orifice (X) k) Moving the mixing device 51 on the carriage (88) by horizontal translation back, so that it is no longer in contact with the capsule (103); l) Optionally repeating steps e) to j) to bring to the mixing device (51), preferably in the receptacle 52 through the orifice (X), another component contained in another capsule (103); Step I can be performed before step II, or vice versa;
    Advantageously according to the present invention, step f) of the method according to the present invention comprises the following steps: III) mixing said at least two components in said mixing device (51) by the following steps: a ) perform a homogeneous mixture of the cosmetic components by operating the motor 62 so as to pass alternately, by the opposite movement of the pistons 50, the components of the receptacles 52 and 53 through the conduit 55 connecting the two orifices 110, finishing with said mixture cosmetic components in the receptacle 53; b) dispensing the cosmetic product thus manufactured to the user by a movement of the piston 50 so as to output the cosmetic product through the orifice X 'to the user; c) optionally washing the mixing device by a cleaning step, the at least one pot (11) and / or the at least one capsule (103) having an identification code, preferably a color code, and the number of dose of the component contained in said pot (11) brought to stage I and / or the type and / or the number of capsules (103) which can be brought to stage II being a function of the code (s) of detected identification (s).
    Advantageously, steps I and / or II of the process according to the present invention are repeated as many times as one wants to add component for the manufacture of the personalized product, before carrying out step III.
    In a particular mode of implementation, the method according to the invention further comprises the steps of: selecting, beforehand, on the device according to the present invention, the product, preferably cosmetic, desired then only to bring to said device mixing (51) said at least two components, preferably cosmetic, having the identification codes selected by said device.
    In a particular mode of implementation, said identification code is a color code and the detection is performed by optical means.
    Said at least two cosmetic components comprise: - at least one basic component, and - at least one, two, three, four, five or at least six active components, - where if at least one of the active components is likely to be incompatible with at least one of the basic components, said method comprising the step of locking the mixing operation if the identification codes of at least one base component and at least one active component and / or at least 2 active components are incompatible.
    The volume of personalized cosmetic product obtained by the invention may be for a dose for use, for example immediate by the user, or several doses, for several uses, in which case the product may be stored in a container by the consumer. . In the case where the volume of cosmetic product is a dose, it will typically be a volume of the order of one ml, and in the particular case of a cosmetic product for the face of a volume of about 1 ml. In this case of a volume of cosmetic product of 1ml, the volume of the conduit 55 in the valve 57 may be of the order of 0.05ml, and it will be advantageous to make at least 3, advantageously 3 to 6, back and forth of the cosmetic components between the receptacles 52 and 53 (by actuating the motor 62 so as to pass alternatively, by the opposite movement of the pistons 50, the components of the receptacles 52 and 53 through the conduit 55 connecting the two orifices 110) so as to to allow to achieve a homogeneous mixture of cosmetic components.
    Advantageously, the process for the manufacture by mixing at least two components, preferably cosmetic, and the dispensing of a product, preferably cosmetic, custom, comprises the steps of: • Put the valve 56 'in position opened with the aid of the motor 62 so as to bring to a mixing device (51) at least one component, preferably a basic cosmetic component, in the receptacle 53 through the orifice X '; put the valve 56 'in the closed position using the motor 62 for closing the orifice X'; • Put the valve 57 in the open position with the motor 62, to open the two orifices 110; • Operate the motor 62 so as to pass through the movement of the pistons 50 said component, preferably cosmetic base, the receptacle 53 to the receptacle 52 by the conduit 55 connecting the two orifices 110; • put the valve 57 in the closed position with the motor 62, for closing the two orifices 110; • put the valve 56 in the open position with the aid of the motor 62 so as to open the orifice X and degassing the receptacle 52 by a movement of the piston 50 so as to leave the air present in the receptacle 52 by the orifice X; • bring to said mixing device 51 at least one component, preferably active cosmetic, in the receptacle 52 through the orifice X with the valve 56 in the open position with the aid of the motor 62; • bring the valves 56 and 56 'in the closed position with the motor 62 so as to close the orifices X and X'; • bring the valve 57 to the open position by means of the motor 62 so as to open the orifices 110 and the duct 55 • to achieve a homogeneous mixture of the components, preferably cosmetic components, by actuating the motor 62 so as to pass alternately, by the opposite movement of the pistons 50, the components of the receptacles 52 and 53 through the conduit 55 connecting the two orifices 110, finishing with said mixture of components, preferably cosmetic, in the receptacle 53; • bring the valve 57 to the closed position and bring the valves 56 'in the open position with the aid of the motor 62 so as to open the orifice X' • • distribute the product, preferably cosmetic, thus manufactured to the user by a movement of the piston 50 so as to output said product, preferably cosmetic, through the orifice X 'to the user; • optionally wash the mixing device with a cleaning step.
    Advantageously, the cleaning step of the process comprises the following step or steps: a first step of washing the receptacles 52 and 53, the orifices X and X ', the inside of the valves 56 and 56' and the conduit Preferably included in the valve 57 comprising the following steps: placing the valve 56 in the washing position with the aid of the motor 62, allowing the orifice X to face the wash water tank; o draw water from the wash water reservoir through the orifice X to the receptacle 52; o put the valve 56 in the closed position, put the auxiliary valve 57 in the open position with the engine 62, o actuate the motor so as to pass alternately, the water by the opposite movement of the pistons 50, receptacles 52 at 53 through the conduit 55, preferably included in the valve 57 connecting the two orifices 110, then finish with the cleaning water in the receptacle 53, o put the valve 57 in the closed position to close the orifices 110 o put the valve 56 'in the open position o evacuate the water from washing through the orifice X' to a recovery tank; A second step of washing the receptacle 52, the orifice X and the inside and the outside of the hollow needle 90 comprising the following steps: placing the valve 57 in the closed position to close the orifices 110; placing the valve 56 in the washing position by means of the motor 62, allowing the orifice X to be connected to the washing water tank; o draw water from the wash water reservoir through the orifice X to the receptacle 52; putting the valve 56 in the open position allowing the orifice X to be connected to the hollow needle 90; o insert the hollow needle 90 into the circular hollow Y device connecting the inlet port X to a water collection tank o evacuate the water through the orifice X and the hollow needle 90 through the hollow Y device for cleaning the orifice X then the inside of the hollow needle 90, then the outside of the hollow needle 90, the water returning to the device Y on the outside of the hollow needle 90 before being evacuated to a water collection tank after the washing Legend des Figures:
    Figure 1 is a front view of the mixing device 51 without the pistons.
    FIG. 2 is a rear view of the mixing device 51.
    FIG. 2 'is a rear face view 3/4 of the mixing device 51.
    Figures 3 and 3 'represent the main valves 56 and 56' and an auxiliary valve 57, front face (Figure 3) and rear face (Figure 3 '). In FIG. 3, valve 56, the open positions allowing the access of the cosmetic component to the receptacle 52 are distinguished, and the washing position allowing access to the cleaning water.
    FIG. 4 represents, in perspective, the entire mixing device on the front face, the pistons and the receptacles 52 and 53 being represented in transparency.
    Figure 5 shows, in perspective, the entire mixing device on the rear face.
    Figure 6 shows the circular hollow device for cleaning (presented in horizontal section at the top of the photo, presented closed as used in the device according to the invention at the bottom of the photo). On the left can be seen the tip for inserting the hollow needle 90 and with the white arrow the path of the water inside the device Y for cleaning the inside of the hollow needle 90, then by ironing after the elbow, the outside of the hollow needle 90 (where the white arrow crosses)
    Figure 7 shows the circular hollow device for cleaning with the hollow needle inserted inside, in the cleaning position (Y presented closed as used in the device according to the invention at the bottom of the photo).
    Figure 8 shows the circular hollow device for cleaning with the hollow needle inserted inside, in the cleaning position (presented in horizontal section, the hollow needle 90 is distinguished inside the device Y).
    Figure 9 is a perspective view of the manufacturing device with a cover shown transparent to be able to view the internal organs of the device.
    Figure 10 is a vertical sectional view of the manufacturing device.
    These figures show a capsule-shaped orifice (1) for the introduction of one, two or three capsules (103) of active component, in one of the 3 locations Y (Y1, Y2 and Y3) of the selection device (10). ) (in the figures, the capsule (103) will be placed in the Yl location, the highest, located in front of the orifice (1)). These capsules each contain an active component that will be removed by the hollow needle (90) and then mixed with the mixing device (51) with one or more basic components contained in containers (11) installed in the device by the user.
    In FIG. 9, there can be seen the carriage (88) on which the mixer (51) is moving horizontally forwards (in FIG. 9 this results in a displacement towards the left towards the selection device (FIG. 10)) on rails (5) and then backwards to return to its initial position as shown in FIG. 9.
    The sequencing of operation of the device will now be described, more particularly with reference to FIGS. 9 and 10.
    The first phase of the process involves introducing an active component capsule into the port 1 to the location (Y1). - In a first step, the selection device (10) will move by rotation about the axis (7) in the direction of clockwise so as to position the location (Y1) now loaded with a capsule (103) facing the hollow needle (90) of the mixing device (51); in Figure 2 we see that a rotation of about 90 degrees in the direction of clockwise provides such a result. - In a second step, the carriage (88) on which is placed the mixer (51) moves with the motor horizontally forward (in Figure 1 this results in a displacement to the left towards the selection device ( 10)) on the rails (5) until the hollow needle (90) pierces the capsule (103) in the location (Y1) and sucks by the suction means (piston) the active component present in the capsule and transfers it into the mixing device (51). - In a third step, the carriage (88) on which is placed the mixer (51) moves with the motor horizontally towards the rear (in FIG. 9 this results in a displacement towards the right towards the selection device ( 10)) on the rails (5) until the carriage and the mixer have returned to their original position, as shown in FIG. 9.
    Optionally the user can add a new cosmetic component, preferably an active component by inserting a new capsule (103) in the selection device (10) through the orifice (1) placed in front of the location (Y2) thanks to the rotation of said selection device. The user can then reiterate the first phase of the process with a second active component capsule, the location Y2 replacing the location Y1.
    Also optionally, a third capsule can be added in the location Y3 by rotation of the selection device (10) until it is opposite the orifice (1).
    The capsule (s) so used is then discharged to a garbage bin by rotation of the selection device (10) until the location (Y) in which a used capsule is located is in a position where the capsule falls. by gravity (in Figure 10 this position will be obtained for example by a rotation of 225 degrees in the direction of clockwise), where it will be recovered in a waste container. Advantageously, once the contents of the capsules (103) have been transferred to the mixer (51), the selection device returns to its starting position, as shown in FIGS. 9 and 10, namely with the location (Yl ) opposite the orifice (1), by rotation, for example in the direction of the hand of a watch, which will automatically position the locations (Y1), then (Y2) and (Y3) in a position where the capsule falls by gravity into the waste container.
    In a second phase of the process, the base component container (11) delivers a base component dose into the mixer (51) by means of a sampling and transfer means.
    The third phase of the process consists of mixing the basic components and the active components in the mixing device (51).
    The fourth phase of the process is to distribute the product thus manufactured to the user.
    At the end of the cycle, cleaning of the device is carried out by a cleaning liquid that can be water. The cleaning liquid is then collected in the waste container.
    Figure 11 is a perspective view of the underside 3A of the manufacturing device with a cover shown transparent to be able to view the internal organs of the device.
    Figure 12 is a front view of the mixing device (51) in which the pump nozzle of a pot (11) is engaged in the orifice (X ').
    Fig. 13 is a detail view of the retractable abutment (B), the pulse device (45) placed under the pot support device (111) and a slot (F) on said device (111). Finds that by rotating the devices (45) and (111) clockwise around the axis (thus to the right), then the retractable stop (B) is retracted and the device (111) can rotate freely . Conversely, it can be seen that by rotating the devices (45) and (111) anti-clockwise about the axis (thus to the left), then the retractable stop (B) will engage in the slot (F) and the device (111) will then follow the slope (16) and put the pot (11) in contact with the mixing device (5 1).
    Figure 14 is a bottom view of the pot support device (11) (11) which can hold 3 pots (11). There are 3 slots (F) corresponding to 3 pots (11) where can come to engage the retractable stop (B).
    Fig. 15 is a side view of the pulse device (45) with 3 slopes (16). As can be seen, the pulse device (45) is toothed to be more easily driven by a motor to rotate about the axis (8).
    Figure 16 is a top view of the pulse device (45) with 3 slopes (16). As can be seen, the pulse device (45) is toothed to be more easily driven by a motor to rotate about the axis (8).
    Figure 17 is a view of the mixing device (51) and pistons (50) in action, the piston (50).
    FIG. 18 represents the operation of the interface (In) with the custom product manufacturing device according to the invention (Ma), thanks to the action of a user (Ut) on said interface to input personalized data.
    One embodiment of the invention will now be described, by way of nonlimiting example, with reference to the appended schematic drawings in which: The user indicates on the interface on his mobile phone the following personalized data: i. Sex woman ii. Skin type: dry iii. Presence of wrinkles on the skin 2- The algorithm defines a custom product formula with a capsule (103) containing an anti-aging active ingredient. The user inserts a capsule (103) comprising an anti-aging active component, through the orifice (1) of the safety hatch (Z) to the location (Y1) of the selection device (10); ), the device detects its type by means of optical detection means of the color identification code present on the capsule 4- After inserting the capsule or capsules (103), the user press a key of the interface on the device to start the selection and dosing of the basic component, choosing for example an oil-in-water emulsion, particularly suitable for dry skin. 5- The selection and metering device (44) of at least one base component contained in a pot (11) has the right pot (11) in front of the orifice (X '), and realizes the number of pulses to deliver the dose of base component corresponding to the number of capsule (103) detected to have the final care of the desired dose, for example 1ml for use for a cosmetic facial care. During this step the mixing device (51) is in a specific position of "basic component reception". 6- Then the selection device (10) has the capsule or capsules in front of the hollow needle (90) to be struck and sucked by the mixing device (51). During this step the mixing device is in a specific position "active component suction". 7- The mixing device (51) goes into the "mixing" position, and depending on the inserted base components, the mixing device (51) performs a different number of round trips between the two receptacles 52 and 53. 8- The mixing device (51) brings the custom product thus obtained by mixing in the receptacle (53). The carriage moves the mixing device (51) over a receiving receptacle of the finished product and the mixing device (51) distributes said product into said receiving receptacle. In particular the device can detect the absence of receiving receptacle and not deliver said product until said receptacle is in the receiving position of the product. 9- After dispensing the product, the mixing device (51) enters a washing cycle. The valves are put in a position to suck the wash water. And specific cycles allow, one shot the inner and outer washing of the needle, and in another cycle, washing the output of finished product.
    权利要求:
    Claims (10)
    [1" id="c-fr-0001]
    Device for the manufacture of a personalized product, preferably a personalized cosmetic product, by mixing at least two components housed in a respective container, at least one of the components being an active component contained in a capsule (103), and at least one of the components being a base component contained in a pot (11) preferably comprising a pump tip (78), at least one of said containers has an identification code, the device comprising a mixing device (51) a device for selecting and dosing (44) at least one base component contained in a pot (11) - a device (10) for selecting at least one active component in its capsule (103) - means detecting (12) said identification code - an interface (In) for collecting personalized data for interaction with the user (Ut) to allow the user to indicate his personalized data, preferably chosen es from a predefined database; a device for processing said data comprising an algorithm for processing said personalized data in order to automatically define custom product manufacturing instructions for determining at least one, preferably all the component (s) that the personalized product must contain and / or calculate the quantities of said component (s) based on said personalized data.
    [2" id="c-fr-0002]
    2. Device according to claim 1, characterized in that the interface and the data processing device are in a control unit which comprises a memory which stores said personalized data and / or instructions for the manufacture of the personalized product.
    [3" id="c-fr-0003]
    3. Device according to claim 2, characterized in that the control unit is selected from a mobile phone, a touch pad, a touch screen watch or a computer.
    [4" id="c-fr-0004]
    4. Device according to any one of the preceding claims characterized in that it comprises a manufacturing instructions processing device for recovering said custom product manufacturing instructions and automatically communicate said instructions concerning the components and / or their quantities to device for selecting and dosing (44) at least one base component contained in a pot (11).
    [5" id="c-fr-0005]
    5. Device according to any one of the preceding claims, characterized in that the personalized product is a cosmetic product.
    [6" id="c-fr-0006]
    6. Device according to claim 5 characterized in that the personalized information comprises the age of the user, the gender of the user, the number of hours of sport per day or week of the user, the number of the user's sleeping time per night, the temperature of the user's environment, the humidity level in the user's environment, the pollution rate in the environment in which the user is working user, and / or the skin characteristics of the user.
    [7" id="c-fr-0007]
    A method of manufacturing a personalized cosmetic product for a user, said method using a device according to any one of the preceding claims, and comprising the following steps: a. Collecting the personalized data of said user through a custom data collection interface; b. processing said custom data with an algorithm to automatically define the components, preferably the active components and / or the basic components, of the customized product and calculate the quantities of each component based on the custom data collected in step a) c . provide a customized product formula for said user. d. Optionally sending said personalized product formula proposal to an automated cosmetic product manufacturing device, preferably in a manner connected via the internet; e. Removing each component defined in step b) of said formula from its container to deliver it to a mixing device; f. Mixing said components in said mixing device; boy Wut. Obtaining the personalized cosmetic product for a user.
    [8" id="c-fr-0008]
    8. Method according to claim 7 characterized in that the active component (s) (s) of the formula of the custom product and their quantity is (are) defined by a number of capsules (103) and type of capsule (103) according to the component they contain, to be inserted into the selection device (10).
    [9" id="c-fr-0009]
    9. Method according to claim 7 or 8, characterized in that the dose of basic component (s) of the formula of the personalized product is defined by the number of pulses delivered by the selection and dosing device (44) on the pump nozzle (78) of the pot (11).
    [10" id="c-fr-0010]
    10. Method according to any one of claims 7 to 9, characterized in that step c) of providing a personalized product formula for said user consists in indicating to the user which capsule (s) (103) of active component brought to the mixing device (51) in step e), said capsule having an identification code, preferably a color identification code, which when detected by a detection means (12) will communicate automatically to the selection and dosing device (44) which basic component to take in the corresponding pot (11), in step e), and in what quantity.
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    同族专利:
    公开号 | 公开日
    EP3400096A1|2018-11-14|
    JP2022031663A|2022-02-22|
    CN108472606A|2018-08-31|
    KR20180100335A|2018-09-10|
    WO2017118803A1|2017-07-13|
    US20190001289A1|2019-01-03|
    FR3046360B1|2018-02-16|
    JP2019508189A|2019-03-28|
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    法律状态:
    2017-01-20| PLFP| Fee payment|Year of fee payment: 2 |
    2017-07-07| PLSC| Publication of the preliminary search report|Effective date: 20170707 |
    2018-01-19| PLFP| Fee payment|Year of fee payment: 3 |
    2020-01-31| PLFP| Fee payment|Year of fee payment: 5 |
    2020-12-31| PLFP| Fee payment|Year of fee payment: 6 |
    2021-12-16| PLFP| Fee payment|Year of fee payment: 7 |
    优先权:
    申请号 | 申请日 | 专利标题
    FR1600018|2016-01-05|
    FR1600018A|FR3046360B1|2016-01-05|2016-01-05|METHOD AND DEVICE WITH INTERFACE FOR MANUFACTURING A PERSONALIZED PRODUCT|FR1600018A| FR3046360B1|2016-01-05|2016-01-05|METHOD AND DEVICE WITH INTERFACE FOR MANUFACTURING A PERSONALIZED PRODUCT|
    US16/067,068| US20190001289A1|2016-01-05|2017-01-05|Method and device with interface for manufacturing a customised product|
    CN201780005569.9A| CN108472606A|2016-01-05|2017-01-05|Method for manufacturing customed product and the equipment with interface|
    PCT/FR2017/000006| WO2017118803A1|2016-01-05|2017-01-05|Method and device with interface for manufacturing a customised product|
    JP2018553321A| JP2019508189A|2016-01-05|2017-01-05|Method and apparatus for manufacturing a customized product with an interface|
    KR1020187019885A| KR20180100335A|2016-01-05|2017-01-05|Method and apparatus having an interface for customized product manufacturing|
    EP17705161.2A| EP3400096A1|2016-01-05|2017-01-05|Method and device with interface for manufacturing a customised product|
    JP2021177235A| JP2022031663A|2016-01-05|2021-10-29|Methods and equipment for manufacturing customized products with interfaces|
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