mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: using a computer in communication with a synthesizer to send an input signal to an input transducer , wherein the synthesizer is connected to the input transducer, and wherein the input transducer is contacting a gemstone under evaluation; using a receiving transducer to sense vibrations of the gemstone and to send a resonance signal to a receiving amplifier , wherein the receiving transducer is contacting the gemstone under evaluation; using a phase sensitive detector and digital signal processor to process the the amplified resonance signal; stepping the input signal through a range of input frequencies; receiving a range of received signals; processing the range of received signals to determine a Q value, wherein Q is defined as the center frequency of a peak divided by the full width at half maximum of the peak; establishing a unique fingerprint for the gemstone based on the range of received signals and the Q value; and sending the processed range of received signals for the gemstone under evaluation to the computer for storage and display. using a computer in communication with a synthesizer to send an input signal to an input transducer , wherein the synthesizer is connected to the input transducer, and wherein the input transducer is contacting a gemstone under evaluation; using a receiving transducer to sense vibrations of the gemstone and to send a resonance signal to a receiving amplifier , wherein the receiving transducer is contacting the gemstone under evaluation; using a phase sensitive detector and digital signal processor to process the the amplified resonance signal; stepping the input signal through a range of input frequencies; receiving a range of received signals; processing the range of received signals to determine a Q value, wherein Q is defined as the center frequency of a peak divided by the full width at half maximum of the peak; establishing a unique fingerprint for the gemstone based on the range of received signals and the Q value; and sending the processed range of received signals for the gemstone under evaluation to the computer for storage and display.
A method for performing handover of at least one wireless device to a target access node sector (B1, C1, A2, B2, C2, A3, B3, C3) by a source access node , the method comprising: selecting one or more beam-form capable sectors (C1, A3, B3) of one or more target access nodes from a pool of candidate sectors (B1, C1, B2, C2, A3, B3); prioritizing one of the selected sectors (C1, A3, B3) having a greatest number of open beam-form seats, wherein each open beam-form seat represents one additional beam-formed wireless device a sector can support and the number of open beam-form seats represents the number of additional beam-formed wireless devices the sector can support; and performing handover of the at least one wireless device from the source access node to the prioritized sector (A3). selecting one or more beam-form capable sectors (C1, A3, B3) of one or more target access nodes from a pool of candidate sectors (B1, C1, B2, C2, A3, B3); prioritizing one of the selected sectors (C1, A3, B3) having a greatest number of open beam-form seats, wherein each open beam-form seat represents one additional beam-formed wireless device a sector can support and the number of open beam-form seats represents the number of additional beam-formed wireless devices the sector can support; and performing handover of the at least one wireless device from the source access node to the prioritized sector (A3).
A method for maintaining compatibility between applications based on component-set constraints, the method comprising: identifying a first application that is compatible with a software framework based on a baseline set of components associated with the first application and the software framework; determining , based on an explicit enumeration of changes in a component set of the first application and a component set of the software framework, whether the first application is compatible with the software framework, wherein the changes are tracked after a known compatibility baseline is defined for the baseline set of unenumerated components, and wherein the first application is compatible with the software framework based on: matching the known compatibility baseline of the first application and the software framework; and determining that the component set of the software framework comprises the component set of the first application, wherein when the component set of the first application is at least in part a subset of the software framework, the first application is compatible with the software framework; and communicating a determination that the first application and the software framework are compatible, wherein the first application is compatible with the software framework if the first application runs on the software framework. identifying a first application that is compatible with a software framework based on a baseline set of components associated with the first application and the software framework; determining , based on an explicit enumeration of changes in a component set of the first application and a component set of the software framework, whether the first application is compatible with the software framework, wherein the changes are tracked after a known compatibility baseline is defined for the baseline set of unenumerated components, and wherein the first application is compatible with the software framework based on: matching the known compatibility baseline of the first application and the software framework; and determining that the component set of the software framework comprises the component set of the first application, wherein when the component set of the first application is at least in part a subset of the software framework, the first application is compatible with the software framework; and matching the known compatibility baseline of the first application and the software framework; and determining that the component set of the software framework comprises the component set of the first application, wherein when the component set of the first application is at least in part a subset of the software framework, the first application is compatible with the software framework; and communicating a determination that the first application and the software framework are compatible, wherein the first application is compatible with the software framework if the first application runs on the software framework.
Pharmaceutical composition comprising a conjugate of the formula E-[G-L-D(OSO 3 - M + ) n ] m , wherein E is a therapeutic or diagnostic effector molecule, wherein D(OSO 3 - M + ) n is a dendrimer D carrying a number n of sulfate groups OSO 3 - M + , wherein the number n of sulfate groups is selected from 6, 8, 12, 16, 18, 24, 30, 32, 36, 40, 48, 72 or 96, wherein M is a cationic inorganic or organic counter ion to the anionic sulfate group, wherein L is a linker or spacer between D and E, wherein G is a connecting functional group forming the covalent attachment between L and E, and wherein m is an integer from 1 to 20 and wherein each of the dendrimers D of said conjugate has the same molecular weight and wherein the number n of sulfate groups is the same for each dendrimer D, wherein the linker unit L is covalently bound to the focal point of the dendrimer D at a position, whereby from this focal point, the dendrimer is grown to reach its dendritic structure, and wherein the dendrimers D(OSO 3 - M + ) n have the following relations between n and molecular weight, given for M + being an alkali ion, preferably sodium: number of sulfates (n) Molecular weight of D(OSO 3 - M + ) n not exceeding 6 2000 Da 8 2400 Da 12 4000 Da 16 5500 Da 18 6000 Da 24 8000 Da 30 10000 Da 32 11000 Da 36 12000 Da 40 13000 Da 48 16000 Da 72 24000 Da 96 32000 Da wherein D(OSO 3 - M + ) n is a dendrimer D carrying a number n of sulfate groups OSO 3 - M + , wherein the number n of sulfate groups is selected from 6, 8, 12, 16, 18, 24, 30, 32, 36, 40, 48, 72 or 96, wherein M is a cationic inorganic or organic counter ion to the anionic sulfate group, wherein L is a linker or spacer between D and E, wherein G is a connecting functional group forming the covalent attachment between L and E, and wherein m is an integer from 1 to 20 and wherein each of the dendrimers D of said conjugate has the same molecular weight and wherein the number n of sulfate groups is the same for each dendrimer D, wherein the linker unit L is covalently bound to the focal point of the dendrimer D at a position, whereby from this focal point, the dendrimer is grown to reach its dendritic structure, and wherein the dendrimers D(OSO 3 - M + ) n have the following relations between n and molecular weight, given for M + being an alkali ion, preferably sodium: number of sulfates (n) Molecular weight of D(OSO 3 - M + ) n not exceeding 6 2000 Da 8 2400 Da 12 4000 Da 16 5500 Da 18 6000 Da 24 8000 Da 30 10000 Da 32 11000 Da 36 12000 Da 40 13000 Da 48 16000 Da 72 24000 Da 96 32000 Da
An ultrasonic measuring device for the measurement on a fluid flowing in a pipe, with a closable housing having a continuous central recess , which has a longitudinal extension defining a flow direction (A), wherein the housing is designed for a releasable attachment to the pipe in such a way that in the closed state of the housing , the central recess can receive the pipe and can fix it with respect to the housing , so that the fluid can flow through the central recess in the flow direction (A), wherein at least four ultrasonic transducers are further provided in the housing for the respective emitting and receiving of ultrasonic signals, namely at least two first ultrasonic transducers , which are arranged laterally on a first side of the central recess in the closed state of the housing , and at least two second ultrasonic transducers , which are arranged laterally on a second side of the central recess in the closed state of the housing , wherein the second side is opposed to the first side so that the recess is located between the first and the second ultrasonic transducers , wherein the ultrasonic transducers are arranged and aligned in such a way that in each case a first ultrasonic transducer can emit a first measuring signal to one of the second ultrasonic transducers obliquely to the flow direction (A) and can receive a second measuring signal emitted by said second ultrasonic transducer obliquely to the flow direction (A), characterized in that at least one ultrasonic transducer is provided, which is aligned and arranged in such a way that it can receive a measuring signal progressing perpendicular to the flow direction (A), and in that the ultrasonic measuring device is designed as a clamping device for a clamping connection with the pipe , with a first housing part comprising the first side and with a second housing part comprising the second side , wherein the first housing part and the second housing part are connected to each other by an articulated joint.
A modular exoskeleton structure that provides force assistance to a user, comprising a base module comprising a lumbar belt capable of surrounding the lower trunk of the user, two hip modules capable of being attached to two respective thighs of the user, each hip module being connected to the base module through a respective hip joint , and a backpack support module , comprising: - a hoop designed to be anchored to the hip modules , - a support rod designed to extend along the back of the user and capable of being engaged in a pouch of a backpack to suspend the backpack to the backpack support module , wherein the rod comprises a first rod element connected to the hoop , a second rod element capable of sliding with respect to the first rod element so as to vary a length of the rod , and a damper for cushioning the movement of the second rod element with respect to the first rod element caused by the walking of the user. - a hoop designed to be anchored to the hip modules , - a support rod designed to extend along the back of the user and capable of being engaged in a pouch of a backpack to suspend the backpack to the backpack support module ,
A lens moving apparatus comprising: a housing ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a magnet disposed on the housing ; an upper elastic member coupled to an upper portion of the housing ; and a supporting member coupled to the upper elastic member , wherein the housing comprises: a first through hole and a second through hole spaced apart from each other and exposing at least a portion of the magnet ; and a protrusion disposed between the first through hole and the second through hole . a housing ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a magnet disposed on the housing ; an upper elastic member coupled to an upper portion of the housing ; and a supporting member coupled to the upper elastic member , wherein the housing comprises: a first through hole and a second through hole spaced apart from each other and exposing at least a portion of the magnet ; and a protrusion disposed between the first through hole and the second through hole . a first through hole and a second through hole spaced apart from each other and exposing at least a portion of the magnet ; and a protrusion disposed between the first through hole and the second through hole .
A system for determining the refractive properties of an eye , the system comprising a wavefront measurement device for measuring the refractive properties of the eye , wherein the system is configured to have at least one measurement mode assigned to children, wherein the system has an input device configured to switch the system into one of the at least one measurement mode assigned to children, and wherein the system is further configured to alter at least a default position of a forehead and chin rest assembly of the system , when the system is switched into the one of the at least one measurement mode assigned to children, and wherein the system further comprises an accommodation detection device and an alert device , wherein the accommodation detection device is a pupil size measurement device, wherein the system is configured to provide an alert with the alert device in case an accommodation is detected with the accommodation detection device .
A process for producing a fluorinated ether compound, which comprises reacting a compound represented by the following formula or a compound represented by the following formula with a compound represented by the following formula to obtain a compound represented by the following formula : R f (CF 2 ) a -CF 2 OC(=O)R f4 R f (CF 2 ) a -C(=O)X 1 HN(-R 1 CH=CH 2 ) 2 R f (CF 2 ) a -C(=O)N(-R 1 CH=CH 2 ) 2 wherein R f is a linear polyfluoroalkoxy group having at least two carbon atoms and at least one etheric oxygen atom between carbon atoms, R f4 is a C 1-30 perfluoroalkyl group or a C 2-30 perfluoroalkyl group having an etheric oxygen atom between carbon atoms, X 1 is a halogen atom, R 1 is an alkylene group, and a is an integer of from 1 to 5. R f4 is a C 1-30 perfluoroalkyl group or a C 2-30 perfluoroalkyl group having an etheric oxygen atom between carbon atoms, X 1 is a halogen atom, R 1 is an alkylene group, and a is an integer of from 1 to 5.
A method , comprising: generating an identifier of a mobile session for a mobile device accessing a Neutral Host Network, NHN, from a small cell operating exclusively in an unlicensed radio band , wherein the small cell supports a NHN access mode for the NHN and a PLMN access mode for at least one PLMN, and wherein the small cell is configured to broadcast a Neutral Host Access Mode Indicator, a NHN identifier of the NHN and the small cell is considered to be part of the NHN whose NHN identifier it broadcasts, and wherein the small cell is configured to broadcast a PLMN identifier of the at least one PLMN and the small cell is considered to be part of the PLMN whose PLMN identifier it broadcasts, wherein the mobile device is configured to attach to the small cell simultaneously using the PLMN and the NHN access modes, wherein at least one part of the mobile session identifier comprises a decimal format consistent with an identifier recognizable by said at least one PLMN ; comparing the mobile session identifier to all previously generated mobile session identifiers currently allocated in the NHN to prevent collision and if the mobile session identifier is determined to collide with one of the previously generated mobile session identifiers, the mobile session identifier is discarded and re-generated for the mobile device . generating an identifier of a mobile session for a mobile device accessing a Neutral Host Network, NHN, from a small cell operating exclusively in an unlicensed radio band , wherein the small cell supports a NHN access mode for the NHN and a PLMN access mode for at least one PLMN, and wherein the small cell is configured to broadcast a Neutral Host Access Mode Indicator, a NHN identifier of the NHN and the small cell is considered to be part of the NHN whose NHN identifier it broadcasts, and wherein the small cell is configured to broadcast a PLMN identifier of the at least one PLMN and the small cell is considered to be part of the PLMN whose PLMN identifier it broadcasts, wherein the mobile device is configured to attach to the small cell simultaneously using the PLMN and the NHN access modes, wherein at least one part of the mobile session identifier comprises a decimal format consistent with an identifier recognizable by said at least one PLMN ; comparing the mobile session identifier to all previously generated mobile session identifiers currently allocated in the NHN to prevent collision and if the mobile session identifier is determined to collide with one of the previously generated mobile session identifiers, the mobile session identifier is discarded and re-generated for the mobile device .
A method of estimating a parameter relating to an upgrade of a wind turbine software, the method comprising: - toggling the wind turbine (step 1) alternatingly between two modes: ∘ a first mode where the upgrade is not implemented and ∘ a second mode where the upgrade is implemented - during toggling, collecting data (step 2) relating to a performance of the wind turbine, wherein the data is a power production of the wind turbine, - deriving pairs of data parts (step 4), where a first part of a pair corresponds to the data collected during the first mode and derived during one period of time and a second part of the pair corresponds to the data collected during the second mode and collected through a second period of time, wherein data parts not taking part in a pair of data is discarded, and - estimating (step 7) the parameter from the pairs of data parts, the estimating step comprising: ∘ ordering the first parts in relation to the data parts thereof, ∘ ordering the second parts in relation to the data parts thereof and ∘ comparing (step 5a) the data part of a first part at a first position in the ordered first parts and the data part of a second part at the first position in the ordered second parts. - toggling the wind turbine (step 1) alternatingly between two modes: ∘ a first mode where the upgrade is not implemented and ∘ a second mode where the upgrade is implemented ∘ a first mode where the upgrade is not implemented and ∘ a second mode where the upgrade is implemented - during toggling, collecting data (step 2) relating to a performance of the wind turbine, wherein the data is a power production of the wind turbine, - deriving pairs of data parts (step 4), where a first part of a pair corresponds to the data collected during the first mode and derived during one period of time and a second part of the pair corresponds to the data collected during the second mode and collected through a second period of time, wherein data parts not taking part in a pair of data is discarded, and - estimating (step 7) the parameter from the pairs of data parts, ∘ ordering the first parts in relation to the data parts thereof, ∘ ordering the second parts in relation to the data parts thereof and ∘ comparing (step 5a) the data part of a first part at a first position in the ordered first parts and the data part of a second part at the first position in the ordered second parts.
A tyre comprising: a tread portion being provided with two circumferential grooves extending in a tyre circumferential direction to form a crown land portion therebetween, wherein the crown land portion is provided with two or more crown grooves extending inwardly of the crown land portion from the respective circumferential grooves , each crown groove comprises wide-width regions and narrow-width regions having a groove width smaller than that of the wide-width regions , and the wide-width regions and the narrow-width regions are alternated, characterized in that the crown land portion comprises two or more side blocks defined by the crown grooves and the circumferential grooves , each side block comprises a first block sidewall extending along either one of the circumferential grooves , and the first block sidewall comprises a step portion extending stepwise in a tyre radial direction. a tread portion being provided with two circumferential grooves extending in a tyre circumferential direction to form a crown land portion therebetween, wherein the crown land portion is provided with two or more crown grooves extending inwardly of the crown land portion from the respective circumferential grooves , each crown groove comprises wide-width regions and narrow-width regions having a groove width smaller than that of the wide-width regions , and the wide-width regions and the narrow-width regions are alternated, characterized in that the crown land portion comprises two or more side blocks defined by the crown grooves and the circumferential grooves , each side block comprises a first block sidewall extending along either one of the circumferential grooves , and the first block sidewall comprises a step portion extending stepwise in a tyre radial direction.
A process for separation of olefin and paraffin mixtures comprising sending at least one hydrocarbon stream to a distillation column and a membrane unit to produce an olefin stream comprising at least 92 mol% olefin wherein said at least one hydrocarbon stream first passes to said distillation column to produce an upper stream more concentrated in olefin than said at least one hydrocarbon stream and a bottom stream more concentrated in paraffin than the hydrocarbon stream and then humidifying a portion of the said upper stream by injecting water into the said upper stream, maintaining a constant temperature of the humidified portion of the upper stream, and then sending said upper stream to a membrane unit to separate said upper stream into a permeate stream comprising at least 90-98 mol% olefin and a retentate stream comprising paraffin; wherein said membrane unit comprises a plurality of membranes wherein said membranes are facilitated transport membranes that comprise a solid nonporous polymer matrix layer on top of a nanoporous support membrane and metal ions incorporated into said nonporous polymer matrix layer; and wherein said olefin is C3 or C4 olefin, wherein said paraffin is C3 or C4 paraffin, and wherein said hydrocarbon stream comprises C3 or C4 olefin and C3 or C4 paraffin hydrocarbons. wherein said membrane unit comprises a plurality of membranes wherein said membranes are facilitated transport membranes that comprise a solid nonporous polymer matrix layer on top of a nanoporous support membrane and metal ions incorporated into said nonporous polymer matrix layer; and wherein said olefin is C3 or C4 olefin, wherein said paraffin is C3 or C4 paraffin, and wherein said hydrocarbon stream comprises C3 or C4 olefin and C3 or C4 paraffin hydrocarbons.