mhurhangee/patent-ind-claim-en huggingface dataset:
A spectacle lens kit comprising a spectacle lens and instructions including a given as-worn position of the spectacle lens , wherein the spectacle lens includes - a first zone which, when a spectacle lens is positioned according to the as-worn position, has a focal power that provides a focused image on the fovea, the first zone having a given height (d v ) and a given width (d h ), and - at least one second zone at least partly surrounding the first zone where the second zone contains at least one of the following: (i) a plurality of focusing structures providing a focal power resulting in a myopic defocus when the spectacle lens is positioned according to the as-worn position or (ii) diffusing structures leading to a diffusion of light passing the at least one second zone ; wherein the width (d h ) of the first zone is at least four times the height of the first zone and matches the width of the spectacle lens , and the second zone consists of two sub-zones which are separated from each other by the first zone , and which in case (i) each comprise a plurality of focusing structures providing a focal power resulting in a myopic defocus when the spectacle lens is positioned according to the as-worn position, characterized in that the widths of the two sub-zones of the second zone match the width of the spectacle lens . - a first zone which, when a spectacle lens is positioned according to the as-worn position, has a focal power that provides a focused image on the fovea, the first zone having a given height (d v ) and a given width (d h ), and - at least one second zone at least partly surrounding the first zone where the second zone contains at least one of the following: (i) a plurality of focusing structures providing a focal power resulting in a myopic defocus when the spectacle lens is positioned according to the as-worn position or (ii) diffusing structures leading to a diffusion of light passing the at least one second zone ; wherein the width (d h ) of the first zone is at least four times the height of the first zone and matches the width of the spectacle lens , and the second zone consists of two sub-zones which are separated from each other by the first zone , and which in case (i) each comprise a plurality of focusing structures providing a focal power resulting in a myopic defocus when the spectacle lens is positioned according to the as-worn position, characterized in that the widths of the two sub-zones of the second zone match the width of the spectacle lens .
A system for transmitting monitoring information, comprising a cloud unit and several transmission devices and at least one broadcasting and/or streaming unit in respective common intranet areas representing different locations , wherein the at least one broadcasting and/or streaming unit is configured to generate a transport stream for broadcasting and/or streaming for the respective common intranet area, wherein each of the respective transmission devices is configured to gather respective monitoring information of the at least one broadcasting and/or streaming unit in the respective common intranet area and to transmit the respective monitoring information gathered to the cloud unit via a respective secure connection , wherein the respective secure connection is a unidirectional one prohibiting direct access to the at least one broadcasting and/or streaming unit in the respective common intranet area, so that a user having access to the cloud unit is not enabled to control the at least one broadcasting and/or streaming unit via the cloud unit as the user only retrieves the respective monitoring information being provided, wherein the cloud unit is configured to combine the respective monitoring information provided by the several transmission devices such that different monitoring information is accessible, and wherein the cloud unit is configured to analyze the different monitoring information.
A manufacturing method of a semiconductor device that includes in its structure a GaAs semiconductor layer (12-1 to 12-7) and a SiN dielectric film deposited on the semiconductor layer (12-1 to 12-7), the method comprising the steps of: forming the semiconductor layer (12-1 to 12-7); performing a surface treatment for removing a residual carbon compound, on a surface of the semiconductor layer (12-1 to 12-7) due to forming the semiconductor layer ; forming the dielectric film following the surface treatment, under a depositing condition corresponding to a surface state after the surface treatment, on at least a part of the surface of the semiconductor layer (12-1 to 12-7) on which the surface treatment has been performed ; and changing a crystalline state of at least a partial region of the semiconductor layer (12-1 to 12-7) by performing a heat treatment on the semiconductor layer (12-1 to 12-7) on which the dielectric film has been formed, wherein, in the surface treatment, the surface is hydrophilized in a manner that a contact angle between the surface and water is equal to or less than 60 degrees, and the refractive index formed in the dielectric-film forming is equal to or less than 2.1. forming the semiconductor layer (12-1 to 12-7); performing a surface treatment for removing a residual carbon compound, on a surface of the semiconductor layer (12-1 to 12-7) due to forming the semiconductor layer ; forming the dielectric film following the surface treatment, under a depositing condition corresponding to a surface state after the surface treatment, on at least a part of the surface of the semiconductor layer (12-1 to 12-7) on which the surface treatment has been performed ; and changing a crystalline state of at least a partial region of the semiconductor layer (12-1 to 12-7) by performing a heat treatment on the semiconductor layer (12-1 to 12-7) on which the dielectric film has been formed, wherein, in the surface treatment, the surface is hydrophilized in a manner that a contact angle between the surface and water is equal to or less than 60 degrees, and the refractive index formed in the dielectric-film forming is equal to or less than 2.1.
A composite radius filler , comprising: a base portion formed of composite plies varying in overall width along an overall lengthwise direction and defining a variable cross-sectional shape of the base portion along the lengthwise direction , the base portion including at least one transition zone having a transition start and a transition end along the lengthwise direction ; the composite plies of the base portion being arranged in one or more stacks , at least one of the one or more stacks comprising a laminated charge of composite plies having a predetermined fiber orientation angle sequence and having a stack width , the stack width of at least one of the stacks changing within the transition zone ; and a tip portion comprised of a plurality of unidirectional slit tape tows formed into a generally triangular cross-sectional shape and stacked on top of the base portion , each of the slit tape tows having a non-planar cross-sectional shape compared to the composite plies of the base portion . a base portion formed of composite plies varying in overall width along an overall lengthwise direction and defining a variable cross-sectional shape of the base portion along the lengthwise direction , the base portion including at least one transition zone having a transition start and a transition end along the lengthwise direction ; the composite plies of the base portion being arranged in one or more stacks , at least one of the one or more stacks comprising a laminated charge of composite plies having a predetermined fiber orientation angle sequence and having a stack width , the stack width of at least one of the stacks changing within the transition zone ; and a tip portion comprised of a plurality of unidirectional slit tape tows formed into a generally triangular cross-sectional shape and stacked on top of the base portion , each of the slit tape tows having a non-planar cross-sectional shape compared to the composite plies of the base portion .
A mobile terminal device comprising: a display; a touch panel configured to detect an input operation; an input detector configured to detect a pattern of the input operation based on a position of an indicator on the touch panel; and circuitry configured to: control the terminal to enter a suspend state so that the display does not display an image when an input operation is not detected on the touch panel for a predetermined time period and that a scan rate of a surface of the touch panel in the suspend state is lower than the scan rate in an active state; control the display to display a home screen without a password input by a user when the input detector detects a predetermined pattern of the input operation on the touch panel during the suspend state and characterized in the circuit further configured to: control the display to display a guide representing the predetermined pattern when the input operation for displaying the home screen ends in a failure and the circuitry judges that the pattern of the input operation is similar to the predetermined pattern for displaying the home screen. control the terminal to enter a suspend state so that the display does not display an image when an input operation is not detected on the touch panel for a predetermined time period and that a scan rate of a surface of the touch panel in the suspend state is lower than the scan rate in an active state; control the display to display a home screen without a password input by a user when the input detector detects a predetermined pattern of the input operation on the touch panel during the suspend state and characterized in the circuit further configured to: control the display to display a guide representing the predetermined pattern when the input operation for displaying the home screen ends in a failure and the circuitry judges that the pattern of the input operation is similar to the predetermined pattern for displaying the home screen.
A computer-implemented method of correcting errors in sequence data generated by a sequencer, the method comprising: assigning error probabilities to quality labels ; receiving a cluster of reads with associated quality labels for read symbols in the reads, the cluster comprising reads representing a same polymer; and determining a consensus output sequence for the cluster of reads by weighted majority voting of the read symbols with weights based on the error probabilities; wherein the sequence data comprises oligonucleotide sequence data, the sequencer comprises a nanopore sequencer, the reads comprise oligonucleotide reads, and the same polymer comprises the same oligonucleotide. assigning error probabilities to quality labels ; receiving a cluster of reads with associated quality labels for read symbols in the reads, the cluster comprising reads representing a same polymer; and determining a consensus output sequence for the cluster of reads by weighted majority voting of the read symbols with weights based on the error probabilities; wherein the sequence data comprises oligonucleotide sequence data, the sequencer comprises a nanopore sequencer, the reads comprise oligonucleotide reads, and the same polymer comprises the same oligonucleotide.
A method of removing one or more oxyanions from an aqueous fluid comprising a source of calcium ions, comprising: determining a relationship between a concentration of the oxyanions to be removed from the aqueous fluid and a conductivity of the aqueous fluid; selecting a conductivity setpoint for the aqueous fluid based on the relationship; contacting the aqueous fluid containing oxyanions with an aluminum metal whereby aluminum ions are released from the aluminum metal into the aqueous fluid, wherein the one or more oxyanions in the aqueous fluid react with the aluminum ions to form one or more ettringites; obtaining a measured conductivity of the aqueous fluid after contacting the aqueous fluid with the aluminum metal; comparing the measured conductivity to the conductivity setpoint to determine a differential conductivity; and adjusting one or more parameters based on the differential conductivity to maintain a substantially constant rate of release of the aluminum ions from the aluminum metal, wherein the one or more parameters is selected from the group consisting of: a temperature of the aqueous fluid, a pH of the aqueous fluid, a flowrate of the aqueous fluid, a speed of an agitation device , and an amount of the aluminum metal presented in the aqueous fluid; and removing at least a portion of precipitated ettringites from the aqueous fluid. determining a relationship between a concentration of the oxyanions to be removed from the aqueous fluid and a conductivity of the aqueous fluid; selecting a conductivity setpoint for the aqueous fluid based on the relationship; contacting the aqueous fluid containing oxyanions with an aluminum metal whereby aluminum ions are released from the aluminum metal into the aqueous fluid, wherein the one or more oxyanions in the aqueous fluid react with the aluminum ions to form one or more ettringites; obtaining a measured conductivity of the aqueous fluid after contacting the aqueous fluid with the aluminum metal; comparing the measured conductivity to the conductivity setpoint to determine a differential conductivity; and adjusting one or more parameters based on the differential conductivity to maintain a substantially constant rate of release of the aluminum ions from the aluminum metal, wherein the one or more parameters is selected from the group consisting of: a temperature of the aqueous fluid, a pH of the aqueous fluid, a flowrate of the aqueous fluid, a speed of an agitation device , and an amount of the aluminum metal presented in the aqueous fluid; and removing at least a portion of precipitated ettringites from the aqueous fluid.
A 3D co-culture comprising hepatocyte-like cells and hepatic stellate cells (HSCs); wherein said hepatic stellate cells are present in equal or excess amounts of said hepatocyte-like cells; and said cells are grown in direct contact with each other.
Reflective optical element for the extreme ultraviolet wavelength range having a multilayer system, extending over a surface, on a substrate, wherein the multilayer system has layers from at least two different materials with a different real part of the refractive index at a wavelength in the extreme ultraviolet wavelength range, which are arranged in alternation, wherein one layer of one of the at least two materials forms a stack with the layer or layers that is/are arranged between the former and the layer of the same material that is located closest at an increasing distance from the substrate, characterized in that in at least one of these stacks (53', 53") the material of the layer with the lower real part of the refractive index and/or the material of the layer with the higher real part of the refractive index is a combination of at least two substances, whose respective proportion of said layer over at least one partial surface (61', 61") is different than over the remaining surface of the multilayer system .
A method for transforming an essential oil comprising: - supplying a previously extracted essential oil; - evaporating a fraction of between 20 and 50% of the essential oil; and - obtaining a transformed essential oil comprising recovering the non-evaporated fraction of the essential oil; - combining said non-evaporated fraction with at least one antibiotic, characterised in that the evaporation is carried out for at least 2 hours, under a pressure of less than or equal to 500 mbar and at a temperature of between 40 and 100°C, and in that the essential oil is previously extracted from ajowan, German chamomile, lemongrass, palmarosa, stoechade lavender, compact oregano or Chinese cinnamon. - supplying a previously extracted essential oil; - evaporating a fraction of between 20 and 50% of the essential oil; and - obtaining a transformed essential oil comprising recovering the non-evaporated fraction of the essential oil; - combining said non-evaporated fraction with at least one antibiotic,
A method for estimating source impedances across one or more transmission lines connecting at least two substations, each substation associated with an equivalent source having a respective source impedance, the method comprising: obtaining voltage and current measurements and status signals, the voltage and current measurements providing terminal voltages and line currents at each substation, and the status signals being associated with switching events at the one or more transmission lines or at the substations; detecting an event associated with a disturbance in a transmission line or current injection at one of the substations, the event being detected from one or more of the obtained measurements and the obtained status signals; and characterized by estimating the source impedance of each equivalent source based on the event, using line parameters and the voltage and current measurements associated with the event, the measurements associated with the event comprising the measurements before and after the event. obtaining voltage and current measurements and status signals, the voltage and current measurements providing terminal voltages and line currents at each substation, and the status signals being associated with switching events at the one or more transmission lines or at the substations; detecting an event associated with a disturbance in a transmission line or current injection at one of the substations, the event being detected from one or more of the obtained measurements and the obtained status signals; and characterized by estimating the source impedance of each equivalent source based on the event, using line parameters and the voltage and current measurements associated with the event, the measurements associated with the event comprising the measurements before and after the event.
A blood treatment cassette having a cassette body embodied as a hard part and having optionally a film connected to the hard part and at least partially covering the hard part , the blood treatment cassette or its hard part comprising at least one sterilization opening and at least one closure device for the sterilization opening , wherein the closure device is embodied, when being in a state connected to the sterilization opening , to be transferable from a first position in which it allows a fluid exchange between an interior and an exterior of the blood cassette by means of the sterilization opening , into a second position in which it does not allow a fluid exchange between the interior and the exterior of the blood treatment cassette by means of the sterilization opening , characterized in that the closure device comprises a mechanism, by means of which the closure device may be maintained in the first and in the second position. the blood treatment cassette or its hard part comprising at least one sterilization opening and at least one closure device for the sterilization opening , wherein the closure device is embodied, when being in a state connected to the sterilization opening , to be transferable from a first position in which it allows a fluid exchange between an interior and an exterior of the blood cassette by means of the sterilization opening , into a second position in which it does not allow a fluid exchange between the interior and the exterior of the blood treatment cassette by means of the sterilization opening , characterized in that the closure device comprises a mechanism, by means of which the closure device may be maintained in the first and in the second position.
A glass film laminate comprising a glass film and a supporting glass laminated to each other, characterized in that each of the glass film and the supporting glass comprises a contacting surface formed into a smooth surface having a surface roughness Ra of 2.0 nm or less, while the contacting surface of the supporting glass comprises a region of rough surface having a surface roughness greater than that of the smooth surface , the contacting surface of the glass film and the contacting surface of the supporting glass directly contact each other, so that the contacting surfaces adhere with a relatively strong adhesive force between the smooth surfaces of the glass film and the supporting glass , while adhering with a relatively weak adhesive force at the region of the rough surface of the supporting glass and the smooth surface of the glass film .
Non-therapeutic use of a composition comprising pheromonal agents, wherein the pheromonal agents comprise a combination of androstenone, androstenol and quinoline for stimulating early onset of estrus in a peri-pubertal suid by administering the pheromone composition to the suid.
An electronic device comprising a housing , a battery , an antenna , a speaker module, and a heat sink ; wherein the battery , the antenna , the speaker module, and the heat sink are all disposed in a cavity formed by the housing ; the battery and the speaker module are disposed adjacent to each other, a gap exists between the battery and the speaker module, and the antenna is disposed on a periphery of an area where the battery and the speaker module are located; and the heat sink is disposed on the speaker module and the battery , and an opening is disposed on the heat sink , wherein the opening is opposite to the gap; said electronic device being characterized in that the opening is configured to remove parasitic resonance formed by the heat sink from an operating frequency band of the antenna . the battery , the antenna , the speaker module, and the heat sink are all disposed in a cavity formed by the housing ; the battery and the speaker module are disposed adjacent to each other, a gap exists between the battery and the speaker module, and the antenna is disposed on a periphery of an area where the battery and the speaker module are located; and the heat sink is disposed on the speaker module and the battery , and an opening is disposed on the heat sink , wherein the opening is opposite to the gap; said electronic device being characterized in that the opening is configured to remove parasitic resonance formed by the heat sink from an operating frequency band of the antenna .
An arrangement for an electronic locking system , the arrangement comprising: - an actuating element arranged to perform an actuating procedure by means of manual manipulation by a user; - an electromagnetic generator comprising a stator and a rotor , the rotor being arranged to be rotationally driven relative to the stator at least temporarily during the actuating procedure by movement of the actuating element to thereby generate electric energy; and - an electronic control system arranged to be electrically powered by the generator ; characterized in that the control system is arranged to control a load of the generator to change in order to provide haptic feedback in the actuating element at least temporarily during the actuating procedure . - an actuating element arranged to perform an actuating procedure by means of manual manipulation by a user; - an electromagnetic generator comprising a stator and a rotor , the rotor being arranged to be rotationally driven relative to the stator at least temporarily during the actuating procedure by movement of the actuating element to thereby generate electric energy; and - an electronic control system arranged to be electrically powered by the generator ;