mhurhangee/patent-ind-claim-en huggingface dataset:
A resonator defining a longitudinal axis , the resonator comprising: a mounting pad ; a pad connector (46a; 46b); an isolation mechanism comprising: an outer block defining a first outer end and a second outer end on opposite sides; an inner block defining a first inner end and a second inner end on opposite sides; and a pair of interconnect members , wherein each respective interconnect member of the pair of interconnect members connects the second outer end to the first inner end; and a pair of elongated beams extending in the direction of the longitudinal axis, wherein respective first ends of the pair of elongated beams are connected to the second inner end, wherein the pad connector connects the mounting pad to the first outer end, wherein the pair of interconnect members are separated by a first distance (W1) as measured perpendicular to the longitudinal axis, wherein the pair of elongated beams are separated by a second distance (W2) as measured perpendicular to the longitudinal axis, and characterized in that the first distance is less than the second distance, causing the inner block and the outer block to flex in opposite directions responsive to a flex in the pair of elongated beams . a mounting pad ; a pad connector (46a; 46b); an isolation mechanism comprising: an outer block defining a first outer end and a second outer end on opposite sides; an inner block defining a first inner end and a second inner end on opposite sides; and a pair of interconnect members , wherein each respective interconnect member of the pair of interconnect members connects the second outer end to the first inner end; and an outer block defining a first outer end and a second outer end on opposite sides; an inner block defining a first inner end and a second inner end on opposite sides; and a pair of interconnect members , wherein each respective interconnect member of the pair of interconnect members connects the second outer end to the first inner end; and a pair of elongated beams extending in the direction of the longitudinal axis, wherein respective first ends of the pair of elongated beams are connected to the second inner end, wherein the pad connector connects the mounting pad to the first outer end, wherein the pair of interconnect members are separated by a first distance (W1) as measured perpendicular to the longitudinal axis, wherein the pair of elongated beams are separated by a second distance (W2) as measured perpendicular to the longitudinal axis, and characterized in that the first distance is less than the second distance, causing the inner block and the outer block to flex in opposite directions responsive to a flex in the pair of elongated beams .
A capsule for preparing a beverage in an automatic beverage preparation device; wherein the capsule comprises a cup-shaped body designed to be closed by a lid intended to be perforated to allow a pressurised fluid to be injected into the capsule ; the cup-shaped body has a longitudinal axis and comprises a lateral wall and a bottom wall with a beverage outlet ; the capsule further comprises an inner insert extending transversally to the longitudinal axis to divide the capsule inner volume into an upper chamber intended to contain a beverage preparation substance, and a lower chamber for beverage collection and outflow; the insert comprises a relatively rigid disc with a number of passages designed to establish a fluidic communication between the upper chamber and the lower chamber ; characterised in that the disc comprises one or more beverage outflow channels formed in a lower face of the disc facing the lower chamber and communicating with the upper chamber through the passages ; and by a membrane permanently connected to the lower face of the disc , except for one or more areas so as to define, together with said areas , respective membrane valves configured to switch, under the effect of the beverage pressure, between a normal closed configuration, in which the membrane adheres to the disc and prevents the beverage from flowing therethrough, and an open configuration, in which the membrane is spaced apart from the disc and allows the beverage to flow from the upper chamber to the lower chamber .
A method for the separation of chondroitin sulphate (CS) and keratan sulphate (KS) from an aqueous solution containing them, comprising the addition to the aqueous solution of a water-miscible organic solvent in conditions of ionic strength inducing formation of a two liquid phases, a dense phase in which CS concentrates and a light phase in which KS concentrates, the percentage by volume of each specific organic solvent being determined by a graph correlating said percentage to the measured conductivity value or to the concentration of the aqueous solution.
A flexible track switchgear for equipping a crossing for a track for carrying rubber-tired trains (V), which track comprises two parallel rails, each having an upper running surface (S) for the tires and an inner side surface for supporting a continuous strip (B) for guiding the train, the track switchgear comprising - two parallel chains of switch elements, each switch element having at least one hinge providing the longitudinal link to an adjacent switch element of the same chain, and a set of longitudinal abutments which engage with said hinge in order to adjust the relative angular orientation of said element and engage with a pivoting bottom rod providing the connection to and the parallelism with an identical switch element of the other chain, which identical switch element is arranged symmetrically on the opposite side of the switch, - two end sections which are hinged, respectively, on the switch elements located at the ends of the two chains and which ensure the alignment and locking of the two chains with the guard rails of the crossing and ensure the link to devices (C) for controlling the pivoting of the two chains mounted on the outer edges of the track, and characterised in that the track switchgear comprises - a central switch rail (A) rotatively mounted in the axial extension of the core of the crossing and having a spatulated end branch (E) alternately aligned with the respective end sections of the two chains. - two parallel chains of switch elements, each switch element having at least one hinge providing the longitudinal link to an adjacent switch element of the same chain, and a set of longitudinal abutments which engage with said hinge in order to adjust the relative angular orientation of said element and engage with a pivoting bottom rod providing the connection to and the parallelism with an identical switch element of the other chain, which identical switch element is arranged symmetrically on the opposite side of the switch, - two end sections which are hinged, respectively, on the switch elements located at the ends of the two chains and which ensure the alignment and locking of the two chains with the guard rails of the crossing and ensure the link to devices (C) for controlling the pivoting of the two chains mounted on the outer edges of the track, and characterised in that the track switchgear comprises - a central switch rail (A) rotatively mounted in the axial extension of the core of the crossing and having a spatulated end branch (E) alternately aligned with the respective end sections of the two chains.
((R)-1-Phenyl-ethyl)-[6-(1H-pyrazolo[3,4-d]pyrimidin-4-yl)-quinazolin-2-yl]-amine or a pharmaceutically acceptable salt thereof.
A method performed by a radio network node for handling communication of data to a wireless device in a wireless communication network wherein said wireless communication network comprises a core network node , wherein a first DRX cycle for said wireless device is associated with said radio network node and a second DRX cycle for said wireless device is associated with said core network node , wherein said first and second DRX cycle is different, the method comprising: - paging said wireless device according to said first DRX cycle, - triggering a paging procedure of the wireless device from said core network node in the wireless communication network by transmitting a message to said core network node , indicating initiation of paging from the core network node according to said second DRX cycle if said radio network node failed receiving a paging response, and wherein said message comprises one or more paging parameter associated with said radio network node used for paging the wireless device according to said first DRX cycle. - paging said wireless device according to said first DRX cycle, - triggering a paging procedure of the wireless device from said core network node in the wireless communication network by transmitting a message to said core network node , indicating initiation of paging from the core network node according to said second DRX cycle if said radio network node failed receiving a paging response, and wherein said message comprises one or more paging parameter associated with said radio network node used for paging the wireless device according to said first DRX cycle.
A system with meter electronics for two or more meter assemblies , the meter electronics comprising: a processor ; and characterized by the meter electronics further comprising: one or more signal processors communicatively coupled to the processor , wherein the one or more signal processors are configured to: communicatively couple to a first meter assembly and a second meter assembly ; and receive a signal from the processor . communicatively couple to a first meter assembly and a second meter assembly ; and receive a signal from the processor .
Coil module for an electric machine, comprising at least one coil disc having at least one coil support made of an electrically insulating material and a plurality of individual windings , which are made of an electrically conductive material and arranged on the at least one coil disc circumferentially around a centre point of the at least one coil disc , wherein each of the windings comprises two active regions , which extend radially from the centre point , and two passive regions , which extend tangentially on their radially outer and inner periphery, and the active regions of different windings do not cover one another in plan view of the coil disc , but each passive region of one of the windings partly covers the corresponding passive regions of the two directly adjacent windings , respectively, characterised in that in cross section, the respective winding has a greater thickness at the same cross-sectional area in the axial direction in the active regions than in the passive regions . at least one coil disc having at least one coil support made of an electrically insulating material and a plurality of individual windings , which are made of an electrically conductive material and arranged on the at least one coil disc circumferentially around a centre point of the at least one coil disc , wherein each of the windings comprises two active regions , which extend radially from the centre point , and two passive regions , which extend tangentially on their radially outer and inner periphery, and the active regions of different windings do not cover one another in plan view of the coil disc , but each passive region of one of the windings partly covers the corresponding passive regions of the two directly adjacent windings , respectively, characterised in that in cross section, the respective winding has a greater thickness at the same cross-sectional area in the axial direction in the active regions than in the passive regions .
A method comprising: requesting at least one signed security measurement from at least one module with a corresponding cryptoprocessor, the at least one module existing within a physical device; receiving the at least one signed security measurement from the at least one module with the corresponding cryptoprocessor; validating the at least one signed security measurement; and generating a signed dossier including all validated signed security measurements in a secure enclave, the signed dossier being used by an external network device for remote attestation of the physical device; wherein the generating the signed dossier includes signing the dossier with a key which represents a logical device representative of the physical device and is not tied to a specific hardware component associated with the physical device. requesting at least one signed security measurement from at least one module with a corresponding cryptoprocessor, the at least one module existing within a physical device; receiving the at least one signed security measurement from the at least one module with the corresponding cryptoprocessor; validating the at least one signed security measurement; and generating a signed dossier including all validated signed security measurements in a secure enclave, the signed dossier being used by an external network device for remote attestation of the physical device; wherein the generating the signed dossier includes signing the dossier with a key which represents a logical device representative of the physical device and is not tied to a specific hardware component associated with the physical device.
An optical module comprising: an actuator that includes a movable part to be moved along a predetermined direction (A); a first interference optical system that includes a first movable mirror provided on the movable part and a first stationary mirror and a first beam splitter of which positions are fixed, and is configured to obtain an interference wave of first light for measurement; and a second interference optical system that includes a second movable mirror provided on the movable part and a second stationary mirror and a second beam splitter of which positions are fixed, and is configured to obtain an interference wave of second light for position detection of the first movable mirror in said predetermined direction, wherein the first interference optical system is adapted so that the first light reciprocates m times where m is a natural number, between the first beam splitter and the first movable mirror along said Z redetermined direction, and the second interference optical system is adapted so that the second light reciprocates n times where n is a natural number greater than m, between the second beam splitter and the second movable mirror along said predetermined direction. an actuator that includes a movable part to be moved along a predetermined direction (A); a first interference optical system that includes a first movable mirror provided on the movable part and a first stationary mirror and a first beam splitter of which positions are fixed, and is configured to obtain an interference wave of first light for measurement; and a second interference optical system that includes a second movable mirror provided on the movable part and a second stationary mirror and a second beam splitter of which positions are fixed, and is configured to obtain an interference wave of second light for position detection of the first movable mirror in said predetermined direction, wherein the first interference optical system is adapted so that the first light reciprocates m times where m is a natural number, between the first beam splitter and the first movable mirror along said Z redetermined direction, and the second interference optical system is adapted so that the second light reciprocates n times where n is a natural number greater than m, between the second beam splitter and the second movable mirror along said predetermined direction.
A method of testing a liquid in a water-conducting domestic appliance , wherein a surface tension of a liquid is to be detected, comprising the steps of: - providing a flat and planar carrier , wherein: - said carrier having a flat and planar carrier surface , - alternating hydrophobic regions and hydrophilic regions are provided on the carrier surface , - applying the liquid to be tested to the carrier surface , - thereafter subjecting the liquid on the carrier surface to a force such and adapted to at least partially remove the liquid from the carrier surface , - the possibly remaining amount of liquid on the carrier surface is detected and used as a measure of the surface tension of the liquid under investigation, the surface tension of the liquid being greater the less liquid remains on the carrier surface . - providing a flat and planar carrier , wherein: - said carrier having a flat and planar carrier surface , - alternating hydrophobic regions and hydrophilic regions are provided on the carrier surface , - said carrier having a flat and planar carrier surface , - alternating hydrophobic regions and hydrophilic regions are provided on the carrier surface , - applying the liquid to be tested to the carrier surface , - thereafter subjecting the liquid on the carrier surface to a force such and adapted to at least partially remove the liquid from the carrier surface , - the possibly remaining amount of liquid on the carrier surface is detected and used as a measure of the surface tension of the liquid under investigation, the surface tension of the liquid being greater the less liquid remains on the carrier surface .
A virtual requestor device for use with Internet of Things, the virtual requestor device acting as a proxy for a real requestor, and comprising: a first application interface operable to register the virtual requestor device , with a registrar computer ; a logic module in communication with the first application interface, the logic module configured to transmit a data feed request to the registrar computer , the data feed request comprising information identifying a data feed and information enabling communication with the virtual requestor device ; and a second application interface configured to receive the identified data feed from a virtual device using the information enabling communication with the virtual requestor device . a first application interface operable to register the virtual requestor device , with a registrar computer ; a logic module in communication with the first application interface, the logic module configured to transmit a data feed request to the registrar computer , the data feed request comprising information identifying a data feed and information enabling communication with the virtual requestor device ; and a second application interface configured to receive the identified data feed from a virtual device using the information enabling communication with the virtual requestor device .
An integrated system (PARIS) for releasing in emergency the persons trapped in a vehicle, comprising a central processing unit (CPU), the input of which is connected to the sensors (D1, D2, ... Dn), and the output of which is connected to at least three executive systems activated in a sequence: a system of automatic opening of the locks and the door bolts and blocking them in open position (LOB), comprising at least one first actuator located inside the door to deflect an interior door handle and open the lock and/or the bolt coupled to the interior door handle through a tension member , a system of automatic deflecting the doors and locking them in open position (DOB), comprising at least one second actuator with a housing located outside the door to deflect the door on the hinges in the door opening , and a system of automatic cutting of the seat belts (SBC), comprising at least one actuator for cutting a safety belt, except of a belt securing a child seat.
A method for validating network management frames, comprising: receiving at an access point of a network, a management frame sent to a client and purporting to originate from a second access point ; obtaining, by the access point , a key for the second access point purported to be the source of the management frame; and validating, by the access point , the management frame using the key. receiving at an access point of a network, a management frame sent to a client and purporting to originate from a second access point ; obtaining, by the access point , a key for the second access point purported to be the source of the management frame; and validating, by the access point , the management frame using the key.
A method of operating a glare reduction and ranging optical imaging system having an image sensor with pixels, the method comprising: generating a first light beam with a power spectral density ; generating a reference light beam from the first light beam ; emitting the first light beam with a power spectral density ; collecting scattered light and reflected light respectively reflected from a scattering medium and a target ; determining a power spectral density of the first light beam so that the first light beam is substantially coherent with the scattered light ; delaying the reference light beam by a first delay , where the first delay is substantially equal to the round-trip delay between a scattering medium and the glare reduction and ranging optical imaging system; adjusting the power spectral density of the first light beam so that the reference light beam is substantially coherent with the scattered light; on a pixel by pixel basis, modifying the amplitude and phase of the reference light beam to minimize the DC light power at each pixel ; storing the modified amplitude and phase that results in a substantially minimum detected DC light power for each pixel ; increasing power spectral density of a second reference light beam ; modulating the amplitude of the second reference light beam with a sinusoidal signal having a frequency ; on a pixel by pixel basis, detecting the substantially maximum signal level at the modulation frequency on a pixel by adjusting a second delay of the reference light beam ; and determining range to a target . generating a first light beam with a power spectral density ; generating a reference light beam from the first light beam ; emitting the first light beam with a power spectral density ; collecting scattered light and reflected light respectively reflected from a scattering medium and a target ; determining a power spectral density of the first light beam so that the first light beam is substantially coherent with the scattered light ; delaying the reference light beam by a first delay , where the first delay is substantially equal to the round-trip delay between a scattering medium and the glare reduction and ranging optical imaging system; adjusting the power spectral density of the first light beam so that the reference light beam is substantially coherent with the scattered light; on a pixel by pixel basis, modifying the amplitude and phase of the reference light beam to minimize the DC light power at each pixel ; storing the modified amplitude and phase that results in a substantially minimum detected DC light power for each pixel ; increasing power spectral density of a second reference light beam ; modulating the amplitude of the second reference light beam with a sinusoidal signal having a frequency ; on a pixel by pixel basis, detecting the substantially maximum signal level at the modulation frequency on a pixel by adjusting a second delay of the reference light beam ; and determining range to a target .