mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: detecting, at a mobile device in a position, a plurality of magnetic signals, each magnetic signal transmitted by a respective signal source device and having a signal bearing, signal strength and unique modulation frequency; accessing, for each of the detected magnetic signals, based on the modulation frequency, magnetic survey data relating to previously recorded attributes of a magnetic field at a plurality of locations, the previously recorded attributes of the magnetic field being based on one or more previously transmitted magnetic signals from the signal source device which transmitted the detected magnetic signal; comparing, for each of the signal source devices, the previously recorded attributes of the magnetic field with the signal bearing and the signal strength of the magnetic signal detected by the mobile device following transmission by the signal source device; determining, with a processor, the position of the mobile device based on the comparing step; and receiving for display, at the mobile device, location-specific content associated with one or more objects located in proximity to the determined position of the mobile device. detecting, at a mobile device in a position, a plurality of magnetic signals, each magnetic signal transmitted by a respective signal source device and having a signal bearing, signal strength and unique modulation frequency; accessing, for each of the detected magnetic signals, based on the modulation frequency, magnetic survey data relating to previously recorded attributes of a magnetic field at a plurality of locations, the previously recorded attributes of the magnetic field being based on one or more previously transmitted magnetic signals from the signal source device which transmitted the detected magnetic signal; comparing, for each of the signal source devices, the previously recorded attributes of the magnetic field with the signal bearing and the signal strength of the magnetic signal detected by the mobile device following transmission by the signal source device; determining, with a processor, the position of the mobile device based on the comparing step; and receiving for display, at the mobile device, location-specific content associated with one or more objects located in proximity to the determined position of the mobile device.
Method for manufacturing a connector, whereby the connector (1,101,201,301) comprises a first tubular component (2,202) and a second tubular component (3,203) as well as a first connection geometry (4,104,204,304) and a second connection geometry (5,105,205,305), whereby the first connection geometry (4,104,204,304) is arranged in a first connection plane (14,214,314) and whereby the second connection geometry (5,105,205,305) is arranged in the first connection plane (14,214,314), and whereby the first connection plane (14,214,314) is inclined relative to a first longitudinal axis (15,215,315) of the first component (2,202), and whereby the first connection plane (14,214,314) is inclined relative to a second longitudinal axis (16,216,316) of the second component (3,203), and whereby a relative angle between the first longitudinal axis (15,215,315) and the second longitudinal axis (16,216,316) is variable by means of a rotation of the first component (2,202) relative to the second component (3,203), characterised by the following steps: - selection of a relative angle between the first longitudinal axis (15,215,315) and the second longitudinal axis (16,216,316) by rotating the first component (2,202) relative to the second component (3,203), - material connection of the first connection geometry (4,104,204,304) with the second connection geometry (5,105,205,305) in the selected relative angle, whereby the material connection is achieved by friction welding and/or ultrasound welding and/or hot gas welding and/or laser welding and a connection geometry (5,105,205,305) has a circumferential, wedge-shaped connection projection (19,219) that engages in a circumferential, wedge-shaped recess (17,217) of the other connection geometry (4,104,204,304). - selection of a relative angle between the first longitudinal axis (15,215,315) and the second longitudinal axis (16,216,316) by rotating the first component (2,202) relative to the second component (3,203), - material connection of the first connection geometry (4,104,204,304) with the second connection geometry (5,105,205,305) in the selected relative angle, whereby the material connection is achieved by friction welding and/or ultrasound welding and/or hot gas welding and/or laser welding and a connection geometry (5,105,205,305) has a circumferential, wedge-shaped connection projection (19,219) that engages in a circumferential, wedge-shaped recess (17,217) of the other connection geometry (4,104,204,304).
A medical device for tissue removal, the medical device comprising: an elongate housing including at least one longitudinal groove; a shaft extending through the elongate housing and distally therefrom, the shaft containing a cutter configured to sever tissue; a drive configured to rotate the cutter, reciprocate the cutter, or both; a handle slidably coupled to the elongate housing at the at least one longitudinal groove and extending distally therefrom; and at least one locking mechanism configured to fix the handle to the elongate housing at a plurality of different longitudinal positions along the elongate housing; characterised in that the longitudinal groove comprises a T-shaped slot, wherein the locking mechanism comprises a tongue mating the slot and a rod moveable though the tongue to push the tongue away from the housing against rails of the slot. an elongate housing including at least one longitudinal groove; a shaft extending through the elongate housing and distally therefrom, the shaft containing a cutter configured to sever tissue; a drive configured to rotate the cutter, reciprocate the cutter, or both; a handle slidably coupled to the elongate housing at the at least one longitudinal groove and extending distally therefrom; and at least one locking mechanism configured to fix the handle to the elongate housing at a plurality of different longitudinal positions along the elongate housing; characterised in that the longitudinal groove comprises a T-shaped slot, wherein the locking mechanism comprises a tongue mating the slot and a rod moveable though the tongue to push the tongue away from the housing against rails of the slot.
A communication method performed by a terminal, the method comprising: • sending a beam failure recovery request, BFRQ, to a network device, the beam failure recovery request being used for initiating a beam failure recovery; • receiving a response to the BFRQ from the network device based on an assumed quasi co-located, QCL, relationship between a first reference signal and a second reference signal, wherein the first reference signal is corresponding to a selected new beam and the second reference signal is a demodulation reference signal, DMRS, of a physical downlink control channel, PDCCH, for transmitting the response (S 505); the method being characterized by • receiving, before any updated QCL configuration is received, a transmission on a PDCCH or a PDSCH based on an assumed quasi co-located relationship between the first reference signal and a third reference signal, wherein the third reference signal is a DMRS of the PDCCH or a DMRS of the PDSCH (S 507). • sending a beam failure recovery request, BFRQ, to a network device, the beam failure recovery request being used for initiating a beam failure recovery; • receiving a response to the BFRQ from the network device based on an assumed quasi co-located, QCL, relationship between a first reference signal and a second reference signal, wherein the first reference signal is corresponding to a selected new beam and the second reference signal is a demodulation reference signal, DMRS, of a physical downlink control channel, PDCCH, for transmitting the response (S 505); the method being characterized by • receiving, before any updated QCL configuration is received, a transmission on a PDCCH or a PDSCH based on an assumed quasi co-located relationship between the first reference signal and a third reference signal, wherein the third reference signal is a DMRS of the PDCCH or a DMRS of the PDSCH (S 507).
A method for assembling a camera assembly (500, 600,700) wherein the method comprises: encapsulating a surface mount electronic component and an image sensor to form a target encapsulated module, where the target encapsulated module includes an active surface, and a solder end of the surface mount electronic component and a solder end of the image sensor are exposed on the active surface; preparing a redistribution layer RDL and drilling the RDL to form a through-hole where the through-hole is opposite to a photosensitive area of the image sensor, the RDL includes a dielectric layer and metal wiring disposed at the dielectric layer, and the metal wiring is at least partially exposed on a first surface of the RDL; and connecting the metal wiring exposed on the first surface of the RDL to the solder end of the surface mount electronic component and the solder end of the image sensor on the active surface of the target encapsulated module. encapsulating a surface mount electronic component and an image sensor to form a target encapsulated module, where the target encapsulated module includes an active surface, and a solder end of the surface mount electronic component and a solder end of the image sensor are exposed on the active surface; preparing a redistribution layer RDL and drilling the RDL to form a through-hole where the through-hole is opposite to a photosensitive area of the image sensor, the RDL includes a dielectric layer and metal wiring disposed at the dielectric layer, and the metal wiring is at least partially exposed on a first surface of the RDL; and connecting the metal wiring exposed on the first surface of the RDL to the solder end of the surface mount electronic component and the solder end of the image sensor on the active surface of the target encapsulated module.
A pulling-up method of silicon single crystal, comprising a process of laying a molded body between a susceptor's inner surface and a crucible's outer surface, wherein the molded body is formed based on three-dimensional data of inner surface shape of the susceptor which can hold the vitreous silica crucible and three-dimensional data of the crucible so as to make the susceptor's central axis and the crucible's central axis aligned when it is laid between the susceptor's inner surface and the crucible's outer surface.
A polyaxial locking mechanism for locking a fixation mechanism with respect to a bone plate comprising: a body disposable within an non-circular aperture formed in the bone plate, the body having a circular ring shape and including: a central opening for receiving the fixation mechanism; and a slot formed through the body and into the central opening; the body further includes two peaks (16a, 16b, 16c) and a valley (18a, 18b, 18c) for use in engagement with a driver for rotating the body; wherein in a loosened position the body is capable of polyaxial movement with respect to the bone plate, and upon rotation of the body by means of the driver to a tightened position the body, the fixation mechanism, and the bone plate are fixed with respect to another; characterized in that the peaks and the valley form tapered flanks (30a-f) so that an upper dimension of the valley is smaller than a lower dimension of the valley (18a, 18b, 18c); and in that a circumferentially extending interior groove formed in an interior surface of the body, wherein in the loosened position a head portion of the fixation mechanism does not engage the interior groove when the fixation mechanism is received in the central opening, and in the tightened position the body the head portion of the fixation mechanism engages the interior groove. a body disposable within an non-circular aperture formed in the bone plate, the body having a circular ring shape and including: a central opening for receiving the fixation mechanism; and a slot formed through the body and into the central opening; the body further includes two peaks (16a, 16b, 16c) and a valley (18a, 18b, 18c) for use in engagement with a driver for rotating the body; wherein in a loosened position the body is capable of polyaxial movement with respect to the bone plate, and upon rotation of the body by means of the driver to a tightened position the body, the fixation mechanism, and the bone plate are fixed with respect to another; a central opening for receiving the fixation mechanism; and a slot formed through the body and into the central opening; the body further includes two peaks (16a, 16b, 16c) and a valley (18a, 18b, 18c) for use in engagement with a driver for rotating the body;
System of absolutely autonomous radio-frequency receiving units, having a control centre consisting of a computer and a plurality of radio-frequency receiving units each consisting of a housing in which a receiving module and a processor module, which controls the setting of this receiving module and receives the reception data from the receiving module, are installed, the respective receiving module being set via its processor module, the processor module of each radio-frequency receiving unit being able to be remotely controlled from the control centre, and the desired settings for the respective receiving module being able to be read into the respective processor module and the reception data obtained by the respective receiving module being able to be read out from the respective processor module using the computer in the control centre, the respective receiving module being able to be tuned in a predetermined frequency range, and the remote control being carried out wirelessly from the control centre via a mobile radio connection which is interrupted after a new receiving module setting has been read in or after reception data from the receiving module of the respective radio-frequency receiving unit have been read out, and the radio-frequency receiving units being able to be tuned in the predetermined frequency range, and the radio-frequency receiving units being operated in the search run and running through the entire frequency range in the process or being tuned to individual fixed frequencies in a manner controlled by the processor module, and the individual receiving modules being set to predefined transmission levels, and a transmitting/receiving module being installed in the housing for connection to the control centre via a mobile radio network, at least one broadband receiving antenna (3, 4) which is connected to the input of the receiving module being fastened outside the housing, and two broadband omnidirectional antennas being fastened beside one another outside the housing, one of which covers a lower part of the receiving range and the other of which covers an upper part of the receiving range which seamlessly adjoins the lower part.
Device for safely carrying out a left-turning thermodynamic Clausius-Rankine cycle and the safe emptying and filling thereof by means of an inflammable working fluid, having an inflammable working fluid which is heavier than air in the gaseous state under atmospheric conditions, having a closed, hermetically sealed working fluid circuit, wherein the working fluid circuit - has at least one compressor for working fluid, - at least one pressure relief apparatus for working fluid, - at least two heat exchangers (3, 5) for working fluid, each with at least two connections (7, 8, 9, 10) for heat transfer fluids, and - at least one shut-off device, having at least one safety container for receiving working fluid which is connected to the working fluid circuit, having a shut-off valve and a branch from the working fluid circuit to the safety container, and at the outlet of the safety container, having an apparatus for increasing pressure, wherein the at least one shut-off device is the shut-off valve, characterised by - at least one pressure container for dispensing and receiving inert gas, - a lockable supply line from the pressure container to the safety container, - a withdrawal line from the safety container with a subsequent gas-liquid separator, - a connecting line from the liquid outlet of the gas-liquid separator to a pressure-reducing and shut-off device which is connected to the working fluid circuit of the cycle, and by a closed housing, which comprises all apparatuses connected to the closed working fluid circuit and can comprise further apparatuses. - has at least one compressor for working fluid, - at least one pressure relief apparatus for working fluid, - at least two heat exchangers (3, 5) for working fluid, each with at least two connections (7, 8, 9, 10) for heat transfer fluids, and - at least one shut-off device, having at least one safety container for receiving working fluid which is connected to the working fluid circuit, having a shut-off valve and a branch from the working fluid circuit to the safety container, and at the outlet of the safety container, having an apparatus for increasing pressure, wherein the at least one shut-off device is the shut-off valve, characterised by - at least one pressure container for dispensing and receiving inert gas, - a lockable supply line from the pressure container to the safety container, - a withdrawal line from the safety container with a subsequent gas-liquid separator, - a connecting line from the liquid outlet of the gas-liquid separator to a pressure-reducing and shut-off device which is connected to the working fluid circuit of the cycle,
A method of controlling the output of information to a driver, the method comprising: monitoring at least one operating parameter of a vehicle; estimating a driver workload based on said at least one operating parameter; and controlling the output of information to said driver based on the estimated driver workload; wherein the driver workload is estimated with reference to a plurality of thresholds which define a plurality of driver workload ratings; wherein the method comprises periodically cycling through some or all of said defined driver workload ratings having a lower rating than a current estimated workload rating. monitoring at least one operating parameter of a vehicle; estimating a driver workload based on said at least one operating parameter; and controlling the output of information to said driver based on the estimated driver workload; wherein the driver workload is estimated with reference to a plurality of thresholds which define a plurality of driver workload ratings; wherein the method comprises periodically cycling through some or all of said defined driver workload ratings having a lower rating than a current estimated workload rating.
A medical apparatus for reducing vascular endothelial growth factor expression, the apparatus comprising: a radiation source for emitting electromagnetic radiation towards one or both eyes of a patient; wherein the electromagnetic radiation reaching the eye of the patient has a range of wavelengths and less than 3% of the total radiation has a wavelength less than 470 nm; characterised in that the apparatus is configured to emit the electromagnetic radiation having a ratio of scotopic luminous intensity to photopic luminous intensity of at least 1.85: 1. a radiation source for emitting electromagnetic radiation towards one or both eyes of a patient; wherein the electromagnetic radiation reaching the eye of the patient has a range of wavelengths and less than 3% of the total radiation has a wavelength less than 470 nm; characterised in that the apparatus is configured to emit the electromagnetic radiation having a ratio of scotopic luminous intensity to photopic luminous intensity of at least 1.85: 1.
A wind turbine rotor blade comprising a flatback trailing edge, wherein the flatback trailing edge has at least one insert which has a flat outside and a curved inside, characterized in that a preform or an outer laminate is placed at the inside of the insert during production, wherein a core material and an inner laminate is placed on the preform or the outer laminate. a flatback trailing edge, wherein the flatback trailing edge has at least one insert which has a flat outside and a curved inside, characterized in that a preform or an outer laminate is placed at the inside of the insert during production, wherein a core material and an inner laminate is placed on the preform or the outer laminate.
A therapeutic device for treating a limb of a human or a non-human animal, by application to the limb, the therapeutic device comprising an elongate, flexible panel, which panel is formed from a single strip of material doubled over on itself, at a fold, and sealed by adhesive, to create a smooth side which faces the limb, in use, and an opposing side, the strip of material being made from an inner polyurethane foam layer bonded to an outer single knit jersey polyester layer, at least one vibrating source, a battery and a control unit, all being embedded within recesses (12, 13) within the elongate, flexible panel, and connected together by wiring, which wiring is also embedded within a channel within the elongate, flexible panel, wherein the recesses and the channel are formed in the inner polyurethane foam layer of the opposing side, such that, in use, any danger of the device being damaged due to interference with the wiring is eliminated.
A pharmaceutical composition for use in a method of treating pain associated with functional visceral pain, wherein said method comprises administering to a patient in need of such treatment said pharmaceutical composition, and wherein said pharmaceutical composition comprises a compound represented by or a pharmaceutically acceptable salt thereof and one or more pharmaceutically acceptable excipients.
A method of imaging a sample and automatically identifying the presence of a structure in the sample, characterized by: providing a sample holder having a plasmonic layer including a periodic array of sub-micron structures; placing the sample on the sample holder adjacent the plasmonic layer; illuminating the sample and sample holder and capturing at least one colour digital image thereof with an optical microscope, the illumination stimulating surface plasmon resonance and the sample positioned at least partially within the associated evanescent sensing field, the at least one digital image comprising a plurality of pixels which represent a two dimensional region of the sample, wherein at least one localised structural property of the sample is visible in the image based on the colour of received light captured in the at least one digital image; processing the at least one digital image, based on the received colour information to selectively identify said structure on the basis of colour differentiation and/or morphology differentiation. providing a sample holder having a plasmonic layer including a periodic array of sub-micron structures; placing the sample on the sample holder adjacent the plasmonic layer; illuminating the sample and sample holder and capturing at least one colour digital image thereof with an optical microscope, the illumination stimulating surface plasmon resonance and the sample positioned at least partially within the associated evanescent sensing field, the at least one digital image comprising a plurality of pixels which represent a two dimensional region of the sample, wherein at least one localised structural property of the sample is visible in the image based on the colour of received light captured in the at least one digital image; processing the at least one digital image, based on the received colour information to selectively identify said structure on the basis of colour differentiation and/or morphology differentiation.