mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a sensor controller by a stylus, in a system, which includes the stylus and the sensor controller, and for sending signals via a capacitive coupling between the sensor controller and the stylus, the method comprising: a second transmission step, in which the sensor controller sends a second control signal (US_c2) including a symbol that represents a value not shared with the stylus in advance; a first transmission step, prior to the second transmission step, in which the sensor controller sends a first control signal (US_c1) including a repetition by M times of a repetitive element made up of N symbols whose values are shared with the stylus, wherein M is an integer of 2 or larger, and wherein N is an integer of 1 or larger; and a detection step, in which the stylus performs a receiving operation over a reception period longer than a length of the N symbols and shorter than a length of N multiplied by M, determines whether one of the repetitive elements is included in a signal received in the reception period, and detects the sensor controller depending on a result of the determination by determining that one of the repetitive elements is included in the signal received. a second transmission step, in which the sensor controller sends a second control signal (US_c2) including a symbol that represents a value not shared with the stylus in advance; a first transmission step, prior to the second transmission step, in which the sensor controller sends a first control signal (US_c1) including a repetition by M times of a repetitive element made up of N symbols whose values are shared with the stylus, wherein M is an integer of 2 or larger, and wherein N is an integer of 1 or larger; and a detection step, in which the stylus performs a receiving operation over a reception period longer than a length of the N symbols and shorter than a length of N multiplied by M, determines whether one of the repetitive elements is included in a signal received in the reception period, and detects the sensor controller depending on a result of the determination by determining that one of the repetitive elements is included in the signal received.
A system for spinal fusion, characterised by comprising: a spacer including a first coupling aperture having a first thread with a thread pitch that is greater than or equal to one third of a depth of the first coupling aperture; a plate including a first attachment aperture and second coupling aperture; an attachment member including a mating thread that mates with the first thread, the attachment member configured to couple the spacer and the plate when inserted through the second coupling aperture and rotated to engage the first thread of the first coupling aperture; and a first temporary fixation screw configured to attach the plate to a first vertebra when inserted through the first attachment aperture and driven into the first vertebra; wherein the first thread comprises a long lead trapezoidal form thread and wherein the attachment member is configured such that the mating thread permits secure coupling of the spacer with the plate by 180 degrees of rotation. a spacer including a first coupling aperture having a first thread with a thread pitch that is greater than or equal to one third of a depth of the first coupling aperture; a plate including a first attachment aperture and second coupling aperture; an attachment member including a mating thread that mates with the first thread, the attachment member configured to couple the spacer and the plate when inserted through the second coupling aperture and rotated to engage the first thread of the first coupling aperture; and a first temporary fixation screw configured to attach the plate to a first vertebra when inserted through the first attachment aperture and driven into the first vertebra; wherein the first thread comprises a long lead trapezoidal form thread and wherein the attachment member is configured such that the mating thread permits secure coupling of the spacer with the plate by 180 degrees of rotation.
A system to detect aircraft ground proximity, the system comprising: a transmitter for transmitting a radio frequency signal along an extended landing gear of the aircraft, a sensor configured to detect a parameter of the transmitted radio frequency signal, and a controller configured, on the basis of an output of the sensor, to issue a landing signal when the detected parameter or a change, detected by the controller, in the detected parameter meets a predetermined criterion, wherein the predetermined criterion is indicative of a certain aircraft ground proximity, characterized in that the landing gear is configured to act as a transmitting antenna of the radio frequency signal. a transmitter for transmitting a radio frequency signal along an extended landing gear of the aircraft, a sensor configured to detect a parameter of the transmitted radio frequency signal, and a controller configured, on the basis of an output of the sensor, to issue a landing signal when the detected parameter or a change, detected by the controller, in the detected parameter meets a predetermined criterion, wherein the predetermined criterion is indicative of a certain aircraft ground proximity, characterized in that the landing gear is configured to act as a transmitting antenna of the radio frequency signal.
A method of providing a service in a communications network comprising: transmitting a session control message, from a user terminal to a charging entity in the communications network, identifying a service provision threshold determined by the user terminal for a session of a service requested by the user terminal; and monitoring provision of the session and, if it exceeds the service provision threshold, notifying a service provision node in the communications network which performs a predetermined action on receipt of the notification, wherein the service provision node is configured to provide the user terminal with access to the requested service, and the predetermined action is determined by the user terminal and is defined in the session control message. transmitting a session control message, from a user terminal to a charging entity in the communications network, identifying a service provision threshold determined by the user terminal for a session of a service requested by the user terminal; and monitoring provision of the session and, if it exceeds the service provision threshold, notifying a service provision node in the communications network which performs a predetermined action on receipt of the notification, wherein the service provision node is configured to provide the user terminal with access to the requested service, and the predetermined action is determined by the user terminal and is defined in the session control message.
An apparatus for testing biological specimen, the apparatus comprising: a casing including an opening; a receiving mechanism to receive a carrier (10, 2905) inserted through said opening, wherein the carrier includes a first holding area (2215A, 2915 A) and a second holding area (2215B, 2915B), wherein the first and second holding areas carry or have been exposed to the biological specimen; two camera modules, including a first camera module arranged to capture one or more images of the first holding area (2215A, 2915 A), and a second camera module arranged to capture one or more images of the second holding area (2215B, 2915B); and a main circuit board carrying a processor that is configured to perform a first analytic process on the captured images of the first holding area, to perform a second analytic process different from the first analytic process on the captured images of the second holding area (2215B, 2915B), and to determine an outcome with regard to the biological specimen based on results from both the first and the second analytic processes, wherein the processor is configured to utilize the first camera module to identify a shape of the first holding area (2215A, 2915 A) on the carrier (10, 2905); and select, based on the shape of the first holding area (2215A, 2915 A), a set of analytic processes to be performed, and wherein said receiving mechanism, said first and second camera modules (2230A, 2230B), and said main circuit board are all enclosed within the casing. a casing including an opening; a receiving mechanism to receive a carrier (10, 2905) inserted through said opening, wherein the carrier includes a first holding area (2215A, 2915 A) and a second holding area (2215B, 2915B), wherein the first and second holding areas carry or have been exposed to the biological specimen; two camera modules, including a first camera module arranged to capture one or more images of the first holding area (2215A, 2915 A), and a second camera module arranged to capture one or more images of the second holding area (2215B, 2915B); and a main circuit board carrying a processor that is configured to perform a first analytic process on the captured images of the first holding area, to perform a second analytic process different from the first analytic process on the captured images of the second holding area (2215B, 2915B), and to determine an outcome with regard to the biological specimen based on results from both the first and the second analytic processes, wherein the processor is configured to utilize the first camera module to identify a shape of the first holding area (2215A, 2915 A) on the carrier (10, 2905); and select, based on the shape of the first holding area (2215A, 2915 A), a set of analytic processes to be performed, and
A polypeptide comprising an amino acid sequence having at least 99.5% identity to SEQ ID NO: 4, wherein the cysteine residue corresponding to position 4 of SEQ ID NO: 3 is deleted, the polypeptide does not contain any cysteine amino acid residue and can elicit antibodies which recognise SEQ ID NO: 2.
A container for receiving at least one non-sterile vessel (1, 1'), in particular a pierceable ampoule with a pierceable rubber stopper, containing a removable substance (2, 2'), and for introducing the at least one non-sterile vessel (1, 1') into a sterile region, said container comprising at least two interconnectable parts (6, 7) which, in their interconnected state, are designed to receive the at least one vessel (1, 1'), one container part including at least one means (11, 11') for removing the respective substance (2, 2') from the at least one vessel (1, 1'), characterised in that said container parts (6, 7) are sterilised and surrounded by a removable envelope which consists of at least two parts (8, 9), wherein the container parts (6, 7) are surrounded by respectively assigned envelope parts (8, 9) such that the container parts (6, 7) need not be touched when separating the container parts (6, 7) for opening the container, and wherein the envelope parts (8, 9) can be pulled off for removing the envelope.
A bracket assembly for a panel comprising: a first bracket portion to be fastened to the panel, said first bracket portion including a curved lip; and a hinge to be fastened to a stationary component of a structure, said hinge including a clevis and a bushing to position the clevis over the curved lip, characterised by: a spring portion disposed within a space formed between at least a portion of the curved lip of the first bracket portion and the clevis of the hinge when the clevis is positioned over the curved lip. a first bracket portion to be fastened to the panel, said first bracket portion including a curved lip; and a hinge to be fastened to a stationary component of a structure, said hinge including a clevis and a bushing to position the clevis over the curved lip, characterised by: a spring portion disposed within a space formed between at least a portion of the curved lip of the first bracket portion and the clevis of the hinge when the clevis is positioned over the curved lip. a spring portion disposed within a space formed between at least a portion of the curved lip of the first bracket portion and the clevis of the hinge when the clevis is positioned over the curved lip.
A hearing aid, comprising: a first microphone for converting sound into a first audio signal; a second microphone for converting sound into a second audio signal; directional processing means for combining said first and said second audio signal according to a mixing ratio to form a spatial signal, wherein said mixing ratio is adjusted according to user settings or adaptively controlled by an adaptive directional controller; estimating means for providing an estimate of a first acoustic feedback signal entering said first microphone and an estimate of a second acoustic feedback signal entering said second microphone; processing means for processing said spatial signal by applying a gain not exceeding a maximum gain limit to form a hearing loss compensation signal; wherein said maximum gain limit is derived from the estimate of said first and second acoustic feedback signals and said mixing ratio; and an output transducer for converting said hearing loss compensation signal into an acoustic output. a first microphone for converting sound into a first audio signal; a second microphone for converting sound into a second audio signal; directional processing means for combining said first and said second audio signal according to a mixing ratio to form a spatial signal, wherein said mixing ratio is adjusted according to user settings or adaptively controlled by an adaptive directional controller; estimating means for providing an estimate of a first acoustic feedback signal entering said first microphone and an estimate of a second acoustic feedback signal entering said second microphone; processing means for processing said spatial signal by applying a gain not exceeding a maximum gain limit to form a hearing loss compensation signal; wherein said maximum gain limit is derived from the estimate of said first and second acoustic feedback signals and said mixing ratio; and an output transducer for converting said hearing loss compensation signal into an acoustic output.
A polymeric opal comprising a polymer and an additive, wherein the additive comprises a two-dimensional material and/or a carbon nanotube and the weight ratio of the polymer to the additive is between 100:0.001 and 100:0.1.
WC attachment having - a shower device, and - a water safeguard, which is line-connected to the shower device, - a channel for discharging leakage from the water safeguard, and having - a base plate, on which the shower device, the water safeguard and the channel are arranged, - wherein the base plate has an outlet in which the channel opens out - and wherein the channel is formed integrally with the base plate. - a shower device, and - a water safeguard, which is line-connected to the shower device, - a channel for discharging leakage from the water safeguard, and having - a base plate, on which the shower device, the water safeguard and the channel are arranged, - wherein the base plate has an outlet in which the channel opens out - and wherein the channel is formed integrally with the base plate.
A method for triggering upon signal events in a frequency domain test and measurement device, comprising: repeatedly sampling a time-varying signal; generating, over time, a plurality of digital frequency domain spectrums based on sampling of the time-varying signal; repeatedly updating a frequency domain bitmap for the time-varying signal by sequentially applying the digital frequency domain spectrums to a data store containing the frequency domain bitmap by increasing hit counts for cells of the frequency domain bitmap when the digital frequency domain spectrums include components corresponding to the cells of the frequency domain bitmap; wherein the frequency domain bitmap is a bitmap structure in which quantized amplitude or power level information is expressed as a function of frequency in a grid of cells created by dividing a spectrum graph into rows representing trace amplitude or power values and columns for points or ranges on the frequency axis; characterized in that the method further comprises: selecting a portion of the frequency domain bitmap; determining a signal occupancy within the portion of the frequency domain bitmap based on hit counts of cells within the selected portion of the frequency domain bitmap; and triggering a capture of the time-varying signal in response to the signal occupancy determined for the portion of the frequency domain bitmap. repeatedly sampling a time-varying signal; generating, over time, a plurality of digital frequency domain spectrums based on sampling of the time-varying signal; repeatedly updating a frequency domain bitmap for the time-varying signal by sequentially applying the digital frequency domain spectrums to a data store containing the frequency domain bitmap by increasing hit counts for cells of the frequency domain bitmap when the digital frequency domain spectrums include components corresponding to the cells of the frequency domain bitmap; wherein the frequency domain bitmap is a bitmap structure in which quantized amplitude or power level information is expressed as a function of frequency in a grid of cells created by dividing a spectrum graph into rows representing trace amplitude or power values and columns for points or ranges on the frequency axis; characterized in that the method further comprises: selecting a portion of the frequency domain bitmap; determining a signal occupancy within the portion of the frequency domain bitmap based on hit counts of cells within the selected portion of the frequency domain bitmap; and triggering a capture of the time-varying signal in response to the signal occupancy determined for the portion of the frequency domain bitmap. selecting a portion of the frequency domain bitmap; determining a signal occupancy within the portion of the frequency domain bitmap based on hit counts of cells within the selected portion of the frequency domain bitmap; and triggering a capture of the time-varying signal in response to the signal occupancy determined for the portion of the frequency domain bitmap.
A glass article comprising an alkali-alkaline-alumino-silicate composition, wherein the alkali-alkaline-alumino-silicate composition comprises: 47 mol% to 55 mol% SiO 2; 5 mol% to 11 mol% Al 2 O 3; 12 mol% to 18 mol% Na 2 O; 5 mol% to 11 mol% K 2 O; 13 mol% to 21 mol% CaO; and 0 mol% to 0.4 mol% MgO; wherein the glass article has a coefficient of thermal expansion in a range from 110 x 10 -7 /°C to 130 x 10 -7 /°C over a temperature range of 0-300°C. wherein the alkali-alkaline-alumino-silicate composition comprises: 47 mol% to 55 mol% SiO 2; 5 mol% to 11 mol% Al 2 O 3; 12 mol% to 18 mol% Na 2 O; 5 mol% to 11 mol% K 2 O; 13 mol% to 21 mol% CaO; and 0 mol% to 0.4 mol% MgO; 47 mol% to 55 mol% SiO 2; 5 mol% to 11 mol% Al 2 O 3; 12 mol% to 18 mol% Na 2 O; 5 mol% to 11 mol% K 2 O; 13 mol% to 21 mol% CaO; and 0 mol% to 0.4 mol% MgO; wherein the glass article has a coefficient of thermal expansion in a range from 110 x 10 -7 /°C to 130 x 10 -7 /°C over a temperature range of 0-300°C.
A method for system information transmission, comprising: determining, by a base Station, ST, at least one of at least two radio configuration parameter sets as at least one first radio configuration parameter set for transmitting first system information during a first time period; and sending, by the base ST, the first system information during the first time period via at least one first frequency-domain resource based on the at least one first radio configuration parameter set of the at least two radio configuration parameter sets, the at least one first frequency-domain resource and the at least one first radio configuration parameter set having one-to-one correspondences during the first time period, and any two frequency-domain resources of the at least one first frequency-domain resource corresponding to different frequencies; the at least two radio configuration parameter sets being acquired by the base ST, each of the at least two radio configuration parameter sets comprising a subcarrier spacing, a value of a subcarrier spacing of one of the at least two radio configuration parameter sets being different from a value of a subcarrier spacing of another of the at least two radio configuration parameter sets. determining, by a base Station, ST, at least one of at least two radio configuration parameter sets as at least one first radio configuration parameter set for transmitting first system information during a first time period; and sending, by the base ST, the first system information during the first time period via at least one first frequency-domain resource based on the at least one first radio configuration parameter set of the at least two radio configuration parameter sets, the at least one first frequency-domain resource and the at least one first radio configuration parameter set having one-to-one correspondences during the first time period, and any two frequency-domain resources of the at least one first frequency-domain resource corresponding to different frequencies; the at least two radio configuration parameter sets being acquired by the base ST, each of the at least two radio configuration parameter sets comprising a subcarrier spacing, a value of a subcarrier spacing of one of the at least two radio configuration parameter sets being different from a value of a subcarrier spacing of another of the at least two radio configuration parameter sets.