mhurhangee/patent-ind-claim-en huggingface dataset:
A communication system , comprising: a light emitting diode - LED - emulator comprising an emulator input to be coupled to a supply generator (V tx ) and an emulator output configured to output a sense voltage (V sense ), wherein the emulator input is configured to receive a forward current (I F )derived from a modulated supply signal generated by the supply generator, wherein the LED emulator is configured to translate the forward current (I F )into the sense voltage (V sense ), wherein the modulated supply signal is modulated according to data to be transmitted; a voltage comparator comprising a comparator input coupled to the emulator output and comprising a comparator output, wherein the voltage comparator is configured to receive the sense voltage (V sense ) and translate the sense voltage (V sense ) into a modulated output signal (V Mod ) based on a communication voltage threshold, wherein the voltage comparator generates the modulated output signal (V Mod ) to have a first value on a first condition which is that the sense voltage (V sense ) is equal to or greater than the communication voltage threshold and generates the modulated output signal (V Mod ) to have a second value on a second condition which is that the sense voltage (V sense ) is less than the communication voltage threshold; and a transmitter coupled to the comparator output and configured to receive the modulated output signal (V Mod ) and generate a communication signal according to the data to be transmitted based on the modulated output signal (V Mod ). a light emitting diode - LED - emulator comprising an emulator input to be coupled to a supply generator (V tx ) and an emulator output configured to output a sense voltage (V sense ), wherein the emulator input is configured to receive a forward current (I F )derived from a modulated supply signal generated by the supply generator, wherein the LED emulator is configured to translate the forward current (I F )into the sense voltage (V sense ), wherein the modulated supply signal is modulated according to data to be transmitted; a voltage comparator comprising a comparator input coupled to the emulator output and comprising a comparator output, wherein the voltage comparator is configured to receive the sense voltage (V sense ) and translate the sense voltage (V sense ) into a modulated output signal (V Mod ) based on a communication voltage threshold, wherein the voltage comparator generates the modulated output signal (V Mod ) to have a first value on a first condition which is that the sense voltage (V sense ) is equal to or greater than the communication voltage threshold and generates the modulated output signal (V Mod ) to have a second value on a second condition which is that the sense voltage (V sense ) is less than the communication voltage threshold; and a transmitter coupled to the comparator output and configured to receive the modulated output signal (V Mod ) and generate a communication signal according to the data to be transmitted based on the modulated output signal (V Mod ).
A dispersion comprising: a polycationic polymeric antimicrobial surfactant, a continuous liquid phase, and particles of a second polymer associated with the polycationic polymeric antimicrobial surfactant, wherein the dispersion is an emulsion and wherein the polycationic polymeric antimicrobial surfactant comprises a polymer having: a nonionic hydrophilic monomer and a cationic antimicrobial monomer comprising a vinyl pyridine quaternized with an alkyl group and having: a sufficient number of nonionic hydrophilic monomers present in the polymer to provide a hydrophilic domain, and a sufficient number of cationic antimicrobial monomers and vinylic groups from nonionic hydrophilic monomers present in the polymer to provide a hydrophobic domain, the number of cationic antimicrobial monomers present being sufficient to provide at least three cations in the polymer, and wherein the nonionic hydrophilic monomer comprises at least one of poly(ethylene glycol) methacrylate (PEGMA) and poly(ethylene glycol) methyl ether methacrylate (PEGMEMA), and the vinyl pyridine comprises 4-vinyl pyridine. a polycationic polymeric antimicrobial surfactant, a continuous liquid phase, and particles of a second polymer associated with the polycationic polymeric antimicrobial surfactant, wherein the dispersion is an emulsion and wherein the polycationic polymeric antimicrobial surfactant comprises a polymer having: a nonionic hydrophilic monomer and a cationic antimicrobial monomer comprising a vinyl pyridine quaternized with an alkyl group a nonionic hydrophilic monomer and a cationic antimicrobial monomer comprising a vinyl pyridine quaternized with an alkyl group and having: a sufficient number of nonionic hydrophilic monomers present in the polymer to provide a hydrophilic domain, and a sufficient number of cationic antimicrobial monomers and vinylic groups from nonionic hydrophilic monomers present in the polymer to provide a hydrophobic domain, the number of cationic antimicrobial monomers present being sufficient to provide at least three cations in the polymer, and a sufficient number of nonionic hydrophilic monomers present in the polymer to provide a hydrophilic domain, and a sufficient number of cationic antimicrobial monomers and vinylic groups from nonionic hydrophilic monomers present in the polymer to provide a hydrophobic domain, the number of cationic antimicrobial monomers present being sufficient to provide at least three cations in the polymer, and wherein the nonionic hydrophilic monomer comprises at least one of poly(ethylene glycol) methacrylate (PEGMA) and poly(ethylene glycol) methyl ether methacrylate (PEGMEMA), and the vinyl pyridine comprises 4-vinyl pyridine.
A method of securely accessing a patient database by a client, comprising: communicating with a server to transform attribute-value pairs into tags; obtaining tags associated with the attribute-value pairs from the server over a secure communication channel; wherein the tags are computed as a hash of the respective attribute value pair; sending a combination of tags that define terms in a conjunctive query to a proxy over a secure communication channel; receiving from the proxy encrypted coefficients of a polynomial whose roots are indices to records satisfying the query terms; communicating with the server to decrypt the encrypted coefficients; calculating by the client the roots of the polynomial based upon the decrypted coefficients and discarding any superfluous roots; obtaining from the proxy the encrypted patient database records associated with the calculated roots; and communicating with the server to decrypt the encrypted records for the client, characterized in that the server will only supply tags for attribute-value pairs that are individually digitally signed by a third-party authority. communicating with a server to transform attribute-value pairs into tags; obtaining tags associated with the attribute-value pairs from the server over a secure communication channel; wherein the tags are computed as a hash of the respective attribute value pair; sending a combination of tags that define terms in a conjunctive query to a proxy over a secure communication channel; receiving from the proxy encrypted coefficients of a polynomial whose roots are indices to records satisfying the query terms; communicating with the server to decrypt the encrypted coefficients; calculating by the client the roots of the polynomial based upon the decrypted coefficients and discarding any superfluous roots; obtaining from the proxy the encrypted patient database records associated with the calculated roots; and communicating with the server to decrypt the encrypted records for the client, characterized in that the server will only supply tags for attribute-value pairs that are individually digitally signed by a third-party authority.
Mixture containing natamycin and mycosamine in an amount > 95% by weight, based on the total weight of the mixture, and in a weight ratio of from 1:10 to 10:1.
A MEMS shutter comprising: - a substrate of semiconductor material traversed by a main aperture ; - a first semiconductor layer , arranged on top of the substrate ; - a second semiconductor layer , arranged on top of the first semiconductor layer and forming, together with the first semiconductor layer , a supporting structure (28, 71, 87; 28, 171) fixed to the substrate ; - a plurality of deformable structures (29, 59, 68, 85; 169), each of which is formed by a corresponding portion of at least one of the first and second semiconductor layers; - a plurality of actuators (36; 96); and - a plurality of shielding structures (33; 35; 333; 335; 433), each of which is formed by a corresponding portion of at least one of the first and second semiconductor layers, the shielding structures being arranged angularly around the underlying main aperture so as to form a shielding of the main aperture, each shielding structure being further mechanically coupled to the supporting structure via a corresponding deformable structure; and wherein each actuator is electrically controllable so as to cause a translation of a corresponding shielding structure between a respective first position and a respective second position, thereby varying the shielding of the main aperture; and wherein said first and second positions of the shielding structures are such that, in at least one operating condition of the MEMS shutter , pairs of adjacent shielding structures at least partially overlap one another. - a substrate of semiconductor material traversed by a main aperture ; - a first semiconductor layer , arranged on top of the substrate ; - a second semiconductor layer , arranged on top of the first semiconductor layer and forming, together with the first semiconductor layer , a supporting structure (28, 71, 87; 28, 171) fixed to the substrate ; - a plurality of deformable structures (29, 59, 68, 85; 169), each of which is formed by a corresponding portion of at least one of the first and second semiconductor layers; - a plurality of actuators (36; 96); and - a plurality of shielding structures (33; 35; 333; 335; 433), each of which is formed by a corresponding portion of at least one of the first and second semiconductor layers, the shielding structures being arranged angularly around the underlying main aperture so as to form a shielding of the main aperture, each shielding structure being further mechanically coupled to the supporting structure via a corresponding deformable structure;
A method for media communication between two nodes in a group communication system, a first one of said two nodes being a central communication bridge and a second one of said two nodes being a participant node (P1-P8), comprising: - setting up (S2) at least two parallel, separate media streams of a same media type in a first direction between said two nodes, for transfer of media data from separate media sources in said at least two parallel, separate media streams; - negotiating (S1) an actual number of said at least two parallel, separate media streams in said first direction before setting up (S2) the at least two parallel, separate media streams; and - transferring (S3) said media data in said at least two parallel, separate media streams, each media stream including media data from a separate media source or from a mix of media sources, thereby enabling the media data to be processed locally in the participant node (P1-P8), rather than processed and mixed into a single stream by a central mixer, characterized by : wherein active media sources are mapped onto said at least two parallel, separate media streams, and wherein a receiving participant node detects a change in an identity of a media source in packets transported over a given media stream so that the receiving participant node can immediately start processing media data from a new media source in response to the detected change in the identity of the media source. - setting up (S2) at least two parallel, separate media streams of a same media type in a first direction between said two nodes, for transfer of media data from separate media sources in said at least two parallel, separate media streams; - negotiating (S1) an actual number of said at least two parallel, separate media streams in said first direction before setting up (S2) the at least two parallel, separate media streams; and - transferring (S3) said media data in said at least two parallel, separate media streams, each media stream including media data from a separate media source or from a mix of media sources, thereby enabling the media data to be processed locally in the participant node (P1-P8), rather than processed and mixed into a single stream by a central mixer, characterized by : wherein active media sources are mapped onto said at least two parallel, separate media streams, and wherein a receiving participant node detects a change in an identity of a media source in packets transported over a given media stream so that the receiving participant node can immediately start processing media data from a new media source in response to the detected change in the identity of the media source.
A linear electro-hydrostatic actuator system comprising: an electro-hydraulic linear actuator module comprising: a stator having a cylindrical bore therethrough; a linear electric machine translator movable axially within the stator bore; a positive displacement chamber adjacent each end of the translator for holding, in use, an incompressible fluid; first and second fluid pathways, one leading into each chamber, for the flow of an incompressible fluid into and/or out of the respective chamber, wherein movement of the translator along the stator bore alters the volumes of the chambers; and a hydraulically operated linear mover module comprising: a hydraulically operated linear mover ; and a positive displacement chamber adjacent each end of the hydraulically operated linear mover for holding, in use, an incompressible fluid, wherein at least one chamber of the hydraulically operated linearmover module is fluidly connected to the first or second fluid pathway so that, in use, movement of one of the linear electric machine translator or the hydraulically operated linear mover causes movement of the other. a stator having a cylindrical bore therethrough; a linear electric machine translator movable axially within the stator bore; a positive displacement chamber adjacent each end of the translator for holding, in use, an incompressible fluid; first and second fluid pathways, one leading into each chamber, for the flow of an incompressible fluid into and/or out of the respective chamber, wherein movement of the translator along the stator bore alters the volumes of the chambers; and a hydraulically operated linear mover module comprising: a hydraulically operated linear mover ; and a positive displacement chamber adjacent each end of the hydraulically operated linear mover for holding, in use, an incompressible fluid, a hydraulically operated linear mover ; and a positive displacement chamber adjacent each end of the hydraulically operated linear mover for holding, in use, an incompressible fluid, wherein at least one chamber of the hydraulically operated linearmover module is fluidly connected to the first or second fluid pathway so that, in use, movement of one of the linear electric machine translator or the hydraulically operated linear mover causes movement of the other.
A glazing panel removal device comprising a winder unit having: first and second winder spools for winding a cutting filament ; drive means for driving the winder spools ; characterised in that the drive means comprises a single or common drive input for driving both the first and second winder spools . first and second winder spools for winding a cutting filament ; drive means for driving the winder spools ; characterised in that the drive means comprises a single or common drive input for driving both the first and second winder spools .
An adjustable annuloplasty ring assembly comprising a support ring , an adjustable ring nested at least partly within the support ring , and at least one pressing element deployable to deform the adjustable ring by using the support ring as a support, for adjusting the shape of the adjustable ring , characterized in that the at least one deployable pressing element comprises a fluid-deployable device.
A plant growing cabinet comprising; a body in which at least one growing unit is placed, a growing tray which is placed in to the growing unit via a frame peripherally extending away from the growing tray and wherein the growing tray has at least one perforation at its base so as to allow passage of water between the growing unit and the growing tray , a filter is placed on to the growing tray whereon the turf mixture enabling the plants to grow is placed thereby preventing the propagation of the turf mixture between the growing tray and the growing unit and clogging the at least one perforation , wherein the growing tray has a flap extending at least partially along the frame and fixing the filter in between the frame and the flap via a first magnet fixed on to the flap and a second magnet placed underneath the frame , wherein the first magnet is configured to vertically coincide with the second magnet .
An image display system, comprising: a projector configured to project laser light; an image display element configured to display an image using the projected laser light; at least one actuator configured to vibrate the image display element ; an audio generation module configured to generate a vibration signal. wherein the at least one actuator is configured to vibrate using the vibration signal, and a controller , characterized in that the controller is configured to: drive the audio generation module to generate the vibration signal having an audible frequency from an audio signal when the projector projects the laser light and a decibel value comprised in the audio signal is not smaller than a threshold value; and drive the audio generation module to generate the vibration signal having an ultrasonic frequency when the projector projects the laser light and the decibel value comprised in the audio signal is smaller than the threshold value. a projector configured to project laser light; an image display element configured to display an image using the projected laser light; at least one actuator configured to vibrate the image display element ; an audio generation module configured to generate a vibration signal. wherein the at least one actuator is configured to vibrate using the vibration signal, and a controller , characterized in that the controller is configured to: drive the audio generation module to generate the vibration signal having an audible frequency from an audio signal when the projector projects the laser light and a decibel value comprised in the audio signal is not smaller than a threshold value; and drive the audio generation module to generate the vibration signal having an ultrasonic frequency when the projector projects the laser light and the decibel value comprised in the audio signal is smaller than the threshold value. drive the audio generation module to generate the vibration signal having an audible frequency from an audio signal when the projector projects the laser light and a decibel value comprised in the audio signal is not smaller than a threshold value; and drive the audio generation module to generate the vibration signal having an ultrasonic frequency when the projector projects the laser light and the decibel value comprised in the audio signal is smaller than the threshold value.
An apparatus for cooking seeds, such as cereals, legumes, comprising a reactor with a vertical axis and provided with a conical or frustum-shaped lower accommodation portion and a pressure-tight upper closure portion , which defines at least one loading inlet which is functionally connected to a device for supplying water and/or seeds, said reactor accommodating a mixing device which comprises at least two mixing screws the axes of extension of which converge, proceeding downward, toward the vertical axis of said reactor , means being provided of moving said at least two screws about their own axes of extension and about the vertical axis of said reactor , said reactor being associated with a boiler device for supplying hot water at a temperature comprised between 55°C and 100°C and with a boiler device for introducing steam that comprises an apparatus for generating heat which is functionally connected to a delivery duct connected to respective intake ducts each one of which has an inlet which leads into said reactor , the apparatus further comprising PLC means that are configured to introduce, in succession, the pre-introduction into said reactor of said hot water at a temperature comprised between 70°C and 100°C by way of said hot water supply device and, subsequently after a time calculated by said PLC means, of said steam by way of said steam introduction device, said reactor further comprising safety means configured to keep the pressure inside said reactor below a threshold value.
A laundry treating appliance comprising: a chassis defining an interior; a rotatable treating chamber located within the interior and having an access opening ; a cover movably mounted to the chassis for selective movement between opened/closed positions to open/close the access opening ; and a spray arm assembly having a spray head and a faucet , with the spray head overlying the access opening when the cover is closed to spray liquid into the treating chamber , and the faucet operable to emit liquid into the treating chamber when the cover is opened, characterised in that the spray arm assembly includes a spray arm hinge about which the spray arm assembly is rotatably movable, allowing the spray arm assembly to be in a lowered position when the cover is closed and in a raised position when the cover is opened. a chassis defining an interior; a rotatable treating chamber located within the interior and having an access opening ; a cover movably mounted to the chassis for selective movement between opened/closed positions to open/close the access opening ; and a spray arm assembly having a spray head and a faucet , with the spray head overlying the access opening when the cover is closed to spray liquid into the treating chamber , and the faucet operable to emit liquid into the treating chamber when the cover is opened,
An event monitoring method, comprising: receiving , by an exposure function entity, a first message, wherein the first message is used to request a monitoring event configuration for a user group; obtaining , by the exposure function entity, member information of the user group, wherein the member information of the user group comprises: a quantity N of members in the user group; determining , by the exposure function entity based on the member information, whether monitoring event reports for all members in the user group are received, and when the exposure function entity determines that the monitoring event reports for all members in the user group are received, deleting , by the exposure function entity, the monitoring event configuration for the user group. receiving , by an exposure function entity, a first message, wherein the first message is used to request a monitoring event configuration for a user group; obtaining , by the exposure function entity, member information of the user group, wherein the member information of the user group comprises: a quantity N of members in the user group; determining , by the exposure function entity based on the member information, whether monitoring event reports for all members in the user group are received, and when the exposure function entity determines that the monitoring event reports for all members in the user group are received, deleting , by the exposure function entity, the monitoring event configuration for the user group.