mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: (a) a plurality of sensors (1,2,...n), each comprising an acoustic sensor and electronics for digitizing an output of the acoustic sensor in accordance with a master clock that develops clock cycles; (b) a fiber further comprising a plurality of Fiber Bragg Gratings, i.e. FBGs, (204, 205) along its length, wherein each of said plurality of FBGs (204, 205) is operatively coupled to a corresponding sensor of the plurality of sensors (1,2,...n) and each FBG (204, 504) having a Bragg wavelength that is shifted slightly by stretching at a location of the fiber in the vicinity of the FBG (204, 504); (c) a plurality of piezoelectric actuators each associated with a corresponding FBG of the plurality of FBGs (204, 504) for straining the corresponding FBG according to a digitized output of the electronics of the sensor (1, 2,...n) operatively coupled to the FBG (205, 504); and (d) a swept wavelength interrogator coupled to an end of the fiber for sending a plurality of wavelengths into the fiber and receiving reflected wavelengths from the plurality of FBGs (204, 504) in accordance with the master clock during a particular clock cycle and developing data bits representing the Bragg wavelengths of the plurality of FBGs (204, 504) during the particular clock cycle. (a) a plurality of sensors (1,2,...n), each comprising an acoustic sensor and electronics for digitizing an output of the acoustic sensor in accordance with a master clock that develops clock cycles; (b) a fiber further comprising a plurality of Fiber Bragg Gratings, i.e. FBGs, (204, 205) along its length, wherein each of said plurality of FBGs (204, 205) is operatively coupled to a corresponding sensor of the plurality of sensors (1,2,...n) and each FBG (204, 504) having a Bragg wavelength that is shifted slightly by stretching at a location of the fiber in the vicinity of the FBG (204, 504); (c) a plurality of piezoelectric actuators each associated with a corresponding FBG of the plurality of FBGs (204, 504) for straining the corresponding FBG according to a digitized output of the electronics of the sensor (1, 2,...n) operatively coupled to the FBG (205, 504); and (d) a swept wavelength interrogator coupled to an end of the fiber for sending a plurality of wavelengths into the fiber and receiving reflected wavelengths from the plurality of FBGs (204, 504) in accordance with the master clock during a particular clock cycle and developing data bits representing the Bragg wavelengths of the plurality of FBGs (204, 504) during the particular clock cycle.
A Biological Control Agent system comprising processed parasitized mealybug mummies; wherein said processed parasitized mealybug mummies are essentially devoid of their limbs and waxy covering.
A short-circuit unit, comprising: a plurality of signal lines, which are divided into a plurality of groups, each group comprising multiple signal lines, and the multiple signal lines in a same group are not adjacent to each other; and a plurality of short-circuit lines, wherein each group of the signal lines corresponds to one short-circuit line, and said short-circuit line electrically connects all of the signal lines in the group of the signal lines corresponding to said short-circuit line, the plurality of short-circuit lines are disposed in different layers, and the short-circuit lines in different layers are insulated from each other, and the plurality of short-circuit lines comprise a plurality of first short-circuit lines and a plurality of second short-circuit lines, the plurality of first short-circuit lines are disposed in one layer, and the plurality of second short-circuit lines are disposed in a layer different from the layer of the plurality of first short-circuit lines, wherein the first short-circuit lines and the second short-circuit lines extend in a same direction, and the orthogonal projection of the second short-circuit lines on the layer where the first short-circuit lines are located overlaps at least a part of the first short-circuit lines. a plurality of signal lines, which are divided into a plurality of groups, each group comprising multiple signal lines, and the multiple signal lines in a same group are not adjacent to each other; and a plurality of short-circuit lines, wherein each group of the signal lines corresponds to one short-circuit line, and said short-circuit line electrically connects all of the signal lines in the group of the signal lines corresponding to said short-circuit line, the plurality of short-circuit lines are disposed in different layers, and the short-circuit lines in different layers are insulated from each other, and the plurality of short-circuit lines comprise a plurality of first short-circuit lines and a plurality of second short-circuit lines, the plurality of first short-circuit lines are disposed in one layer, and the plurality of second short-circuit lines are disposed in a layer different from the layer of the plurality of first short-circuit lines, wherein the first short-circuit lines and the second short-circuit lines extend in a same direction, and the orthogonal projection of the second short-circuit lines on the layer where the first short-circuit lines are located overlaps at least a part of the first short-circuit lines.
System for authenticating a user, having a removable storage medium having at least one memory area which stores identifying data for identifying the removable storage medium, this memory area or a further memory area of the removable storage medium storing data relating to a digital certificate, and having a data processing system to which the removable storage medium is connected via a data transmission connection, characterized in that the identifying data and the data relating to the digital certificate are transmitted from the removable storage medium to the data processing system, and in that the data processing system processes the identifying data and the data relating to the digital certificate and authenticates the user, in that data can be transmitted from the data processing system to the removable storage medium and/or further data can be transmitted from the removable storage medium to the data processing system only after successful authentication of the user, and in that the certificate is used to certify a public key of an asymmetrical key pair belonging to the user, which public key is used to encrypt data which can be decrypted using the private key of the key pair, data being transmitted from the data processing system to the removable storage medium in encrypted form with the aid of the certified public key.
Connector assembly comprising a first connector having a first casing and at least one pair of first terminals, and a second connector having a second casing and at least one pair of second terminals, the first and second connectors (10, 12) being adapted to mate and unmate along a mating axis (X-X) to connect the first and second terminals together, wherein the second casing includes a sealing system (28, 30, 32) having a frontward portion and a rearward portion, wherein - the first connector comprises at least one pair of first power terminals and the second connector comprises at least one pair of second power terminals, in that - the first connector comprises a socket surrounding each first terminal and the second connector comprises a sleeve surrounding each second terminal, each socket being adapted to receive a sleeve when the first and second connectors (10, 12) mate, the first casing comprising the cylindrical socket, the second casing comprising a rear housing from which the sleeve projects forwardly along the mating axis (X-X), and in that - in the mated position of the first and the second connectors (10, 12)) the frontward portion surrounds each cylindrical sleeve to provide a sealing between each socket and each sleeve and the rearward portion surrounds the rear housing of the second casing to provide a sealing between the housing of the first casing and the rear housing of the second casing, - Characterized in - that an opening is provided on a flat area of the sealing system between the two frontward portions and and a polarization lug is provided on the second casing extending along the mating axis (X-X) between the first and second cylindrical sleeves (24A, 24B), wherein the polarization lug extends through the opening. - the first connector comprises at least one pair of first power terminals and the second connector comprises at least one pair of second power terminals, in that - the first connector comprises a socket surrounding each first terminal and the second connector comprises a sleeve surrounding each second terminal, each socket being adapted to receive a sleeve when the first and second connectors (10, 12) mate, the first casing comprising the cylindrical socket, the second casing comprising a rear housing from which the sleeve projects forwardly along the mating axis (X-X), and in that - in the mated position of the first and the second connectors (10, 12)) the frontward portion surrounds each cylindrical sleeve to provide a sealing between each socket and each sleeve and the rearward portion surrounds the rear housing of the second casing to provide a sealing between the housing of the first casing and the rear housing of the second casing, - Characterized in - that an opening is provided on a flat area of the sealing system between the two frontward portions and and a polarization lug is provided on the second casing extending along the mating axis (X-X) between the first and second cylindrical sleeves (24A, 24B), wherein the polarization lug extends through the opening.
A modular wireless communications station, comprising: a. a standard antenna interface, having an antenna mount for a wireless communications antenna and a radio head mount having a linear guided support structure; b. the wireless communications antenna, having a bracket configured to engage the antenna mount and an RF interconnection module, the wireless communications antenna being mounted on the antenna mount; c. a remote radio head having an RF connector configured to engage the RF interconnection module of the wireless communications antenna; characterized in that the linear guided support structure comprises a track, and the remote radio head comprises a roller trolley (32, 34) configured to engage the track of the linear guided support structure. a. a standard antenna interface, having an antenna mount for a wireless communications antenna and a radio head mount having a linear guided support structure; b. the wireless communications antenna, having a bracket configured to engage the antenna mount and an RF interconnection module, the wireless communications antenna being mounted on the antenna mount; c. a remote radio head having an RF connector configured to engage the RF interconnection module of the wireless communications antenna; characterized in that the linear guided support structure comprises a track, and the remote radio head comprises a roller trolley (32, 34) configured to engage the track of the linear guided support structure.
A rail vehicle having a cladding arrangement for cladding an interior in the region of a functional device, having a first cladding element, fastening means for fastening the first cladding element to a bodyshell structure and a recess in the first cladding element for the passage of the functional device, a second cladding element having a recess for receiving the functional device being provided, wherein the second cladding element is designed to overlap the recess in the first cladding element at the edge in the mounted state of the cladding arrangement, characterized in that the second cladding element is arranged between a body shell structure of the vehicle body and the first cladding element when the cladding arrangement is mounted, wherein the functional device is a lighting device, a spray device or a sound device.
A scale having a plurality of patterns so as to spatially modulate an energy distribution, the scale comprising: a first pattern having a first modulation period (P1, PΘ1) in a moving direction; and a second pattern (24, 29) having a second modulation period (P2, PΘ2) different from the first modulation period in the moving direction, wherein the second pattern comprises a first region (24-1, 24D-1, 24E-1) extending in the moving direction and a second region (24-2, 24D-2, 24E-2) extending in the moving direction, the first region having a first phase, and the second region having a second phase, wherein the first region and the second region are arranged parallel to the first pattern, and the first region and the second region are arrayed relative to each other in a direction perpendicular to the moving direction, wherein the first phase is different from the second phase, characterized in that in the direction perpendicular to the moving direction, the first pattern is arranged between the first region and the second region. a first pattern having a first modulation period (P1, PΘ1) in a moving direction; and a second pattern (24, 29) having a second modulation period (P2, PΘ2) different from the first modulation period in the moving direction, wherein the second pattern comprises a first region (24-1, 24D-1, 24E-1) extending in the moving direction and a second region (24-2, 24D-2, 24E-2) extending in the moving direction, the first region having a first phase, and the second region having a second phase, wherein the first region and the second region are arranged parallel to the first pattern, and the first region and the second region are arrayed relative to each other in a direction perpendicular to the moving direction, wherein
A method for detecting vibrational and/or acoustic transfers in a mechanical system including a plurality of mechanically interacting elements, the method comprising: a) while operating the mechanical system according to an operating pattern, acquiring, at each of a plurality of input points of the mechanical system, an input signal (ei) indicative of a mechanical load acting on the input point (one of 61-64) during operation, and acquiring, at a response point of the mechanical system, a response signal (r) indicative of a mechanical response of the mechanical system at the response point; b) training a neural network device using the input signals (ei) acquired at the plurality of input points as training input data and using the response signal (r) acquired at the response point as training output data; and for each of the plurality of input points: c) providing only the input signal (ei) acquired at the respective input point (one of 61-64) as input data to the trained neural network device; and d) obtaining, as output data from the trained neural network device in response to only the input signal (ei) acquired at the respective input point (one of 61-64) being provided thereto, a contribution signal (ci) indicative of a predicted contribution of the input signal (ei) acquired at the respective input point (one of 61-64) to the response signal (r) acquired at the response point. a) while operating the mechanical system according to an operating pattern, acquiring, at each of a plurality of input points of the mechanical system, an input signal (ei) indicative of a mechanical load acting on the input point (one of 61-64) during operation, and acquiring, at a response point of the mechanical system, a response signal (r) indicative of a mechanical response of the mechanical system at the response point; b) training a neural network device using the input signals (ei) acquired at the plurality of input points as training input data and using the response signal (r) acquired at the response point as training output data; and c) providing only the input signal (ei) acquired at the respective input point (one of 61-64) as input data to the trained neural network device; and d) obtaining, as output data from the trained neural network device in response to only the input signal (ei) acquired at the respective input point (one of 61-64) being provided thereto, a contribution signal (ci) indicative of a predicted contribution of the input signal (ei) acquired at the respective input point (one of 61-64) to the response signal (r) acquired at the response point.
A process for preparing a halogenated butyl polymer having improved curing and/or aging properties, the process comprising the steps of: • contacting a monomer mixture comprising 80 to 99 % by weight C 4 to C 8 monoolefin monomer 0,5 to 5 % by weight C 4 to C 14 multiolefin monomer and 0,5 to 15 % by weight styrenic monomer with a catalyst system to produce a terpolymer; and • halogenating the terpolymer to produce the halogenated butyl polymer. • contacting a monomer mixture comprising 80 to 99 % by weight C 4 to C 8 monoolefin monomer 0,5 to 5 % by weight C 4 to C 14 multiolefin monomer and 0,5 to 15 % by weight styrenic monomer with a catalyst system to produce a terpolymer; and • halogenating the terpolymer to produce the halogenated butyl polymer.
A method for determining the current voltage characteristic of a device, said current voltage characteristic comprising at least one negative resistance region, characterized in that said method comprises the steps of; - triggering said device in the low-impedance state, - while being in said low-impedance state: ∘ applying at least one pulse signal of a predetermined time period to said device, said pulse signal comprising at least two consecutive levels, each level having a predetermined amplitude and a predetermined pulse width, whereby said predetermined amplitudes of said at least two consecutive levels are in a decreasing order, and o measuring, at least at the second level of said two consecutive levels, the current through and the voltage over said device. - triggering said device in the low-impedance state, - while being in said low-impedance state: ∘ applying at least one pulse signal of a predetermined time period to said device, said pulse signal comprising at least two consecutive levels, each level having a predetermined amplitude and a predetermined pulse width, whereby said predetermined amplitudes of said at least two consecutive levels are in a decreasing order, and o measuring, at least at the second level of said two consecutive levels, the current through and the voltage over said device. ∘ applying at least one pulse signal of a predetermined time period to said device, said pulse signal comprising at least two consecutive levels, each level having a predetermined amplitude and a predetermined pulse width, whereby said predetermined amplitudes of said at least two consecutive levels are in a decreasing order, and o measuring, at least at the second level of said two consecutive levels, the current through and the voltage over said device.
Method for applying a film to a printed carrier of plastics material, wherein the carrier is irreversibly coated with the film at least in part, comprising the following method steps: providing the carrier, coating the carrier with a thin layer of a transparent adhesion promoter which cures under the action of electromagnetic waves, bringing the carrier and the film together, and curing the adhesion promoter under the action of electromagnetic waves, in particular under the action of light, characterised in tha t the film is applied to the carrier in regions in or with patterns or with cut-outs. providing the carrier, coating the carrier with a thin layer of a transparent adhesion promoter which cures under the action of electromagnetic waves, bringing the carrier and the film together, and curing the adhesion promoter under the action of electromagnetic waves, in particular under the action of light, characterised in tha t the film is applied to the carrier in regions in or with patterns or with cut-outs.
A voice mailbox notification method executed by a voice mailbox of a user terminal, comprising: determining a scenario for activating a voice mailbox of the user terminal; detecting, when it is determined that the scenario is POWER-OFF or NOT IN SERVICE AREA, whether the user terminal has been powered on or has returned to the service area, and when it is detected that the user terminal has been powered on or has returned to the service area, initiating an outcall notification to the user terminal; initiating, when it is determined that the scenario is BUSY and it is detected that the user terminal is hung up, the outcall notification to the user terminal; and issuing, when it is determined that the scenario is NO ANSWER, a Short Message Service, SMS, notification to the user terminal. determining a scenario for activating a voice mailbox of the user terminal; detecting, when it is determined that the scenario is POWER-OFF or NOT IN SERVICE AREA, whether the user terminal has been powered on or has returned to the service area, and when it is detected that the user terminal has been powered on or has returned to the service area, initiating an outcall notification to the user terminal; initiating, when it is determined that the scenario is BUSY and it is detected that the user terminal is hung up, the outcall notification to the user terminal; and issuing, when it is determined that the scenario is NO ANSWER, a Short Message Service, SMS, notification to the user terminal.
A printing apparatus comprising: a conveying unit configured to convey a print medium; a print head configured to apply a color material on the print medium conveyed by the conveying unit in a predetermined conveying direction; an obtaining unit configured to obtain, in the case where a first surface of the print medium on which a first image is printed comes in contact with the conveying unit, information on a printing condition of the first surface; and a control unit, characterized in that the printing condition is related to a conveying speed of the print medium in the predetermined direction such that it becomes a factor of changing the conveying speed of the print medium in the predetermined direction, the control unit is configured to control timing of applying a color material on a second surface of the print medium that is a surface at the opposite to the first surface according to the changing of the conveying speed of the print medium related to the printing condition indicated by the information obtained by the obtaining unit at the time of printing a second image on the second surface, and the printing condition includes an application amount of the color material to be applied on the first surface for printing the first image. a conveying unit configured to convey a print medium; a print head configured to apply a color material on the print medium conveyed by the conveying unit in a predetermined conveying direction; an obtaining unit configured to obtain, in the case where a first surface of the print medium on which a first image is printed comes in contact with the conveying unit, information on a printing condition of the first surface; and a control unit, characterized in that the printing condition is related to a conveying speed of the print medium in the predetermined direction such that it becomes a factor of changing the conveying speed of the print medium in the predetermined direction, the control unit is configured to control timing of applying a color material on a second surface of the print medium that is a surface at the opposite to the first surface according to the changing of the conveying speed of the print medium related to the printing condition indicated by the information obtained by the obtaining unit at the time of printing a second image on the second surface, and the printing condition includes an application amount of the color material to be applied on the first surface for printing the first image.