mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication method for a mobile communication system including one or more cells capable of supporting a broadcasting of MBMS data, characterized by comprising: a step of determining, at a mobile terminal, whether or not to continue a reception of MBMS data in a cell, based on a state of service with which the mobile terminal is provided by the cell, wherein the state of service includes a suspension of broadcasting of the MBMS data; a step of transmitting, based on a result of determining whether or not to continue a reception of MBMS data in the cell, first information from the mobile terminal to a radio base station that manages the cell when the mobile terminal is receiving MBMS data from the cell, the first information indicating that the mobile terminal is receiving MBMS data; and a step of receiving the first information, at the radio base station, wherein the first information includes second information indicating the frequency on which the mobile terminal is receiving MBMS data, and the mobile terminal further transmits a proximity indication to the radio base station, wherein the proximity indication indicates a presence of a specific cell to which the mobile terminal can connect. a step of determining, at a mobile terminal, whether or not to continue a reception of MBMS data in a cell, based on a state of service with which the mobile terminal is provided by the cell, wherein the state of service includes a suspension of broadcasting of the MBMS data; a step of transmitting, based on a result of determining whether or not to continue a reception of MBMS data in the cell, first information from the mobile terminal to a radio base station that manages the cell when the mobile terminal is receiving MBMS data from the cell, the first information indicating that the mobile terminal is receiving MBMS data; and a step of receiving the first information, at the radio base station, wherein the first information includes second information indicating the frequency on which the mobile terminal is receiving MBMS data, and the mobile terminal further transmits a proximity indication to the radio base station, wherein the proximity indication indicates a presence of a specific cell to which the mobile terminal can connect.
Monitoring device for monitoring safety components (40 to 43; 50 to 53; 60 to 63), comprising monitoring electronics which include a plurality of clock generators (19 to 23) and evaluation means (25 to 32) and on which at least two interfaces to be monitored for electric coupling to safety components (40 to 43; 50 to 53; 60 to 63) are formed, wherein each of the interfaces comprises at least two output ports and at least two input ports (15 to 18), wherein each of a first output port and a second output port is connected to a clock generator (19 to 23) designed for providing clocked electric monitoring signals, wherein a first input port and a second input port are connected to the evaluation means (25 to 32) designed for an evaluation of incoming monitoring signals and for an output of a fault message when provided monitoring signals fail to appear, characterised in that a number of clock generators greater than two and less than a number of all output ports of the interfaces to be monitored is chosen, characterised in that the first output port (15, 16) of each interface is connected to an individually assigned clock generator (19 to 22), and in that second output ports (15, 16) of at least two interfaces are connected to a common clock generator.
A method performed by a terminal device, comprising: detecting, for a cell that is shared by two operators and to be measured by the terminal device, whether frequency bands used by the two operators for the cell are overlapped; when detecting that frequency bands used by the two operators for the cell are overlapped, performing measurement on a reference signal from one of the two operators at least at the overlapped portion of the frequency bands; and reporting information about a result of the measurement to the two operators. detecting, for a cell that is shared by two operators and to be measured by the terminal device, whether frequency bands used by the two operators for the cell are overlapped; when detecting that frequency bands used by the two operators for the cell are overlapped, performing measurement on a reference signal from one of the two operators at least at the overlapped portion of the frequency bands; and reporting information about a result of the measurement to the two operators.
A flow sensor, comprising: - a semiconductor module on which a temperature sensing means (13a, 13b) and a heat source are arranged, - a flow channel for guiding the fluid medium in a flow direction, and - a wall delimiting the flow channel, wherein said heat source and said temperature sensing means (13a, 13b) are configured such that they are in thermal contact with said wall, wherein said wall comprises a glass member and a metal member, wherein the glass member is connected to the metal member such that said flow channel is formed, characterized in that the metal member comprises two neighbouring through holes (301, 302) each extending from a first side of the metal member to a second side of the metal member, wherein one of said through holes forms an inlet and the other one forms an outlet of said flow channel, and wherein the glass member comprises a first side facing said semiconductor module and a second side facing the first side of the metal member, wherein the second side of the glass member is connected to the first side of the metal member such that a recess formed in the second side of the glass member or in the first side of the metal member is fluidly connected to said through holes (301, 302), so that said flow channel extends from one through hole via said recess to the other through hole. - a semiconductor module on which a temperature sensing means (13a, 13b) and a heat source are arranged, - a flow channel for guiding the fluid medium in a flow direction, and - a wall delimiting the flow channel, wherein said heat source and said temperature sensing means (13a, 13b) are configured such that they are in thermal contact with said wall, wherein said wall comprises a glass member and a metal member, wherein the glass member is connected to the metal member such that said flow channel is formed, characterized in that the metal member comprises two neighbouring through holes (301, 302) each extending from a first side of the metal member to a second side of the metal member, wherein one of said through holes forms an inlet and the other one forms an outlet of said flow channel, and wherein the glass member comprises a first side facing said semiconductor module and a second side facing the first side of the metal member, wherein the second side of the glass member is connected to the first side of the metal member such that a recess formed in the second side of the glass member or in the first side of the metal member is fluidly connected to said through holes (301, 302), so that said flow channel extends from one through hole via said recess to the other through hole.
Piston pump, in particular high-pressure fuel pump, having a housing, having a piston and having a drive shaft with a cam section on which the piston is supported at least indirectly by way of a roller mounted rotatably in a roller tappet, wherein, laterally to both sides of the cam section, there is provided in each case one rim which projects beyond the cam section in a radial direction, characterized in that, by way of the rims, the axial movement and/or rotational misalignment of the roller during operation is restricted, in that the rim, at a face surface directed toward the roller, narrows toward an outer circumference of the rim, wherein the rim is in particular of conical form so as to give rise to an opening inclination, wherein the roller has, on a face surface directed toward the rim, a convex curvature, preferably with a radius (r), such that corner contact is prevented in the event of the roller running against the rim.
A convective heat-dissipating LED illumination lamp, comprising a plurality of LED lighting heat-dissipating units, a base for installing said lighting heat-dissipating units, and a frame fixedly connected with said base, wherein, said base comprises a plurality of strip-shaped members spacedly arranged from each other at a certain distance so that a plurality of channels for direct convection with environmental air are formed in said base, said LED lighting heat-dissipating units are spacedly provided on said strip-shaped members such that each of said LED lighting heat-dissipating units independently contacts environmental air so as to dissipate heat respectively each of said LED lighting heat-dissipating units comprises an LED chip, a circuit board, a circuit connecting member and a corresponding radiator, and forms an independent waterproof sealing body.
An outdoor lighting fixture, wherein a light body of the outdoor lighting fixture comprises: a light-emitting component and a front cover, the front cover comprises a front cover housing and an annular lens, and the annular lens has a light entry extremity adjacent to the light-emitting component and a light exit extremity coupled with the front cover housing, wherein the light body of the outdoor lighting fixture further comprises a light body housing and a sealing element, wherein the sealing element is provided at a position where the front cover housing and the light body housing are combined, wherein the light entry extremity of the annular lens is provided with a groove for arranging a light source in the light-emitting component, characterized in that the sealing element is a sealing ring, and in that a groove for arranging the sealing element is provided on the front cover housing.
A method comprising: receiving data of a multimedia presentation, wherein the data includes a first plurality of streams; and multicasting a second plurality of streams that includes a dedicated announcement stream and a first stream selected from the first plurality of streams, wherein the announcement stream includes presentation description information of the multimedia presentation and characterized in that it also indudes a real-time transport control protocol, RTCP, message that includes a session description message associated with the multimedia presentation, the RTCP message comprising: a first field containing data identifying the RTCP message as being a type that embeds the session description message; a second field containing data that is the session description message; and a third field containing data identifying a length of the RTCP message, generated by summing the length of the first field, the length of the second field, and the length of the third field. receiving data of a multimedia presentation, wherein the data includes a first plurality of streams; and multicasting a second plurality of streams that includes a dedicated announcement stream and a first stream selected from the first plurality of streams, wherein the announcement stream includes presentation description information of the multimedia presentation and characterized in that it also indudes a real-time transport control protocol, RTCP, message that includes a session description message associated with the multimedia presentation, the RTCP message comprising: a first field containing data identifying the RTCP message as being a type that embeds the session description message; a second field containing data that is the session description message; and a third field containing data identifying a length of the RTCP message, generated by summing the length of the first field, the length of the second field, and the length of the third field. a first field containing data identifying the RTCP message as being a type that embeds the session description message; a second field containing data that is the session description message; and a third field containing data identifying a length of the RTCP message, generated by summing the length of the first field, the length of the second field, and the length of the third field.
A heat source side unit for an air conditioning apparatus, comprising: a machine room in which a compressor is accommodated; an air-sending device room in which an air-sending unit is accommodated; a separator partitioning a space into the machine room and the air-sending device room; a reactor installed in the machine room; and a reactor mounting member fixed to the separator on a side of the machine room and on which the reactor is mounted, characterised in that the reactor mounting member includes a first mounting unit (62B1) and a second mounting unit (62B2) respectively corresponding to reactors with sizes different from each other; and on the reactor mounting member, the reactor is selectively mounted on either one of the first mounting unit (62B1) and the second mounting unit (62B2) corresponding to the size of the reactor. a machine room in which a compressor is accommodated; an air-sending device room in which an air-sending unit is accommodated; a separator partitioning a space into the machine room and the air-sending device room; a reactor installed in the machine room; and a reactor mounting member fixed to the separator on a side of the machine room and on which the reactor is mounted, characterised in that the reactor mounting member includes a first mounting unit (62B1) and a second mounting unit (62B2) respectively corresponding to reactors with sizes different from each other; and on the reactor mounting member, the reactor is selectively mounted on either one of the first mounting unit (62B1) and the second mounting unit (62B2) corresponding to the size of the reactor.
Method for determining the operating point of a hydraulic machine in a considered operating range, such as turbine mode, the method being characterized in that it includes steps consisting in: a) determining two coordinates (N'11, T'11) of a first series of potential operating points of the hydraulic machine for an orientation affected to guide vanes of the machine, b) measuring the rotation speed of the machine, c) determining the torque exerted by water flow on the machine, d) calculating two coordinates (N11, T11) of a second series of potential operating points of the machine in function of the rotation speed measured at step b) and the torque determined at step c), and e) deducing two coordinates (N11_real, T11_real) of the operating point that belongs both to the first and to the second series in the said considered operating range of the machine. a) determining two coordinates (N'11, T'11) of a first series of potential operating points of the hydraulic machine for an orientation affected to guide vanes of the machine, b) measuring the rotation speed of the machine, c) determining the torque exerted by water flow on the machine, d) calculating two coordinates (N11, T11) of a second series of potential operating points of the machine in function of the rotation speed measured at step b) and the torque determined at step c), and e) deducing two coordinates (N11_real, T11_real) of the operating point that belongs both to the first and to the second series in the said considered operating range of the machine.
A source network node associated with time sensitive communications in LTE, 5G or NR communication system comprising: means for monitoring packet delivery status for at least one time sensitive network application in a system using at least one of survival time state information, time sensitive communication assistance information, and a quality of service profile; and means for selecting link layer configurations based on at least one of the survival time state information, the time sensitive communication assistance information, and the quality of service profile, characterized in that the source network node further comprises: means for providing the survival time state information to a target network node, when initiating a handover, wherein the survival time state information comprises at least one of survival timer, survival time end, and survival time state counters. means for monitoring packet delivery status for at least one time sensitive network application in a system using at least one of survival time state information, time sensitive communication assistance information, and a quality of service profile; and means for selecting link layer configurations based on at least one of the survival time state information, the time sensitive communication assistance information, and the quality of service profile, characterized in that the source network node further comprises: means for providing the survival time state information to a target network node, when initiating a handover, wherein the survival time state information comprises at least one of survival timer, survival time end, and survival time state counters. means for providing the survival time state information to a target network node, when initiating a handover, wherein the survival time state information comprises at least one of survival timer, survival time end, and survival time state counters.
A formulation for use in the treatment of diabetic hyperglycemia the formulation comprising a whole saliva extract of a leech and a pharmaceutically effective carrier, wherein the extract is a lyophilised whole saliva extract.
Compositions comprising a) at least one polyalkylene terephthalate, b) at least aluminium oxide, and c) glass fibres. a) at least one polyalkylene terephthalate, b) at least aluminium oxide, and c) glass fibres.
A surgical screw (100,101) comprising: a screw body having a body thread formed on an outer circumferential surface thereof, and a body driving groove formed in an upper portion thereof; and a head part (104, 105) which is rotatably fixed with respect to the screw body so as to be moved in an axial direction of the screw body, and has a head thread (118, 144) formed on an outer circumferential surface thereof to be continued to the body thread and an inner space (120, 142) communicating with the body driving groove, wherein the screw body and the head part have a body sliding part and a head sliding part (122, 146), which are formed at an end portion thereof, respectively, and are configured to abut each other, and the body sliding part and the head sliding part have a recess formed in one part thereof and a protrusion formed on the other part thereof to be inserted into the recess, such that when the head part relatively rotates with respect to the screw body, the protrusion is separated from the recess and comes in contact with any one of the body sliding part and the head sliding part, thereby allowing the head part to be spaced apart from the screw body in an axial direction thereof. a screw body having a body thread formed on an outer circumferential surface thereof, and a body driving groove formed in an upper portion thereof; and a head part (104, 105) which is rotatably fixed with respect to the screw body so as to be moved in an axial direction of the screw body, and has a head thread (118, 144) formed on an outer circumferential surface thereof to be continued to the body thread and an inner space (120, 142) communicating with the body driving groove, wherein the screw body and the head part have a body sliding part and a head sliding part (122, 146), which are formed at an end portion thereof, respectively, and are configured to abut each other, and the body sliding part and the head sliding part have a recess formed in one part thereof and a protrusion formed on the other part thereof to be inserted into the recess, such that when the head part relatively rotates with respect to the screw body, the protrusion is separated from the recess and comes in contact with any one of the body sliding part and the head sliding part, thereby allowing the head part to be spaced apart from the screw body in an axial direction thereof.
Method for assembling the yoke of a toothed stator by helical steel plate winding, comprising the steps of: - cutting a first strip of steel plate comprising a repetition of patterns linked at their bases by thin material bridges, - cutting a second strip of steel plate comprising a repetition of toothed patterns linked at their bases by thin material bridges, - helically winding the first strip to form an outer crown ring of the yoke, - helically winding the second strip to form an inner crown ring of the yoke, - and nesting the inner crown ring in the outer crown ring, said method being characterized in that said first strip of steel plate is made of oriented grain steel and said second strip of steel plate is made of non-oriented grain steel. - cutting a first strip of steel plate comprising a repetition of patterns linked at their bases by thin material bridges, - cutting a second strip of steel plate comprising a repetition of toothed patterns linked at their bases by thin material bridges, - helically winding the first strip to form an outer crown ring of the yoke, - helically winding the second strip to form an inner crown ring of the yoke, - and nesting the inner crown ring in the outer crown ring,
A support structure for use in an air supply arrangement for air conditioning passenger cabins in aircraft, wherein the air supply arrangement comprises at least one centrally controlled cabin ventilation system and an individually adjustable cabin ventilation system, and wherein the support structure comprises: - a first section for integrating components of the centrally controlled cabin ventilation system, wherein the first section comprises an air conduit and an outlet for the cabin ventilation system, which are designed such that they are integrated in the support structure, - a second section for receiving and/or integrating components of an emergency oxygen supply for the passengers and - a third section comprising a plurality of receiving devices, wherein each receiving device is designed to receive and releasably secure an active module for individually adjustable cabin ventilation, and wherein the third section has at least a number of receiving devices required for at least one receiving device to be associated with each seating row independent of the passenger cabin seat row configuration, and a supply conduit which is connected by at least one connecting opening to each of the plurality of receiving devices of the third section. - a first section for integrating components of the centrally controlled cabin ventilation system, wherein the first section comprises an air conduit and an outlet for the cabin ventilation system, which are designed such that they are integrated in the support structure, - a second section for receiving and/or integrating components of an emergency oxygen supply for the passengers and - a third section comprising a plurality of receiving devices, wherein each receiving device is designed to receive and releasably secure an active module for individually adjustable cabin ventilation, and wherein the third section has at least a number of receiving devices required for at least one receiving device to be associated with each seating row independent of the passenger cabin seat row configuration, and a supply conduit which is connected by at least one connecting opening to each of the plurality of receiving devices of the third section.