Abstract: A programmable delay element, variable-length delay chain, and ring oscillator are disclosed. The programmable delay element performs phase interpolation of input signals in response to a control signal and can be used in combination with other delay elements to create a highly-modular, variable-length delay chain or ring oscillator. The ring oscillator can be used as part of a digitally-controlled oscillator (DCO) in a digital clock synthesizer to adjust the frequency and phase of a clock signal by fractional unit delay steps. Within the variable-length delay chain, some programmable delay elements can be configured to scale the delay-step of other programmable delay elements so that a plurality of step sizes can be implemented with identical delay elements. Also, variations of the delay chain generate in-phase and quadrature phase (I/Q) signals in either an end-tap or center-tap configuration.

Abstract: A device for packaging and applying a product including a container holding the product. In an example, the container has a lengthwise axis X and is provided with an applicator element designed to come into contact with a surface to be treated in order to apply the product. The applicator element is in fluid communication with the container when it is in contact with this surface to be treated. A support defines a seating for the applicator element, with the support being at least in a fixed axial position relative to the container. The device further includes a grasping element connected to the support by a resiliently deformable connecting element in a manner such that, in response to a force exerted on the applicator element when the device is being held by the grasping element, the support is able to move relative to the grasping element. In addition, the support is preferably designed to revert to its initial position when the exertion of force ceases.

Abstract: A packaging and applicator device, including a first part; and a second part that is suitable for turning relative to the first about an axis of rotation; one of the parts including a resiliently deformable tab that is made in the thickness of a tubular skirt of the corresponding part, and the other part including a portion in relief, the tab and the portion in relief being arranged to co-operate in such a manner that turning the second part relative to the first causes the tab to pass over the portion in relief by bending, with a component of the bending being parallel to the axis of rotation, such passage over the portion in relief being accompanied by the production of a tactile sensation that is suitable for being felt by the user.

Abstract: A programmable delay element, variable-length delay chain, and ring oscillator are disclosed. The programmable delay element performs phase interpolation of input signals in response to a control signal and can be used in combination with other delay elements to create a highly-modular, variable-length delay chain or ring oscillator. The ring oscillator can be used as part of a digitally-controlled oscillator (DCO) in a digital clock synthesizer to adjust the frequency and phase of a clock signal by fractional unit delay steps. Within the variable-length delay chain, some programmable delay elements can be configured to scale the delay-step of other programmable delay elements so that a plurality of step sizes can be implemented with identical delay elements. Also, variations of the delay chain generate in-phase and quadrature phase (I/Q) signals in either an end-tap or center-tap configuration.

Abstract: A programmable delay element, variable-length delay chain, and ring oscillator are disclosed. The programmable delay element performs phase interpolation of input signals in response to a control signal and can be used in combination with other delay elements to create a highly-modular, variable-length delay chain or ring oscillator. The ring oscillator can be used as part of a digitally-controlled oscillator (DCO) in a digital clock synthesizer to adjust the frequency and phase of a clock signal by fractional unit delay steps. Optionally, the programmable delay element utilizes current-mode logic (CML) and the control signal is a thermometer coded digital signal. Within the variable-length delay chain, some programmable delay elements can be configured to scale the delay-step of other programmable delay elements so that a plurality of step sizes can be implemented with identical delay elements.

Abstract: A packaging and applying device. The device is particularly advantageous for packaging and applying a cosmetic product, and includes a container holding the product; and an applicator element designed to be supplied with product via a passage in permanent or selective communication with the inside of the container. The applicator element includes an application surface intended to be placed in contact with a surface to be treated. The applicator element is carried by a mobile or movable member designed to move from a first position in which the applicator element is outside or faces outwardly from a recess, to a second position in which the applicator element is contained within the recess. The movable member additionally can perform the following functions when it is in the second position: prevent the actuation of a dispensing element fitted on the container, and/or close off the product delivery passage to the applicator element.

Abstract: A programmable delay element, variable-length delay chain, and ring oscillator are disclosed. The programmable delay element performs phase interpolation of input signals in response to a control signal and can be used in combination with other delay elements to create a highly-modular, variable-length delay chain or ring oscillator. The ring oscillator can be used as part of a digitally-controlled oscillator (DCO) in a digital clock synthesizer to adjust the frequency and phase of a clock signal by fractional unit delay steps. Optionally, the programmable delay element utilizes current-mode logic (CML) and the control signal is a thermometer coded digital signal. Within the variable-length delay chain, some programmable delay elements can be configured to scale the delay-step of other programmable delay elements so that a plurality of step sizes can be implemented with identical delay elements.

Abstract: A device for packaging and applying a substance may include a receptacle containing a supply of the substance, a first applicator element configured to be filled with the substance from the receptacle, and a second applicator element configured to be separated from the receptacle, configured to come into contact with a region to be treated, and configured to at least one of spread out and blend in the substance from the first applicator element. The second applicator element may surround the first applicator element at least in part, at least while the second applicator element is secured to the receptacle.

Abstract: A closure and dispensing device intended to be fitted to a container. The device includes a body which can be mounted on the container, with the body including a dispensing aperture in communication with an opening by the container. A lid is stable in the open position, and capable of selectively closing off the dispensing aperture, with the lid being pivotable relative to the body about an axis of a hinge. At least one resiliently deformable strip connects the lid to the body, and the lid includes two ends on an axis perpendicular to the hinge axis. The hinge axis is preferably located relative to the ends so that opening of the lid can occur as a result of pressure exerted on a portion of the lid situated between the hinge axis and the opposite end of the lid. The opposite end of the lid preferably includes a portion which at least partially closes off the dispensing aperture.

Abstract: A device for applying a substance includes: a body that defines a housing having a bottom; an applicator arranged to be received in the housing and to rest at least in part on the bottom thereof; and a housing closure member movable relative to the body between an open position that allows access to the applicator, and a closed position that prevents access to the applicator. The closure member includes a portion arranged to push the applicator at least in part out from the housing when the closure member passes from the closed position to the open position.

Abstract: A closure cap includes a lid provided with a closure pin comprising a portion in relief, a base portion onto which the lid is hinged, and a hinge connecting the lid to the base portion. The base portion includes: a dispenser orifice configured to be closed by the closure pin when the lid is closed and the closure pin is in a closed position, the pin bearing in leak tight manner against an annular surface of the dispenser orifice in the closed position, and a fastener portion extending downward along the annular surface and configured to snap-fasten on a portion in relief of the closure pin when the pin is in the closed position.

Abstract: A device for packaging and applying a product including a container holding the product. In a disclosed example, the container has a lengthwise axis X and is provided with, an applicator element designed to come into contact with a surface to be treated in order to apply the product. The applicator element is in fluid communication with the container when it is in contact with this surface to be treated. A support defines a seating for the applicator element, with the support being at least in a fixed axial position relative to the container. The device further includes a grasping element connected to the support by a resiliently deformable connecting element in a manner such that, in response to a force exerted on the applicator element when the device is being held by the grasping element, the support is able to move relative to the grasping element. In addition, the support is preferably designed to revert to its initial position when the exertion of force ceases.

Abstract: The present invention relates to an assembly for packaging and distribution of a liquid product comprising a receptacle intended to contain the product, a distribution head fitted to the receptacle, the head comprising at least one nipple with a distribution orifice able to communicate with the interior of the receptacle, a capsule comprising at least one window delimited by an edge extending at least in part in a plane, the capsule being movable in relation to the nipple between a closed position in which the distribution orifice is at least partly opposite a portion of the capsule extending away from the window and an open position in which the distribution orifice is located externally to the capsule, and/or emerges via a flexible membrane fitted to the window via at least one slit.

Abstract: A closure cap may include: a base portion that is provided with at least one dispenser orifice, and that is configured to be fastened onto a receptacle body; a lid that pivots relative to the base portion; and an opening control element configured to control opening of the lid. The opening control element may include a skirt that surrounds at least a portion of the base portion, and that is connected to the base portion via at least one elastically-deformable connection element.

Abstract: A device is provided for packaging and applying a product. The device is particularly advantageous for packaging and applying a cosmetic product, and includes a container holding the product; and an applicator element designed to be supplied with product via a passage in permanent or selective communication with the inside of the container. The applicator element includes an application surface intended to be placed in contact with a surface to be treated. The applicator element is carried by a mobile or movable member designed to move from a first position in which the applicator element is outside or faces outwardly from a recess, to a second position in which the applicator element is contained within the recess. The movable member additionally can perform the following functions when it is in the second position: prevent the actuation of a dispensing element fitted on the container, and/or close off the product delivery passage to the applicator element.

Abstract: An applicator includes a handle member, a retainer secured to the handle member, an applicator ball rotably mounted in the retainer, and at least one elastically-deformable link element connecting the retainer to the handle member so that the retainer is moveable relative to the member. The handle member may be configured to be capable of closing a receptacle in a leaktight manner.

Abstract: A device for packaging and applying a substance may include a receptacle containing a supply of the substance, a first applicator element configured to be filled with the substance from the receptacle, and a second applicator element configured to be separated from the receptacle, configured to come into contact with a region to be treated, and configured to at least one of spread out and blend in the substance from the first applicator element. The second applicator element may surround the first applicator element at least in part, at least while the second applicator element is secured to the receptacle.

Abstract: An applicator may include: an applicator member; a handle that is generally elongate along a longitudinal axis; and a drive mechanism arranged to transform an action, exerted by a user on a control member that is movable relative to the handle, into a turning movement of the applicator member relative to the handle. The control member may be movable in a direction that is substantially parallel to the longitudinal axis of the handle.

Abstract: A closure and dispensing device intended to be fitted to a container. The device includes a body which can be mounted on the container, with the body including a dispensing aperture in communication with an opening by the container. A lid is stable in the open position, and capable of selectively closing off the dispensing aperture, with the lid being pivotable relative to the body about an axis of a hinge. At least one resiliently deformable strip connects the lid to the body, and the lid includes two ends on an axis perpendicular to the hinge axis. The hinge axis is preferably located relative to the ends so that opening of the lid can occur as a result of pressure exerted on a portion of the lid situated between the hinge axis and the opposite end of the lid. The opposite end of the lid preferably includes a portion which at least partially closes off the dispensing aperture.

Abstract: The present invention provides a device for applying a substance, the device comprising: