mhurhangee/patent-ind-claim-en huggingface dataset:
A method of associating a user service, which is accessible by a user of a telephony device via an application on the telephony device , with a telephony identifier, the telephony device being operable in a radio telephony network , RTN, and being contactable via the telephony identifier when operating in the RTN, with an application on the telephony device contactable via an Over-the-Top, OTT, data path between the network equipment and the application on the telephony device , the method being performed by network equipment and comprising: communicating via the OTT data path between the network equipment and the application on the telephony device, first data comprising a communicated token; receiving, from the telephony device, second data comprising a received token, wherein the second data is received from the telephony device via an RTN-native service ; receiving, from a network node in the RTN, the telephony identifier in control signalling associated with the RTN-native service; and based at least on correlating the received token with the communicated token, associating the received telephony identifier with the user service. communicating via the OTT data path between the network equipment and the application on the telephony device, first data comprising a communicated token; receiving, from the telephony device, second data comprising a received token, wherein the second data is received from the telephony device via an RTN-native service ; receiving, from a network node in the RTN, the telephony identifier in control signalling associated with the RTN-native service; and based at least on correlating the received token with the communicated token, associating the received telephony identifier with the user service.
A battery contact module for use in a power tool , which includes a housing and a battery insertable into the housing along a first axis, the battery contact module comprising: a contact block configured to movably connect to the housing; a pair of opposing terminals attached to said contact block and configured to contact the battery, wherein the contact block is configured to move relative to the housing to maintain constant electrical contact pressure between each of said terminals and the battery, characterized in that the contact block includes a pair of opposing locating posts , each extending outwardly from said contact block along a second axis generally transverse to said first axis, and configured to movably, matingly engage with a corresponding receptacle located in the housing. a contact block configured to movably connect to the housing; a pair of opposing terminals attached to said contact block and configured to contact the battery, wherein the contact block is configured to move relative to the housing to maintain constant electrical contact pressure between each of said terminals and the battery, characterized in that the contact block includes a pair of opposing locating posts , each extending outwardly from said contact block along a second axis generally transverse to said first axis, and configured to movably, matingly engage with a corresponding receptacle located in the housing.
A method for commissioning a lighting system, the lighting system comprising a lighting array disposed in a designated area to be illuminated, wherein the lighting array comprises a plurality of luminaires and a plurality of sensors, the method comprising: performing a pre-commissioning step to identify a plurality of luminaire-sensor pairs by pairing an address of each luminaire to an address of each sensor; performing a first commissioning step with human intervention to map locations of at least two but less than all of the luminaire-sensor pairs; and the method characterised by performing an automatic commissioning step to map locations of uncommissioned luminaire-sensor pairs which were not mapped in the first commissioning step, based on a room schematic of the designated area and further based on data corresponding to one of the commissioned luminaire-sensor pairs mapped in the first commissioning step, wherein the automatic commissioning step maps the location of at least one of the uncommissioned luminaire-sensor pair adjacent to or nearby one of the commissioned luminaire-sensor pairs; and wherein the data comprises data signals representing a degree of change of illumination detected by light sensors associated with the at least one of the uncommissioned luminaire-sensor pairs. performing a pre-commissioning step to identify a plurality of luminaire-sensor pairs by pairing an address of each luminaire to an address of each sensor; performing a first commissioning step with human intervention to map locations of at least two but less than all of the luminaire-sensor pairs; and the method characterised by performing an automatic commissioning step to map locations of uncommissioned luminaire-sensor pairs which were not mapped in the first commissioning step, based on a room schematic of the designated area and further based on data corresponding to one of the commissioned luminaire-sensor pairs mapped in the first commissioning step, wherein the automatic commissioning step maps the location of at least one of the uncommissioned luminaire-sensor pair adjacent to or nearby one of the commissioned luminaire-sensor pairs; and wherein the data comprises data signals representing a degree of change of illumination detected by light sensors associated with the at least one of the uncommissioned luminaire-sensor pairs.
A fluidizing plate, comprising a supporting structure and plate segments , the plate segments respectively having openings through which gas flows during operation, characterized in that the plate segments are respectively releasably connected to the supporting structure and two neighboring plate segments respectively overlap and are releasably connected to one another in the region of the overlap .
A mounting assembly for mounting an accessory comprising: a mounting bracket with an aperture arranged to receive a fastener for fastening the mounting bracket to a surface; an elongate hollow member which is releasably securable to the mounting bracket, the mounting bracket and the elongate hollow member having complementary male and female mating formations which are arranged to inhibit rotation of the elongate hollow member relative to the mounting bracket when secured thereto; and a supporting structure configured to be positioned between the mounting bracket and the accessory with, in an assembled condition, the elongate hollow member substantially surrounding the supporting structure, characterised in that the supporting structure includes a projection on the mounting bracket which, in an assembled condition of the assembly, extends into a cavity defined by the hollow member and is configured to engage an internal surface of the elongate hollow member and a cap provided on an open, second end of the elongate hollow member, the cap having an internal portion which extends into the cavity defined by the hollow member and is configured to engage an internal surface of the hollow member, and in that at least two set screws extend through holes in the hollow member on the same side thereof, a first set screw engaging an inclined surface of the projection and the second set screw engaging an oppositely inclined surface of the cap to secure the mounting bracket and cap to the elongate hollow member. a mounting bracket with an aperture arranged to receive a fastener for fastening the mounting bracket to a surface; an elongate hollow member which is releasably securable to the mounting bracket, the mounting bracket and the elongate hollow member having complementary male and female mating formations which are arranged to inhibit rotation of the elongate hollow member relative to the mounting bracket when secured thereto; and a supporting structure configured to be positioned between the mounting bracket and the accessory with, in an assembled condition, the elongate hollow member substantially surrounding the supporting structure, characterised in that the supporting structure includes a projection on the mounting bracket which, in an assembled condition of the assembly, extends into a cavity defined by the hollow member and is configured to engage an internal surface of the elongate hollow member and a cap provided on an open, second end of the elongate hollow member, the cap having an internal portion which extends into the cavity defined by the hollow member and is configured to engage an internal surface of the hollow member, and in that at least two set screws extend through holes in the hollow member on the same side thereof, a first set screw engaging an inclined surface of the projection and the second set screw engaging an oppositely inclined surface of the cap to secure the mounting bracket and cap to the elongate hollow member.
A device for capturing an electric current for a rail vehicle, the capture device including: - a pad intended to come into contact with an electric power rail; - a frame ; - an electrically conductive arm which mechanically and electrically connects the frame to the pad , the arm including a central part coupling the frame to a support portion on which the pad is mounted; characterized in that the capture device includes an apparatus for measuring the mechanical forces exerted on the arm , the measuring apparatus including strain sensors which are integrated on the inside of an electrical isolation structure, such that said strain sensors can be electrically insulated from the arm, the isolation structure including a glue layer deposited on a receiving surface (26; 28; 86) and a ceramic layer covering the glue layer, the strain sensors being arranged on the ceramic layer. - a pad intended to come into contact with an electric power rail; - a frame ; - an electrically conductive arm which mechanically and electrically connects the frame to the pad , the arm including a central part coupling the frame to a support portion on which the pad is mounted;
A computer-implemented method of determining false detection of peaks in a bio-signal, the method comprising: receiving a bio-signal from an ultrasonic sensor ; detecting peaks from the bio-signal; and determining false detection of a peak, among the detected peaks, by using eaeeta time interval between a current peak and an immediately preceding peak, a shape of a waveform on a left region and a right region of the peak, and an occurrence position of the peak, wherein the determining the false detection of the peak comprises, based on an area of the right region of the peak being less than an area of the left region of the peak by a predetermined threshold value or greater, determining the peak as false detection. receiving a bio-signal from an ultrasonic sensor ; detecting peaks from the bio-signal; and determining false detection of a peak, among the detected peaks, by using eaeeta time interval between a current peak and an immediately preceding peak, a shape of a waveform on a left region and a right region of the peak, and an occurrence position of the peak, wherein the determining the false detection of the peak comprises, based on an area of the right region of the peak being less than an area of the left region of the peak by a predetermined threshold value or greater, determining the peak as false detection.
A support device for supporting an elongated medical instrument comprising: a base ; a gripping system for securing the base to a surgical towel; and at least two retaining members (400; 410; 420; 460; 470) disposed on the base and extending upwardly from the base , the retaining members having a slit (411; 421; 441; 451; 461a) configured to support the elongated medical instrument, such that the elongated medical instrument extends through the slit of the retaining members substantially along a first direction, wherein a first of the at least two retaining members is disposed behind a second of the retaining members substantially along the first direction, wherein the slit of at least one of the retaining members (410; 420; 440; 460) comprises a first segment (414; 444; 454), and a second segment (412; 415; 445; 452), wherein the first segment (414; 444; 454) is located below the second segment (412; 415; 445; 456), and wherein the first segment (414; 444; 454) is narrower than the second segment, characterized in that the first segment has a substantially constant width. a base ; a gripping system for securing the base to a surgical towel; and at least two retaining members (400; 410; 420; 460; 470) disposed on the base and extending upwardly from the base , the retaining members having a slit (411; 421; 441; 451; 461a) configured to support the elongated medical instrument, such that the elongated medical instrument extends through the slit of the retaining members substantially along a first direction, wherein a first of the at least two retaining members is disposed behind a second of the retaining members substantially along the first direction, wherein the slit of at least one of the retaining members (410; 420; 440; 460) comprises a first segment (414; 444; 454), and a second segment (412; 415; 445; 452), wherein the first segment (414; 444; 454) is located below the second segment (412; 415; 445; 456), and wherein the first segment (414; 444; 454) is narrower than the second segment, characterized in that the first segment has a substantially constant width.
A planar gasket which is used by being pinched between two members which are superposed with each other, the gasket comprising: a gasket body which is made of a rubber-like elastic material and achieves a seal action; and a carrier formed as a predetermined planar rectangular shape by a metal mold with a resin material, which retains said gasket body , wherein said carrier comprises a thin portion which is a partial portion which is superposed on a plane with said gasket body , and a thick portion provided with a thickness which is larger than the thin portion , which is the other portion which is not superposed on a plane with said gasket body , so that a stepped shape is formed in each of both surfaces in the thickness direction of the carrier , said thin portion is arranged in the center or approximately in the center in a thickness direction of the thick portion , said gasket body comprises an attached portion which is attached to an end portion of the carrier and is formed as a C-shaped form in a cross section, and seal lips which are provided respectively in both surfaces in a thickness direction of the attached portion and are formed as a chevron shape in a cross section, said seal lips are provided at positions at which they lap over the thin portion on a plane, and a relationship of the thickness is set as: t 3 ≈ t 2 t 3 > t 1 t 5 > t 3 on the assumption that a thickness of the thin portion is set to t1, a thickness of the thick portion is set to t2, a thickness of the attached portion is set to t3, and a thickness between leading ends of both the surface seal lips is set to t5. a gasket body which is made of a rubber-like elastic material and achieves a seal action; and a carrier formed as a predetermined planar rectangular shape by a metal mold with a resin material, which retains said gasket body , wherein said carrier comprises a thin portion which is a partial portion which is superposed on a plane with said gasket body , and a thick portion provided with a thickness which is larger than the thin portion , which is the other portion which is not superposed on a plane with said gasket body , so that a stepped shape is formed in each of both surfaces in the thickness direction of the carrier , said thin portion is arranged in the center or approximately in the center in a thickness direction of the thick portion , said gasket body comprises an attached portion which is attached to an end portion of the carrier and is formed as a C-shaped form in a cross section, and seal lips which are provided respectively in both surfaces in a thickness direction of the attached portion and are formed as a chevron shape in a cross section, said seal lips are provided at positions at which they lap over the thin portion on a plane, and a relationship of the thickness is set as: t 3 ≈ t 2 t 3 > t 1 t 5 > t 3 on the assumption that a thickness of the thin portion is set to t1, a thickness of the thick portion is set to t2, a thickness of the attached portion is set to t3, and a thickness between leading ends of both the surface seal lips is set to t5.
A rail vehicle, comprising: - at least one car body including a cut-out and - at least one running gear , which can be rotated about a vertical running gear rotational axis (A), - at least one apron flap , which is hinged on the car body by way of a hinge so as to be rotatable about a vertical apron flap rotational axis (B), the apron flap rotational axis (B) being situated between a front region and a rear region of the apron flap , wherein during a rotation of the running gear , the running gear is able to exert a force on the apron flap so that the apron flap can be outwardly rotated about the apron flap rotational axis (B) with the front region and inwardly with the rear region , or can be inwardly rotated with the front region and outwardly rotated with the rear region . - at least one car body including a cut-out and - at least one running gear , which can be rotated about a vertical running gear rotational axis (A), - at least one apron flap , which is hinged on the car body by way of a hinge so as to be rotatable about a vertical apron flap rotational axis (B), the apron flap rotational axis (B) being situated between a front region and a rear region of the apron flap ,
Moulded thermoplastic-matrix part able to constitute a duct equipping an aerial vehicle or space vehicle, the part having an external surface with symmetry of revolution at least in part, wherein the external surface comprises a multitude of integrally moulded depressions connected in pairs to one another by crests , and wherein: - each of the depressions has a generally spherical or cylindrical concave surface and a maximum transverse dimension D between the adjacently paired crests of between 3 mm and 10 mm, measured in a direction d perpendicular to the crests delimiting each depression, and - each of the crests has an apex of transverse width L measured in said direction d, where L < D. - each of the depressions has a generally spherical or cylindrical concave surface and a maximum transverse dimension D between the adjacently paired crests of between 3 mm and 10 mm, measured in a direction d perpendicular to the crests delimiting each depression, and - each of the crests has an apex of transverse width L measured in said direction d, where L < D.
Ventilation apparatus for filtering air and separating water aerosols from air, - wherein the ventilation apparatus has a plurality of filter elements , a plurality of housings , a plurality of fans and at least one flow adapter , - wherein the at least one filter element is fixed in the at least one housing so that air can flow through it from an inlet opening to an outlet opening of the at least one housing in a flow direction , and - wherein the at least one fan is fixed to the outlet opening downstream of the at least one housing in the flow direction and the at least one flow adapter is fixed to the inlet opening upstream of the at least one housing in the flow direction , - wherein the respective filter element , the respective housing and the respective fan each form a ventilation module with a flow area , and - wherein a plurality of identical ventilation modules are detachably stacked against one another to form the ventilation apparatus in such a way that a total flow area of the ventilation apparatus corresponds to a multiple of the flow area of the individual ventilation module , characterised in that - a coupling frame has a module support frame enclosing the respective ventilation modules transversely to the flow direction , and an adapter support frame supporting the at least one flow adapter , which are mounted so as to be foldable against one another or displaceable by means of a hinge device and can be fixed against one another by means of a closure unit . - wherein the ventilation apparatus has a plurality of filter elements , a plurality of housings , a plurality of fans and at least one flow adapter , - wherein the at least one filter element is fixed in the at least one housing so that air can flow through it from an inlet opening to an outlet opening of the at least one housing in a flow direction , and - wherein the at least one fan is fixed to the outlet opening downstream of the at least one housing in the flow direction and the at least one flow adapter is fixed to the inlet opening upstream of the at least one housing in the flow direction , - wherein the respective filter element , the respective housing and the respective fan each form a ventilation module with a flow area , and - wherein a plurality of identical ventilation modules are detachably stacked against one another to form the ventilation apparatus in such a way that a total flow area of the ventilation apparatus corresponds to a multiple of the flow area of the individual ventilation module , - a coupling frame has a module support frame enclosing the respective ventilation modules transversely to the flow direction , and an adapter support frame supporting the at least one flow adapter , which are mounted so as to be foldable against one another or displaceable by means of a hinge device and can be fixed against one another by means of a closure unit .
A method for wireless communications by a user equipment, LTE, comprising: receiving signaling of a configuration parameter; receiving a request for an aperiodic channel state information, A-CSI, report; calculating a transmit power for the A-CSI report that is: independent of an actual number of channel quality indicator, CQI, bits to transmit in the A-CSI report when the configuration parameter is set to a first value, and dependent on the actual number of CQI bits to transmit in the A-CSI report when the configuration parameter is set to a second value; and transmitting the A-CSI report in accordance with the calculated transmit power. receiving signaling of a configuration parameter; receiving a request for an aperiodic channel state information, A-CSI, report; calculating a transmit power for the A-CSI report that is: independent of an actual number of channel quality indicator, CQI, bits to transmit in the A-CSI report when the configuration parameter is set to a first value, and dependent on the actual number of CQI bits to transmit in the A-CSI report when the configuration parameter is set to a second value; and independent of an actual number of channel quality indicator, CQI, bits to transmit in the A-CSI report when the configuration parameter is set to a first value, and dependent on the actual number of CQI bits to transmit in the A-CSI report when the configuration parameter is set to a second value; and transmitting the A-CSI report in accordance with the calculated transmit power.