mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring the Doppler velocity of a target detected by a multistatic radar device comprising at least one first radar generating a transmission signal towards said target and a second radar receiving the signal backscattered by said target, with the second radar knowing: - the coordinates of the first radar; - a velocity vector of the first radar; - a direction illuminated by the first radar; - a central transmission frequency (f 0) used by the first radar; - a waveform used by the first radar; wherein two carrier waves with a given frequency deviation (2Δ f) are generated (23, 24, 25) on transmission, with the second radar knowing said frequency deviation, the method for measuring the Doppler velocity of a target being characterised in that measuring the Doppler velocity on reception is a function of the difference in the reception frequencies of said carrier waves divided by said frequency deviation (2Δ f). - the coordinates of the first radar; - a velocity vector of the first radar; - a direction illuminated by the first radar; - a central transmission frequency (f 0) used by the first radar; - a waveform used by the first radar;
A method for supporting asynchronous data synchronization between clusters in a distributed data grid, comprising: associating a journal cache with one or more user caches in a source cluster, wherein said one or more user caches are split into a plurality of partitions (311, 312, 313); capturing one or more data changes that are applied to different partitions of said one or more user caches; generating a globally unique identifier, ID, for each captured data change; storing, in the source cluster, said one or more data changes in the journal cache that supports synchronization with a destination cluster (; sending, from the source cluster, a plurality of replication messages to a destination cluster, wherein said one or more replication messages include the one or more data changes and the globally unique identifiers; processing, via a cluster member of the destination cluster, the received one or more data changes; updating, by the cluster member of the destination cluster, a replication record which indicates that a data change is the last data change to be received and successfully processed in the destination cluster; and sending an acknowledgement back to the source cluster, which indicates that the one or more data changes have been received and successfully processed in the destination cluster. associating a journal cache with one or more user caches in a source cluster, wherein said one or more user caches are split into a plurality of partitions (311, 312, 313); capturing one or more data changes that are applied to different partitions of said one or more user caches; generating a globally unique identifier, ID, for each captured data change; storing, in the source cluster, said one or more data changes in the journal cache that supports synchronization with a destination cluster (; sending, from the source cluster, a plurality of replication messages to a destination cluster, wherein said one or more replication messages include the one or more data changes and the globally unique identifiers; processing, via a cluster member of the destination cluster, the received one or more data changes; updating, by the cluster member of the destination cluster, a replication record which indicates that a data change is the last data change to be received and successfully processed in the destination cluster; and sending an acknowledgement back to the source cluster, which indicates that the one or more data changes have been received and successfully processed in the destination cluster.
A method for opening an ad-hoc Push-To-Talk, PTT, over Cellular, PoC, session in a PoC system, comprising the steps of: receiving, by a first PoC server of a home network, a session INVITE message (600, 602) from a first PoC client requesting session initiation to the first PoC server, the session INVITE message including information of at least one group identifier; checking, by the first PoC server, the at least one group identifier included in the session INVITE message received by the first PoC server; if the at least one group identifier is incapable of being supported by the home network, checking, by the first PoC server, a host of the at least one group identifier; sending, by the first PoC server, a group list information request message (700, 702, 704 to a second PoC server hosting the at least one group identifier when identifier information of a group of a network other than the home network is present; and receiving (710, 712, 714), from the second PoC server by the first PoC server, list information about a group included in the group list information request message which is acquired by the second PoC server, wherein the group list information request message comprises a PoC conference Uniform Resource Identifier, URI, generated from the first PoC server, an "isfocus" header value indicating the first PoC server is a conference server, address information of the first PoC server being a Controlling PoC Function, and a URI parameter for indicating a session type. receiving, by a first PoC server of a home network, a session INVITE message (600, 602) from a first PoC client requesting session initiation to the first PoC server, the session INVITE message including information of at least one group identifier; checking, by the first PoC server, the at least one group identifier included in the session INVITE message received by the first PoC server; if the at least one group identifier is incapable of being supported by the home network, checking, by the first PoC server, a host of the at least one group identifier; sending, by the first PoC server, a group list information request message (700, 702, 704 to a second PoC server hosting the at least one group identifier when identifier information of a group of a network other than the home network is present; and receiving (710, 712, 714), from the second PoC server by the first PoC server, list information about a group included in the group list information request message which is acquired by the second PoC server,
A punch assembly comprising: a punch body configured for a punching operation in a punch press, the punch body having an axial cavity defined along an axis; a punch tip having a first end configured for the punching operation and a second end comprising a punch tip stem configured for selective engagement within the axial cavity in the punch body; a coupling pin disposed transverse to the axis of the punch body, the coupling pin comprising a first end, a second end, and a middle portion between the first and second ends; characterised by first and second openings in the punch body configured for selective engagement and disengagement with the first and second ends of the coupling pin; and a lateral cavity in the punch tip stem configured for selective engagement and disengagement with the middle portion of the coupling pin; wherein the first end of the coupling pin is configured for manipulation of the coupling pin transverse to the axis of the punch body to selectively engage and disengage the punch tip stem. a punch body configured for a punching operation in a punch press, the punch body having an axial cavity defined along an axis; a punch tip having a first end configured for the punching operation and a second end comprising a punch tip stem configured for selective engagement within the axial cavity in the punch body; a coupling pin disposed transverse to the axis of the punch body, the coupling pin comprising a first end, a second end, and a middle portion between the first and second ends; characterised by first and second openings in the punch body configured for selective engagement and disengagement with the first and second ends of the coupling pin; and a lateral cavity in the punch tip stem configured for selective engagement and disengagement with the middle portion of the coupling pin; wherein the first end of the coupling pin is configured for manipulation of the coupling pin transverse to the axis of the punch body to selectively engage and disengage the punch tip stem.
Polymeric pane, comprising: - a polymeric main body with a first pane surface, a second pane surface, and a peripheral pane edge, - a protective coating on the entire second pane surface and on at least part of the first pane surface, characterized in that an opaque material phase is applied on the first pane surface at least in the edge region of the pane, wherein the opaque material phase contains inorganic or organic fillers which increase the stability of the opaque material phase, and wherein a directly extruded-on sealing profile is mounted at least on the side of the first pane surface in the edge region of the pane on the opaque material phase via an adhesion promoter. - a polymeric main body with a first pane surface, a second pane surface, and a peripheral pane edge, - a protective coating on the entire second pane surface and on at least part of the first pane surface,
An oil-lubricated bearing assembly for supporting a rotating shaft with respect to a support member, comprising - a tubular housing body defining a reference axis, the housing body surrounding an axial through cavity, the housing having an annular bearing seat facing radially inwards within the through cavity, - a bearing received in the through cavity of the housing body, the bearing having at least one outer race ring fitted into the bearing seat, and - two annular seal assemblies (36, 52) spaced apart from one another so as to define a sealed inner space between the two annular seal assemblies (36, 52), wherein the inner space includes a sump and the bearing is located within the sealed inner space; - a mounting flange integral with the housing body and protruding radially from the housing body, the mounting flange being provided with axial through holes extending in the axial direction for fixing the housing body to a wall of the support member, which extends perpendicularly to the reference axis, and - a housing cover with a through axial hole, the housing cover being releasibly fixed at an axial open end of the housing body, the mounting flange being closer to an opposed axial open end of the housing body than to the housing cover, wherein one of the annular seal assemblies (36, 52) is at least partially received within the axial through hole of the housing cover, characterised in that the annular bearing seat is located axially between the mounting flange and the sump so that the sump is more remote from the wall of the support member than the bearing when the housing body is fixed to the wall of the support member, and in that the sump is formed in the housing body such that an axial end of the sump is closed by the housing cover. - a tubular housing body defining a reference axis, the housing body surrounding an axial through cavity, the housing having an annular bearing seat facing radially inwards within the through cavity, - a bearing received in the through cavity of the housing body, the bearing having at least one outer race ring fitted into the bearing seat, and - two annular seal assemblies (36, 52) spaced apart from one another so as to define a sealed inner space between the two annular seal assemblies (36, 52), wherein the inner space includes a sump and the bearing is located within the sealed inner space; - a mounting flange integral with the housing body and protruding radially from the housing body, the mounting flange being provided with axial through holes extending in the axial direction for fixing the housing body to a wall of the support member, which extends perpendicularly to the reference axis, and - a housing cover with a through axial hole, the housing cover being releasibly fixed at an axial open end of the housing body, the mounting flange being closer to an opposed axial open end of the housing body than to the housing cover, wherein one of the annular seal assemblies (36, 52) is at least partially received within the axial through hole of the housing cover,
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, information on an index of a feedback channel resource of a primary carrier, wherein the information is received by using a secondary carrier associated with the primary carrier; and transmitting, to the base station, hybrid automatic repeat request-acknowledgment, HARQ-ACK, information associated with the secondary carrier through the feedback channel resource of the primary carrier, wherein the primary carrier is used for a downlink signaling and an uplink signaling, and wherein the secondary carrier is used for the downlink signaling. receiving, from a base station, information on an index of a feedback channel resource of a primary carrier, wherein the information is received by using a secondary carrier associated with the primary carrier; and transmitting, to the base station, hybrid automatic repeat request-acknowledgment, HARQ-ACK, information associated with the secondary carrier through the feedback channel resource of the primary carrier, wherein the primary carrier is used for a downlink signaling and an uplink signaling, and wherein the secondary carrier is used for the downlink signaling.
Vehicle comprising a platform and at least one box (6, 7, 8, 9) attached to said platform, wherein said platform comprises at least one support zone intended for holding a box (6, 7, 8, 9) on the vehicle, said at least one zone having means for centring the box (6, 7, 8, 9) and a means for attaching said box (6, 7, 8, 9) centrally located in said zone, the vehicle being characterized in that the attachment means comprises two locking members mounted so as to be movable on the platform between an inactive position for which they are aligned along a vertical axis Z and an active locking position for which they are positioned spaced apart from each other, the box (6, 7, 8, 9) having a complementary attachment means capable of cooperating with the attachment means and comprising an attachment wall secured to the box (6, 7, 8, 9) and provided with an opening, the box (6, 7, 8, 9) being positioned on the platform such that the two locking members have been inserted into the opening of the attachment wall in the inactive position and have then been deployed into said wall to retain the box (6, 7, 8, 9) against the platform, in that the centring means of a support zone comprise four blocks emerging from the platform and distributed at the four corners of a square, and in that the attachment means is unique and is placed at the centre of said square in order to hold the box (6, 7, 8, 9) between said four blocks. the vehicle being characterized in that the attachment means comprises two locking members mounted so as to be movable on the platform between an inactive position for which they are aligned along a vertical axis Z and an active locking position for which they are positioned spaced apart from each other, the box (6, 7, 8, 9) having a complementary attachment means capable of cooperating with the attachment means and comprising an attachment wall secured to the box (6, 7, 8, 9) and provided with an opening, the box (6, 7, 8, 9) being positioned on the platform such that the two locking members have been inserted into the opening of the attachment wall in the inactive position and have then been deployed into said wall to retain the box (6, 7, 8, 9) against the platform, in that the centring means of a support zone comprise four blocks emerging from the platform and distributed at the four corners of a square, and in that the attachment means is unique and is placed at the centre of said square in order to hold the box (6, 7, 8, 9) between said four blocks.
Safety arrangement of an elevator, which comprises a mechanical safety device (3, 4, 11) that ensures the safety of the elevator hoistway and can be moved into a use position, and which safety arrangement of an elevator comprises a detector of intrusion into the elevator hoistway, which detector is fitted to the safety arrangement of the elevator system as an electrical safety device to receive measuring data from sensors that measure the status of entrances (9, 10) of the elevator hoistway, and also to determine intrusion into the elevator hoistway from the measuring data received, wherein the aforementioned detector of intrusion into the elevator hoistway is fitted to determine on the basis of the measuring data received the area of intrusion (9, 10) from where intrusion into the elevator hoistway has occurred, and wherein in reaction to the determined intrusion the detector of intrusion delimits a safe area (27, 28) of the elevator hoistway corresponding to the determined area of intrusion (9, 10), characterized in that the detector disconnects a safety circuit of the elevator therewith disconnecting the power supply to the elevator machine as well as to the brake control and therewith switching the safety arrangement of the elevator into an operating mode in which driving with the elevator is prevented, and the detector further controls poles of a safety circuit switch that measures the position of the mechanical safety device (3, 4, 11) disposed outside the delimited safe area (27, 28) of the elevator hoistway with a short-circuit signal (14A, 14B), in which case the safety arrangement of the elevator is fitted to permit a service drive after the mechanical safety device (3, 4, 11) that is disposed in the safe area (27, 28) delimited by the detector of intrusion into the elevator hoistway and that ensures the safety of the elevator hoistway is moved into the use position.
A wave-activated power generation device comprising: a float configured to be capable of floating in the sea; a rotor configured to generate a rotational inertial mass effect; a power generator configured to generate power based on rotation of the rotor; a first elastic body; and a drive part configured to connect the rotor with the float via the first elastic body so as to rotate the rotor along with movement of the float, wherein a spring constant of the first elastic body is set so as to cause a rotational inertial mass of the rotor to resonate with oscillation of the float, so that the rotational mass effect can be increased to increase the power generation efficiency; and wherein the power generator is provided with a significantly amplified displacement compared to a displacement of the float. a float configured to be capable of floating in the sea; a rotor configured to generate a rotational inertial mass effect; a power generator configured to generate power based on rotation of the rotor; a first elastic body; and a drive part configured to connect the rotor with the float via the first elastic body so as to rotate the rotor along with movement of the float, wherein a spring constant of the first elastic body is set so as to cause a rotational inertial mass of the rotor to resonate with oscillation of the float, so that the rotational mass effect can be increased to increase the power generation efficiency; and wherein the power generator is provided with a significantly amplified displacement compared to a displacement of the float.
A pipe, carrying exhaust gas, of an exhaust system of an internal combustion engine, - with a tubular body carrying exhaust gas and comprising an interior, and - with at least one attachment part separate with respect to the tubular body, which is added laterally to the tubular body so that externally on the tubular body a cavity is arranged delimited at least partially by the attachment part, which extends in the circumferential direction of the tubular body over less than 360°, - wherein the cavity is closed to the exterior, - wherein the cavity is fluidically and/or acoustically connected to the interior, - wherein the attachment part is fastened on the tubular body on two sides of the tubular body facing away from one another, - wherein the attachment part is fastened on the tubular body on the respective side of the tubular body by means of a welded connection, which extends in the longitudinal extent of the tubular body along the tubular body, characterized in - that the attachment part is a further tubular body produced from one piece, which has a connection side which is shaped in a complementary manner to an outer wall of the tubular body carrying exhaust gas, to which the further tubular body is added, so that the connection side and the outer wall lie in a planar manner against one another, - that the connection side and the outer wall are perforated in the region of the contact between connection side and outer wall. - with a tubular body carrying exhaust gas and comprising an interior, and - with at least one attachment part separate with respect to the tubular body, which is added laterally to the tubular body so that externally on the tubular body a cavity is arranged delimited at least partially by the attachment part, which extends in the circumferential direction of the tubular body over less than 360°, - wherein the cavity is closed to the exterior, - wherein the cavity is fluidically and/or acoustically connected to the interior, - wherein the attachment part is fastened on the tubular body on two sides of the tubular body facing away from one another, - wherein the attachment part is fastened on the tubular body on the respective side of the tubular body by means of a welded connection, which extends in the longitudinal extent of the tubular body along the tubular body, - that the attachment part is a further tubular body produced from one piece, which has a connection side which is shaped in a complementary manner to an outer wall of the tubular body carrying exhaust gas, to which the further tubular body is added, so that the connection side and the outer wall lie in a planar manner against one another, - that the connection side and the outer wall are perforated in the region of the contact between connection side and outer wall.
A nasal cannula (30, 70) comprising: an inlet tube adapted to, in use, be in fluid communication with a pressurised source of gases, a pair of nasal prongs (40, 41; 72, 73) arranged in fluid communication with the inlet tube, the prongs adapted to, in use, communicate gases from the inlet to the nares of a patient, a body section (30, 70), the prongs (40, 41; 72, 73) attached to the body section (44, 74), a head strap, the body section (30, 70) and the prongs are maintained in use, against the patient's face by way of the headstrap (43, 75), wherein, the prongs are elliptical in shape and of a diameter such that exhaled gases can be breathed out by the patient past each of the prongs, the prongs being; when in continuous use by the patient, non-sealing with the nares of the patient. an inlet tube adapted to, in use, be in fluid communication with a pressurised source of gases, a pair of nasal prongs (40, 41; 72, 73) arranged in fluid communication with the inlet tube, the prongs adapted to, in use, communicate gases from the inlet to the nares of a patient, a body section (30, 70), the prongs (40, 41; 72, 73) attached to the body section (44, 74), a head strap, the body section (30, 70) and the prongs are maintained in use, against the patient's face by way of the headstrap (43, 75), wherein, the prongs are elliptical in shape and of a diameter such that exhaled gases can be breathed out by the patient past each of the prongs, the prongs being; when in continuous use by the patient, non-sealing with the nares of the patient.