mhurhangee/ep-ind-claims huggingface dataset:
A display device for fare collection having integrated barcode scanning comprising: a display configured to display dynamic messages; a first glass layer displaced from the display; a transreflective glass layer positioned between the first glass layer and the display, and displaced from the first glass layer; a scanner positioned such that it: emits light rays reflected by the transreflective glass layer through the first glass layer; and detects light rays reflected by the transreflective glass layer from the first class layer; and a processor capable of decoding a barcode scanned by the scanner to determine a proper fare. a display configured to display dynamic messages; a first glass layer displaced from the display; a transreflective glass layer positioned between the first glass layer and the display, and displaced from the first glass layer; a scanner positioned such that it: emits light rays reflected by the transreflective glass layer through the first glass layer; and detects light rays reflected by the transreflective glass layer from the first class layer; and emits light rays reflected by the transreflective glass layer through the first glass layer; and detects light rays reflected by the transreflective glass layer from the first class layer; and a processor capable of decoding a barcode scanned by the scanner to determine a proper fare.
A method for controlling transmission power of a mobile terminal, the method comprising: acquiring, by a base station from a buffer module, a Transport Format Combination Indicator, TFCI and Transport Format Combination, TFC, of a data frame transmitted in a previous Transmission Time Interval, TTI, by the mobile terminal, and judging whether the data frame is a speech frame according to the acquired TFCI and TFC; if the data frame is a speech frame, determining, by the base station, that a data frame transmitted in a current TTI by the mobile terminal is a valid data frame; and decoding the determined valid data frame; wherein the step of decoding the determined valid data frame comprises: in case of correct decoding, sending, by the base station, a control instruction of reducing transmission power to the mobile terminal, and sending a control instruction of increasing the transmission power to the mobile terminal before the current TTI ends. acquiring, by a base station from a buffer module, a Transport Format Combination Indicator, TFCI and Transport Format Combination, TFC, of a data frame transmitted in a previous Transmission Time Interval, TTI, by the mobile terminal, and judging whether the data frame is a speech frame according to the acquired TFCI and TFC; if the data frame is a speech frame, determining, by the base station, that a data frame transmitted in a current TTI by the mobile terminal is a valid data frame; and decoding the determined valid data frame; wherein the step of decoding the determined valid data frame comprises: in case of correct decoding, sending, by the base station, a control instruction of reducing transmission power to the mobile terminal, and sending a control instruction of increasing the transmission power to the mobile terminal before the current TTI ends.
A furniture drive for moving a moveably mounted furniture part relative to a furniture body, comprising: - a drive unit for mounting to or in the furniture body, - at least one moveably mounted actuating portion for moving the moveable furniture part, characterised in that provided at the drive unit is at least one mounting abutment which can be applied to the furniture body, wherein the mounting abutment is mounted limitedly moveably between a first position and a second position, wherein the mounting abutment in the first position is at least partially received in a recess of the furniture drive and in the second position projects transversely from the drive unit so that the mounting abutment can be applied to an end of the furniture body. - a drive unit for mounting to or in the furniture body, - at least one moveably mounted actuating portion for moving the moveable furniture part,
A prosthetic heart valve comprising a composite material comprised in a leaflet (140; 400; 600) comprising fibers embedded in a polymer matrix, wherein the leaflet (140; 400; 600) comprises a belly region having a bottom edge, a first side edge, a second side edge, and a free edge, the leaflet further comprising two sleeve portions that extend outwardly from the belly portion, wherein the fibers include radially-directed fibers that extend from the free edge to the bottom edge and at least one curvilinear fiber that begins at one side edge of the leaflet belly region and ends at an opposite side edge extending along a U-shape contour therebetween, characterized in that the fibers further include circumferentially-directed fibers that extend from one side edge to the opposite side edge of the sleeve portions and in that each of the fibers has a plurality of undulations..
A receiver circuit comprising: a first-input-terminal configured to receive an analogue-input-signal, which is representative of audio-data; a second-input-terminal configured to receive a digital-input-signal, which is representative of the same audio-data as the analogue-input-signal; a noise-estimator (110; 210) configured to determine a noise-signal that is representative of a difference between the analogue-input-signal and the digital-input-signal, wherein the noise-estimator includes a control-input-terminal that is configured to receive a control-signal, and wherein the noise-estimator is configured to update the noise-signal only when the control-signal has a value that is indicative of the digital-input-signal being valid; and a de-noiser that is configured to determine a de-noised-signal by applying a de-noising algorithm to the analogue-input-signal based on the noise-signal. a first-input-terminal configured to receive an analogue-input-signal, which is representative of audio-data; a second-input-terminal configured to receive a digital-input-signal, which is representative of the same audio-data as the analogue-input-signal; a noise-estimator (110; 210) configured to determine a noise-signal that is representative of a difference between the analogue-input-signal and the digital-input-signal, wherein the noise-estimator includes a control-input-terminal that is configured to receive a control-signal, and wherein the noise-estimator is configured to update the noise-signal only when the control-signal has a value that is indicative of the digital-input-signal being valid; and a de-noiser that is configured to determine a de-noised-signal by applying a de-noising algorithm to the analogue-input-signal based on the noise-signal.
A method for cross-platform application deployment, comprising: receiving, by an upper server from a client, an application deployment request; determining, by the upper server, based on the application deployment request, an application deployment template required for application deployment, wherein the application deployment template conforms to a TOSCA template format, the application deployment template further comprises information about a target platform and application deployment information for application deployment on the target platform, and the target platform is a platform of a type other than a TOSCA platform; sending, by the upper server, the application deployment information to the target platform based on the information about the target platform in the application deployment template; and obtaining values of configuration parameters required for application deployment on the target platform, and sending, by the upper server, the values of the configuration parameters to the target platform. receiving, by an upper server from a client, an application deployment request; determining, by the upper server, based on the application deployment request, an application deployment template required for application deployment, wherein the application deployment template conforms to a TOSCA template format, the application deployment template further comprises information about a target platform and application deployment information for application deployment on the target platform, and the target platform is a platform of a type other than a TOSCA platform; wherein the application deployment template conforms to a TOSCA template format, the application deployment template further comprises information about a target platform and application deployment information for application deployment on the target platform, and the target platform is a platform of a type other than a TOSCA platform; sending, by the upper server, the application deployment information to the target platform based on the information about the target platform in the application deployment template; and obtaining values of configuration parameters required for application deployment on the target platform, and sending, by the upper server, the values of the configuration parameters to the target platform.
A method of processing turbine airfoils, comprising: depositing a protective coating on first and second turbine airfoils; and bonding the first and second turbine airfoils together after depositing the protective coating such that there is an open throat between the first and second turbine airfoils, and at least a portion of surfaces in the open throat are coated with the protective coating, characterised by further comprising mechanically separating the first and second turbine airfoils prior to depositing the protective coating. depositing a protective coating on first and second turbine airfoils; and bonding the first and second turbine airfoils together after depositing the protective coating such that there is an open throat between the first and second turbine airfoils, and at least a portion of surfaces in the open throat are coated with the protective coating, characterised by further comprising mechanically separating the first and second turbine airfoils prior to depositing the protective coating.
A covering element for an alternator pole, comprising a body of the covering element which is provided with a first portion adapted to be fitted on the pole of the alternator and a second portion adapted to be fitted on a cable that is connected to said alternator pole, wherein said first portion of the body which is adapted to be fitted on the alternator pole is provided with a plurality of coupling teeth which are adapted to allow coupling to a coupling flange of said alternator pole, at least one of said teeth being elastically yielding so as to allow the coupling of said covering element to different diameters of the coupling flange, characterized in that said first portion of the body of the covering element which is adapted to be fitted on said alternator pole is provided internally with centering teeth which are adapted to allow the centering of said pole with respect to said first portion of the covering element.
A transmitter circuit for use in a source synchronous type interface, comprising: a first flip-flop having a data input configured to receive serial data (Data), a clock input configured to receive a source clock (SRCCLK) and a data output coupled to a data line; a first multiplexer having a first input configured to receive the source clock (SRCCLK), a second input configured to receive a phase shifted clock (PHSCLK), wherein the phase shifted clock (PHSCLK) is shifted by ninety degrees from the source clock (SRCCLK), and a clock output coupled to a clock line; and a control circuit configured (dly_sel) to control selection by the first multiplexer of the source clock (SRCCLK) as a transmit clock (TXCLK) sent over the clock line for a delay on clock at destination configuration, and control selection by the first multiplexer of the phase shifted clock (PHSCLK) as the transmit clock (TXCLK) sent over the clock line for a delay on clock at source configuration. a first flip-flop having a data input configured to receive serial data (Data), a clock input configured to receive a source clock (SRCCLK) and a data output coupled to a data line; a first multiplexer having a first input configured to receive the source clock (SRCCLK), a second input configured to receive a phase shifted clock (PHSCLK), wherein the phase shifted clock (PHSCLK) is shifted by ninety degrees from the source clock (SRCCLK), and a clock output coupled to a clock line; and a control circuit configured (dly_sel) to control selection by the first multiplexer of the source clock (SRCCLK) as a transmit clock (TXCLK) sent over the clock line for a delay on clock at destination configuration, and control selection by the first multiplexer of the phase shifted clock (PHSCLK) as the transmit clock (TXCLK) sent over the clock line for a delay on clock at source configuration.
A fastening device for a tarpaulin superstructure of a utility vehicle, wherein the fastening device comprises a staple band with a plurality of staples which project out of the staple band, characterized by at least one support and at least one motion element connecting the support to the staple band for pivoting the staple band from a closure position, in which the staple band lies against the support or is at least in portions in alignment with the support, into a loading position, in which the staple band is swivelled out relative to the support.
A process for providing a compound of formula: wherein R 1 and R 2 are each independently C 1 -C 4 alkyl, the process comprising the steps of: (i) reacting a compound of formula wherein R 1 is defined as above, in the presence of a chlorination agent to obtain a compound of formula wherein R 1 is defined as above, and (ii) reacting the compound of formula to obtain the compound of formula. (i) reacting a compound of formula wherein R 1 is defined as above, in the presence of a chlorination agent to obtain a compound of formula wherein R 1 is defined as above, and (ii) reacting the compound of formula to obtain the compound of formula.
Vibrating machine comprising a first machine part that vibrates in operation; a second machine part connected to an installation area of the vibrating machine; and a vibratory drive, wherein a resilient bearing system is arranged between the machine parts (21, 22) and has one or more air springs per support point and one or more compressed air reservoirs fluidically connected to the air spring, and wherein a throttle is switched in between the air spring and the compressed air reservoir, characterized in that the bearing system with the first vibratory machine part has a resonant or natural frequency (f R) lower than an operating frequency (f B) of the vibrating machine; that the bearing system has a frequency-dependent lower stiffness level with high damping at low frequencies, an upper stiffness level with low damping at higher frequencies, and a transition zone lying in between at a transitional frequency (f Ü); and that the/each throttle is dimensioned in such a way that the transitional frequency (f Ü) is close to, preferably slightly above the resonant or natural frequency (f R).
A method of extracted ion current mass spectrometry, comprising: acquiring a plurality of mass spectra of a material over a period of time; selecting a first extracted ion current mass window and calculating from the plurality of mass spectra a first intensity as a function of time for an ion using the first extracted ion current mass window; selecting a second extracted ion current mass window and calculating from the plurality of mass spectra a second intensity as a function of time for the ion using the second extracted ion current mass window, wherein the first extracted ion current mass window comprises a first center position, the second extracted ion current mass window comprises a second center position, comparing a first signal-to-noise ratio of the first intensity with a second signal-to-noise ratio of the second intensity and if the second signal-to-noise ratio is greater than the first signal-to-noise ratio, using the second intensity for the measurement, characterized in that the first center position is not equal to the second center position. acquiring a plurality of mass spectra of a material over a period of time; selecting a first extracted ion current mass window and calculating from the plurality of mass spectra a first intensity as a function of time for an ion using the first extracted ion current mass window; selecting a second extracted ion current mass window and calculating from the plurality of mass spectra a second intensity as a function of time for the ion using the second extracted ion current mass window, wherein the first extracted ion current mass window comprises a first center position, the second extracted ion current mass window comprises a second center position, comparing a first signal-to-noise ratio of the first intensity with a second signal-to-noise ratio of the second intensity and if the second signal-to-noise ratio is greater than the first signal-to-noise ratio, using the second intensity for the measurement, characterized in that the first center position is not equal to the second center position.
Arrangement for operating an exhaust gas aftertreatment device of a motor vehicle, having a plurality of active sensors and a control module, which comprises at least one voltage supply unit, to which the sensors are operatively connected, characterized in that the voltage supply unit comprises at least two supply banks that can be switched independently of one another, and the sensors, grouped according to their function, are each assigned to one of the supply banks, that a group of at least one sensor relates to the metering of exhaust gas aftertreatment agent, wherein the sensor is assigned to an injection valve for exhaust gas aftertreatment agent, that a further group of at least one sensor (7, 8) is assigned to a feed module for the exhaust gas aftertreatment agent, wherein a sensor is assigned to a feed pump and registers the pressure of the delivered exhaust gas aftertreatment agent produced by the feed pump, and wherein a sensor is embodied as a temperature sensor and registers the temperature of the exhaust gas aftertreatment agent to be fed.
A computer program, stored in a computer readable storage medium, instructing hardware to: obtain capability information sent by a home evolved Node B, HeNB, when no home access gateway exists between a UE and a mobility management network element, MMNE, wherein the capability information comprises information about a capability of HeNB communicating through a Gi/SGi interface;, and if it is determined that the HeNB is capable of communicating through the Gi/SGi interface according to the capability information, send a message to the HeNB, the message is used to select the HeNB to access a packet data network, PDN, through the Gi/SGi interface on the HeNB. obtain capability information sent by a home evolved Node B, HeNB, when no home access gateway exists between a UE and a mobility management network element, MMNE, wherein the capability information comprises information about a capability of HeNB communicating through a Gi/SGi interface;, and if it is determined that the HeNB is capable of communicating through the Gi/SGi interface according to the capability information, send a message to the HeNB, the message is used to select the HeNB to access a packet data network, PDN, through the Gi/SGi interface on the HeNB.
An aircraft fairing, comprising: a fairing body having an exterior fairing wall and at least one wheel bin, the at least one wheel bin having a side wall extending from an opening in the exterior fairing wall to an end wall, the side wall and the end wall defining a cavity of the at least one wheel bin in fluid communication with the opening in the exterior fairing wall; characterized in that the aircraft fairing comprises an acoustic resonator mounted to an outer surface of the side wall of the at least one wheel bin and in fluid communication with the cavity, the acoustic resonator having a resonant frequency substantially similar to a cavity modal frequency of the at least one wheel bin at an aircraft flight condition.
A roll holder for a label roll, in particular for a label printer for a packaging machine for wrapping products with a packaging film, having a horizontally arranged, fixed-position holding mandrel whose one end is fastened to a carrier and whose other end projects in an unsupported manner from the carrier; and having a first roll mount and a second roll mount separate from the first roll mount, with the first roll mount being configured to engage into a first end of the label roll, and with the second roll mount being configured to engage into a second end of the label roll such that the label roll is receivable between the two roll mounts (19, 20), wherein the second roll mount can be pushed onto the holding mandrel from the unsupported end of the holding mandrel, and wherein the first roll mount comprises a first mount section to engage into the first end of the label roll and the second roll mount comprises a second mount section to engage into the second end of the label roll, characterized in that the two mount sections (21, 22) each comprise a plurality of prolongations arranged distributed in the peripheral direction, with the prolongations of the two mount sections (21, 22) being able to engage into one another in a finger-like manner on at least one discrete rotational position of the two mount sections (21, 22) toward one another so that the two mount sections (21, 22) can be pushed into one another. having a horizontally arranged, fixed-position holding mandrel whose one end is fastened to a carrier and whose other end projects in an unsupported manner from the carrier; and having a first roll mount and a second roll mount separate from the first roll mount, with the first roll mount being configured to engage into a first end of the label roll, and with the second roll mount being configured to engage into a second end of the label roll such that the label roll is receivable between the two roll mounts (19, 20), wherein the second roll mount can be pushed onto the holding mandrel from the unsupported end of the holding mandrel, and wherein the first roll mount comprises a first mount section to engage into the first end of the label roll and the second roll mount comprises a second mount section to engage into the second end of the label roll,
A de-registration method for IP multimedia subsystem centralized service, comprising: a Circuit Switched User Equipment, CS UE, moving from a source enhanced Mobile Switch Centre Server, eMSC Server, into the control area of a target Mobile Switch Centre Server, MSC Server; wherein the eMSC is serving as a Session Initiation Protocol, SIP, user agent and realizes conversion between CS signaling and a SIP message and accesses an IP Multimedia Subsystem, IMS, instead of the user, characterized in that, during a location cancelling process in which the CS UE changes the MSC Server to which it is attached, the source eMSC Server starting up delay timing after receiving a location cancelling request sent by a Home Subscriber Server, HSS / a Home Location Register, HLR; when the delay time is reached, the source eMSC Server performing IP Multimedia Subsystem, IMS de-registration instead of the CS UE. a Circuit Switched User Equipment, CS UE, moving from a source enhanced Mobile Switch Centre Server, eMSC Server, into the control area of a target Mobile Switch Centre Server, MSC Server; wherein the eMSC is serving as a Session Initiation Protocol, SIP, user agent and realizes conversion between CS signaling and a SIP message and accesses an IP Multimedia Subsystem, IMS, instead of the user, characterized in that, during a location cancelling process in which the CS UE changes the MSC Server to which it is attached, the source eMSC Server starting up delay timing after receiving a location cancelling request sent by a Home Subscriber Server, HSS / a Home Location Register, HLR; when the delay time is reached, the source eMSC Server performing IP Multimedia Subsystem, IMS de-registration instead of the CS UE.