mhurhangee/ep-ind-claims huggingface dataset:
A method for issuing an access right to the internet on a mobile terminal device of a user who is in a defined spatial environment, wherein the mobile terminal device is in data transmission communication, via a dedicated WLAN radio connection (7, 8), with an access point to the internet, wherein the dedicated radio connection (7, 8) between the mobile terminal device and the access point is authenticated by an initializing data exchange between the mobile terminal device and an infrared transceiver located in the spatial environment, wherein the initializing data exchange occurs via a bidirectional infrared connection (5, 6) to the infrared transceiver, wherein for authentication purposes, the user transmits a corresponding request via the bidirectional infrared connection (5, 6) to the infrared transceiver with his mobile terminal device and then receives secret keys from the infrared transceiver via the same infrared connection (5, 6), which keys enable an automatic identification of the user, characterized in that the access point is a WLAN router, which generates a plurality of secret keys for different areas and assigns them to one user in a specific area in each case, and that different transmission speeds are allocated to users in different areas.
A notification message receiving apparatus comprising: an internet protocol decoder configured: - to decode an internet protocol packet in accordance with an IP; and an RTP decoder configured: - to decode a real-time protocol packet; - to acquire, from the RTP packet, data of a plurality of notification messages which are delivered with time constraints associated with audio or video streams, characterized in that the RTP packet includes first information describing a notification type of each of the plurality of notification messages and second information indicating that the plurality of notification messages is aggregated within the RTP packet, wherein generic notification message parts of the plurality of notification messages are included in an RTP payload format header in the RTP packet and remaining parts of the plurality of notification messages are included in a payload in the RTP packet; and wherein the RTP payload format header includes action information indicating an action that is to be performed on a current notification message. an internet protocol decoder configured: - to decode an internet protocol packet in accordance with an IP; and - to decode an internet protocol packet in accordance with an IP; and an RTP decoder configured: - to decode a real-time protocol packet; - to acquire, from the RTP packet, data of a plurality of notification messages which are delivered with time constraints associated with audio or video streams, characterized in that the RTP packet includes first information describing a notification type of each of the plurality of notification messages and second information indicating that the plurality of notification messages is aggregated within the RTP packet, wherein generic notification message parts of the plurality of notification messages are included in an RTP payload format header in the RTP packet and remaining parts of the plurality of notification messages are included in a payload in the RTP packet; and wherein the RTP payload format header includes action information indicating an action that is to be performed on a current notification message. - to decode a real-time protocol packet; - to acquire, from the RTP packet, data of a plurality of notification messages which are delivered with time constraints associated with audio or video streams,
A battery module, comprising: a battery pack including a plurality of cells and a plurality of connectors for electrically connecting adjacent cells respectively; a case housing the battery pack; and a sampling unit fixed to the case and including: a BIC module fixed onto the case; a wiring trough fixed onto the case; a signal sampling terminal; and a sampling wire disposed within the wiring trough and having a first end electrically connected to the BIC module and a second end electrically connected to the signal sampling terminal; wherein the wiring trough has a slot for arranging the sampling wire and a lead-out groove for leading out the sampling wire, characterized in that the slot and lead-out groove are formed in each of inner and outer sides of the wiring trough respectively. a battery pack including a plurality of cells and a plurality of connectors for electrically connecting adjacent cells respectively; a case housing the battery pack; and a sampling unit fixed to the case and including: a BIC module fixed onto the case; a wiring trough fixed onto the case; a signal sampling terminal; and a sampling wire disposed within the wiring trough and having a first end electrically connected to the BIC module and a second end electrically connected to the signal sampling terminal; wherein the wiring trough has a slot for arranging the sampling wire and a lead-out groove for leading out the sampling wire, characterized in that the slot and lead-out groove are formed in each of inner and outer sides of the wiring trough respectively. a BIC module fixed onto the case; a wiring trough fixed onto the case; a signal sampling terminal; and a sampling wire disposed within the wiring trough and having a first end electrically connected to the BIC module and a second end electrically connected to the signal sampling terminal; wherein the wiring trough has a slot for arranging the sampling wire and a lead-out groove for leading out the sampling wire, characterized in that the slot and lead-out groove are formed in each of inner and outer sides of the wiring trough respectively.
A locking system with at least one door component having an electronic locking mechanism for selectively locking or unlocking a door, a window or the like, wherein the electronic locking mechanism consists of an actuator, an electronic control unit for controlling the actuator and a reading unit for wireless bidirectional communication with at least one electronic identification medium and which blocks or releases the movement of a driver, which acts on a latch, wherein the door component has a second electronic locking mechanism controllable separately from the one electronic locking mechanism for an access with a second electronic identification medium and in that the two locking mechanisms (7, 10) can each influence the movement of the driver independently from each other, characterized in that the driver is moveable by the second electronic locking mechanism in a locking or unlocking position.
A method for manufacturing a solar cell, comprising: forming a semiconductor layer (302, 502) of a second conductive type in a first surface of a polycrystalline silicon wafer (301, 501) of a first conductive type by means of ion implantation to a predetermined ion implantation depth to form a pn junction in an interface thereof, wherein as a result the semiconductor layer (302, 502) consists in a first region extending from the surface of the polycrystalline silicon wafer (301, 501) to a first depth and having a first ion concentration and a second region extending from the first depth to a second depth exceeding the first depth and having a second ion concentration, the second ion concentration being higher than the first ion concentration; after the step of forming the semiconductor layer (302, 502), texturing the first region of the semiconductor layer (302, 502) using an alkali solution so as to form a plurality of uniform protrusions on the second region, wherein the second region functions as an etch stop layer such that the texturing is conducted only to the first region; forming an antireflection film on the textured semiconductor layer (302, 502); forming a front electrode passing through a partial region of the antireflection film and connect to the second region of the semiconductor layer (302, 502); and forming a rear electrode on a second surface of the polycrystalline silicon wafer opposite the first surface such that the rear electrode is connected to the polycrystalline silicon wafer (301, 501). forming a semiconductor layer (302, 502) of a second conductive type in a first surface of a polycrystalline silicon wafer (301, 501) of a first conductive type by means of ion implantation to a predetermined ion implantation depth to form a pn junction in an interface thereof, wherein as a result the semiconductor layer (302, 502) consists in a first region extending from the surface of the polycrystalline silicon wafer (301, 501) to a first depth and having a first ion concentration and a second region extending from the first depth to a second depth exceeding the first depth and having a second ion concentration, the second ion concentration being higher than the first ion concentration; after the step of forming the semiconductor layer (302, 502), texturing the first region of the semiconductor layer (302, 502) using an alkali solution so as to form a plurality of uniform protrusions on the second region, wherein the second region functions as an etch stop layer such that the texturing is conducted only to the first region; forming an antireflection film on the textured semiconductor layer (302, 502); forming a front electrode passing through a partial region of the antireflection film and connect to the second region of the semiconductor layer (302, 502); and forming a rear electrode on a second surface of the polycrystalline silicon wafer opposite the first surface such that the rear electrode is connected to the polycrystalline silicon wafer (301, 501).
A process for controlling a flow of a cooling fluid (32, 104) through a heat exchanger, the process comprising: passing a cooling fluid (32, 104) from a chilling zone to a reservoir; passing a first portion of the cooling fluid (32, 104) from the reservoir through a heat exchange zone (14a, 14b, 14c, 14d, 114); passing a second portion of the cooling fluid (32, 104) from the reservoir through a bypass line around the heat exchange zone (14a, 14b, 14c, 14d, 114); passing a process fluid through the heat exchange zone (14a, 14b, 14c, 14d, 114) wherein the process fluid is from an ionic liquid alkylation process; absorbing heat from the process fluid with the cooling fluid (32, 104) in the heat exchange zone (14a, 14b, 14c, 14d, 114) to provide a cooled process fluid; and adjusting the second portion of the cooling fluid (32, 104) from the reservoir that flows through the bypass line based upon a temperature of the cooled process fluid. passing a cooling fluid (32, 104) from a chilling zone to a reservoir; passing a first portion of the cooling fluid (32, 104) from the reservoir through a heat exchange zone (14a, 14b, 14c, 14d, 114); passing a second portion of the cooling fluid (32, 104) from the reservoir through a bypass line around the heat exchange zone (14a, 14b, 14c, 14d, 114); passing a process fluid through the heat exchange zone (14a, 14b, 14c, 14d, 114) wherein the process fluid is from an ionic liquid alkylation process; absorbing heat from the process fluid with the cooling fluid (32, 104) in the heat exchange zone (14a, 14b, 14c, 14d, 114) to provide a cooled process fluid; and adjusting the second portion of the cooling fluid (32, 104) from the reservoir that flows through the bypass line based upon a temperature of the cooled process fluid.
An emergency braking method for aircraft, comprising using a progressive parking brake controlled by a lever that can be actuated by the pilot between a "0%" position in which the brakes are connected to the return pressure of the aircraft, and a "100%" position in which the brakes are connected to the feed pressure of the aircraft, the lever being blockable in the 100% position in order to provide parking braking when the aircraft is stationary, the emergency braking method being characterized in that it comprises: - using a valve having an outlet port connected to the brakes, a return port, and a feed port, the valve presenting a rest state in which the outlet port is connected to the return port and an active state in which the outlet port is connected to the feed port; and - controlling the valve to occupy one or the other of those states by pulse width modulation having a duty ratio that is a function of the position of the lever in order to deliver to the brakes with pressure lying in the range return pressure to feed pressure, depending on the position of the lever. - using a valve having an outlet port connected to the brakes, a return port, and a feed port, the valve presenting a rest state in which the outlet port is connected to the return port and an active state in which the outlet port is connected to the feed port; and - controlling the valve to occupy one or the other of those states by pulse width modulation having a duty ratio that is a function of the position of the lever in order to deliver to the brakes with pressure lying in the range return pressure to feed pressure, depending on the position of the lever.
Apparatus for engraving the weakening lines of flexible materials intended to form airbag covers, comprising: a cutting head provided with a cutting edge, a support for the flexible material, the cutting head being movable with respect to the support so as to follow a cutting trajectory for the engraving of said weakening lines on the flexible material being processed, wherein the apparatus comprises at least two proximity sensors integral with the support and arranged along said cutting trajectory, each configured to measure the distance between it and the cutting edge characterized in that said support comprises housing seats recessed with respect to an outer surface for supporting the flexible material on the support, said at least two proximity sensors being mounted in said housing seats and in that the cutting head comprises a feeler device comprising a moveable measurement rod that extends substantially parallel to the cutting edge and allows to take a measurement by means of contact. a cutting head provided with a cutting edge, a support for the flexible material, the cutting head being movable with respect to the support so as to follow a cutting trajectory for the engraving of said weakening lines on the flexible material being processed, wherein the apparatus comprises at least two proximity sensors integral with the support and arranged along said cutting trajectory, each configured to measure the distance between it and the cutting edge characterized in that said support comprises housing seats recessed with respect to an outer surface for supporting the flexible material on the support, said at least two proximity sensors being mounted in said housing seats and in that the cutting head comprises a feeler device comprising a moveable measurement rod that extends substantially parallel to the cutting edge and allows to take a measurement by means of contact.
A high frequency sensor for arc fault detection, comprising: a powdered core bead body having a magnetic permeability, configured to become an inductive impedance in response to current signals with high frequencies in a power wire passing through the bead body and to provide an arc fault tripping indication in response to an occurrence of high frequency current signals in the power wire, the powdered core bead body having a generally cylindrical shape with a centralized circular aperture through the bead body, with a first portion of the power wire passing into a first end of the aperture and through the bead body and a second portion of the power wire passing out of a second end of the aperture; and a high frequency voltage sensor having a first input terminal directly connected to the first portion of the power wire passing into the first end of the aperture through the bead body and a second input terminal directly connected to the second portion of the power wire passing out of the second end of the aperture through the bead body, configured to provide the arc fault tripping indication in response to the occurrence of high frequency current signals in the power wire. a powdered core bead body having a magnetic permeability, configured to become an inductive impedance in response to current signals with high frequencies in a power wire passing through the bead body and to provide an arc fault tripping indication in response to an occurrence of high frequency current signals in the power wire, the powdered core bead body having a generally cylindrical shape with a centralized circular aperture through the bead body, with a first portion of the power wire passing into a first end of the aperture and through the bead body and a second portion of the power wire passing out of a second end of the aperture; and a high frequency voltage sensor having a first input terminal directly connected to the first portion of the power wire passing into the first end of the aperture through the bead body and a second input terminal directly connected to the second portion of the power wire passing out of the second end of the aperture through the bead body, configured to provide the arc fault tripping indication in response to the occurrence of high frequency current signals in the power wire.
A method for compensating for power amplifier circuit non-linearity in a beam-forming communication transmitter having two or more power amplifier circuits (116A...116M) configured to be coupled to respective antennas (118A...118M) of an antenna array, the method comprising: digitally applying a non-linear pre-distortion signal to a signal (w) to be transmitted to provide a digitally pre-distorted transmission signal (x); and applying respective beam-forming weighting factors (Am, ∅ m) to the digitally pre-distorted transmission signal to provide input transmission signals (x 1, x M) for respective ones of the two or more power amplifier circuits, the beam-forming weighting factors corresponding to respective ones of the two or more power amplifier circuits; characterized in that the pre-distortion signal is established at least in part using an estimated representation of a transmitted beam formed by spatially aggregating transmitted outputs from the two or more power amplifier circuits. digitally applying a non-linear pre-distortion signal to a signal (w) to be transmitted to provide a digitally pre-distorted transmission signal (x); and applying respective beam-forming weighting factors (Am, ∅ m) to the digitally pre-distorted transmission signal to provide input transmission signals (x 1, x M) for respective ones of the two or more power amplifier circuits, the beam-forming weighting factors corresponding to respective ones of the two or more power amplifier circuits; characterized in that the pre-distortion signal is established at least in part using an estimated representation of a transmitted beam formed by spatially aggregating transmitted outputs from the two or more power amplifier circuits.
A humanized 1B7 antibody that binds a pertussis toxin protein, comprising an immunoglobulin heavy chain variable region and an immunoglobulin light chain variable region, wherein the immunoglobulin heavy chain variable region comprises an amino acid sequence of SEQ ID NO: 3; and the immunoglobulin light chain variable region comprises an amino acid sequence of SEQ ID NO: 11.
A device for the microscopic examination of an object, with an illumination system that is configured to generate a first illumination light beam and a second illumination light beam and in an illuminated object non-linear Raman effects, a first circular polarization filter that circularly polarizes the first illumination light beam, a second polarization filter that linearly p-polarizes the second illumination light beam, a modulator for modulating the polarized second illumination light beam, an excitation optical system that directs the two illumination light beams (21, 31) onto the object, a detection optical system, a first wavelength-selective element, a third polarization filter and at least two detectors (56, 70, 76), wherein the detection optical system directs the detection light beams emanating from the object onto the at least two detectors (56, 70, 76), wherein the first wavelength-selective element is configured to deflect a first wavelength range of the detection light beams towards the third polarization filter, wherein the third polarization filter filters out the p-polarized portion of the detection light beams and transmits it to the first detector, the first detector detecting a first non-linear Raman effect and the second detector (70, 76) detecting a second non-linear Raman effect. a first circular polarization filter that circularly polarizes the first illumination light beam, a second polarization filter that linearly p-polarizes the second illumination light beam, a modulator for modulating the polarized second illumination light beam, an excitation optical system that directs the two illumination light beams (21, 31) onto the object, a detection optical system, a first wavelength-selective element, a third polarization filter and at least two detectors (56, 70, 76), wherein the detection optical system directs the detection light beams emanating from the object onto the at least two detectors (56, 70, 76), wherein the first wavelength-selective element is configured to deflect a first wavelength range of the detection light beams towards the third polarization filter, wherein the third polarization filter filters out the p-polarized portion of the detection light beams and transmits it to the first detector, the first detector detecting a first non-linear Raman effect and the second detector (70, 76) detecting a second non-linear Raman effect.
A composition for use in preventing, improving or treating a bone loss-related disease, comprising cyclo(his-pro) or a pharmaceutically acceptable salt thereof; and parathyroid hormone.