mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing optimized data streams in a network, comprising: S1 notifying, by one or more Public Safety Answering Point, PSAP, elements, an Emergency Services Routing Proxy, ESRP, element about one or more calls with corresponding incidentlDs of one or more callers in one or more queues, S2 comparing, by the ESRP element, the one or more calls in the one or more queues with all active and queued calls monitored by the ESRP element, S3 identifying, by the ESRP element, if there are calls with a same incidentlD among the compared calls, characterized by S8 querying, by the ESRP element, all PSAP elements having identified compared calls with same incidentlD, to identify if a re-negotiation for optimization of stream conditions has been performed, if yes, S9 receiving, by the ESRP element, a list of Session Description Protocol-, SDP-, codecs that have been exchanged during the re-negotiation from the identified PSAP elements, S10 selecting, by the ESRP element, an SDP-codec having a first optimization level for establishing a data stream among the list of SDP-codecs; S11 evaluating, by the ESRP for the one or more PSAP elements, if the first optimization level for establishing a data stream is acceptable, S12 sending, by the one or more PSAP elements, a re-invite message to one or more caller devices in the one or more queues in case, the first optimization level was acceptable, S13 querying, by the ESRP, the one or more caller devices in the one or more queues if the SDP-codec having the first optimization level is supported, S14 instructing, by the ESRP, the one or more PSAP elements to exchange the SDP-codecs of the one or more calls in the one or more queues with the SDP-codec having the first optimization level, S15 establishing, by the one or more PSAP elements, a data stream with the SDP-codec having the first optimization level, wherein a negotiation of SDP codecs between the devices of the caller and callTaker is being performed before the re-negotiation.
Electrically heated scissors with two scissors halves (2, 3) articulatedly connected in a joint, with a scissors blade (20, 30) provided with an edge and a scissors stem (24, 34) extending the scissors blade (20, 30) over a joint region (22, 32), scissors stem at the end of which a handle lug (25, 35) is attached, wherein a heating device that can be supplied with current is mounted on the scissors blade (20, 30) of at least of one of the scissors halves, the heating device being in thermal contact with the cutting edge (20b, 30b) of the scissors blade (20, 30) and the at least one scissors half that has the heating device is provided with a handle cover, wherein the handle cover covers the lug rim as well as the back and the upper side and the lower side of the scissors stem at least respectively in sections, characterized in that the handle cover is a handle cover made of a metallic material, that the handle cover is fixed to the one scissors half in the area of the stem base towards the handle lug and that the handle cover lies self-supporting in an end section facing the scissors blade and at a distance above the scissors half.
A discharge lamp lighting device comprising: a resonance circuit unit for connection to a discharge lamp, the resonance circuit unit having a resonant frequency (fr, fsr); a power converting unit configured to convert direct-current power into alternating-current power and supply the alternating-current power to the discharge lamp via the resonance circuit unit; and a control unit configured to control the power converting unit to supply the alternating-current power to the discharge lamp such that the alternating-current power has a waveform including a plurality of first frequency periods alternating with a plurality of second frequency periods, wherein the alternating current power has a first frequency (fd) in each first frequency period and has a second frequency (fo) in each second frequency period, the second frequency being different from the first frequency, in a lighting start period up to a time when the discharge lamp reaches a steady lighting state, wherein the control unit is configured to change the first frequency (fd) stepwise between first frequency periods in the alternating current power waveform to decrease from a frequency higher than the resonant frequency (fr, fsr) of the resonance circuit unit to the resonant frequency (fr, fsr), and characterized in that the second frequency (fo) is higher than the resonant frequency (fr, fsr) and is equal to or higher than 145 kHz. a resonance circuit unit for connection to a discharge lamp, the resonance circuit unit having a resonant frequency (fr, fsr); a power converting unit configured to convert direct-current power into alternating-current power and supply the alternating-current power to the discharge lamp via the resonance circuit unit; and a control unit configured to control the power converting unit to supply the alternating-current power to the discharge lamp such that the alternating-current power has a waveform including a plurality of first frequency periods alternating with a plurality of second frequency periods, wherein the alternating current power has a first frequency (fd) in each first frequency period and has a second frequency (fo) in each second frequency period, the second frequency being different from the first frequency, in a lighting start period up to a time when the discharge lamp reaches a steady lighting state, wherein the control unit is configured to change the first frequency (fd) stepwise between first frequency periods in the alternating current power waveform to decrease from a frequency higher than the resonant frequency (fr, fsr) of the resonance circuit unit to the resonant frequency (fr, fsr), and characterized in that the second frequency (fo) is higher than the resonant frequency (fr, fsr) and is equal to or higher than 145 kHz.
A circuit, comprising: a first sampling circuit configured to take a plurality of phase offset first samples of a received serial data stream in response to a first edge of a sampling clock; a second sampling circuit configured to take a plurality of phase offset second samples of the received serial data stream in response to a second edge of the sampling clock, wherein the second edge is opposite the first edge; a first comparator circuit configured to determine whether the plurality of phase offset first samples have a same logic state; a second comparator circuit configured to determine whether the plurality of phase offset second samples have a same logic state; characterized in that the circuit comprises: a first selection circuit configured to select one of the first samples or one of the second samples in response to the determinations made by the first and second comparator circuits; and a serial to parallel converter circuit configured to generate an output word including the selected one of the first and second samples. a first sampling circuit configured to take a plurality of phase offset first samples of a received serial data stream in response to a first edge of a sampling clock; a second sampling circuit configured to take a plurality of phase offset second samples of the received serial data stream in response to a second edge of the sampling clock, wherein the second edge is opposite the first edge; a first comparator circuit configured to determine whether the plurality of phase offset first samples have a same logic state; a second comparator circuit configured to determine whether the plurality of phase offset second samples have a same logic state; characterized in that the circuit comprises: a first selection circuit configured to select one of the first samples or one of the second samples in response to the determinations made by the first and second comparator circuits; and a serial to parallel converter circuit configured to generate an output word including the selected one of the first and second samples. a first selection circuit configured to select one of the first samples or one of the second samples in response to the determinations made by the first and second comparator circuits; and a serial to parallel converter circuit configured to generate an output word including the selected one of the first and second samples.
A temporary closing device of an opening member on a fixed member of a body of a motor vehicle, a housing being arranged in the opening member or in the fixed member, said device comprising a body: - which is provided with anchoring means (13; 16; 17) on the fixed member or on the opening member, and - which includes a holding means designed to keep the opening member in an intermediate closed position relative to the fixed member, the holding means being formed by an elastic tongue capable of bending under the stress exerted by a first edge of the housing on a free end of the tongue during the displacement of the opening member from a free opening position to the intermediate closed position, characterized in that at least the portion of the free end which is in contact with the first edge during said displacement is made of a polymer material whose hardness is comprised between 90 Shore scale A and 60 shore scale D and whose tear resistance measured according to the ISO 34-1 standard is greater than 70 kN/m. - which is provided with anchoring means (13; 16; 17) on the fixed member or on the opening member, and - which includes a holding means designed to keep the opening member in an intermediate closed position relative to the fixed member,
An electrically powered sharpener for sharpening the cutting edge of a cutting instrument having a blade with one or more facets which converge toward each other to form the cutting edge at their intersection, said sharpener having: at least one pre-sharpening stage, at least one sharpening member (3, 4) having an abrasive surface with abrasive particles in said pre-sharpening stage, a final stage in said sharpener having at least one final stage sharpening member having an abrasive surface with abrasive particles in said final stage, said final stage being arranged separate from the pre-sharpening stage to enable the same facet of the blade to be first contacted by the sharpening member (3, 4) of the pre-sharpening stage followed by the at least one final stage sharpening member, and said sharpener being characterized by further having an electrically powered drive structure for moving all of said pre-sharpening stage sharpening members (3, 4) in the same first direction, thereby driving the abrasive particles at the point of contact from the edge tip of the cutting instrument into the blade facet to place the edge tip under compression and for moving all of said final stage sharpening members in a second direction which differs from said first direction and which moves the abrasive particles at the point of contact from the blade facet on to the edge tip to place the edge tip under tension. at least one pre-sharpening stage, at least one sharpening member (3, 4) having an abrasive surface with abrasive particles in said pre-sharpening stage, a final stage in said sharpener having at least one final stage sharpening member having an abrasive surface with abrasive particles in said final stage, said final stage being arranged separate from the pre-sharpening stage to enable the same facet of the blade to be first contacted by the sharpening member (3, 4) of the pre-sharpening stage followed by the at least one final stage sharpening member, and said sharpener being characterized by further having an electrically powered drive structure for moving all of said pre-sharpening stage sharpening members (3, 4) in the same first direction, thereby driving the abrasive particles at the point of contact from the edge tip of the cutting instrument into the blade facet to place the edge tip under compression and for moving all of said final stage sharpening members in a second direction which differs from said first direction and which moves the abrasive particles at the point of contact from the blade facet on to the edge tip to place the edge tip under tension.
An oral care implement comprising: a body comprising a handle and a head coupled to a distal end of the handle, the head comprising a first coupling element, and the handle comprising a second coupling element located at a proximal end of the body; a store of oral care material located within the body; an outlet located on the head and in fluid communication with the store; a cover member comprising a cap portion, a mounting portion, and a third coupling element; and wherein the cover member is alterable between: a first state in which the first and third coupling elements (125, 155) cooperate with one another to detachably couple the cover member to the head to seal the outlet with the cap portion; and a second state in which the second and third coupling elements (115, 155) cooperate with one another to detachably couple the cover member to the proximal end of the body so that the mounting portion can operate as a stand to maintain the oral care implement in an upright orientation. a body comprising a handle and a head coupled to a distal end of the handle, the head comprising a first coupling element, and the handle comprising a second coupling element located at a proximal end of the body; a store of oral care material located within the body; an outlet located on the head and in fluid communication with the store; a cover member comprising a cap portion, a mounting portion, and a third coupling element; and wherein the cover member is alterable between: a first state in which the first and third coupling elements (125, 155) cooperate with one another to detachably couple the cover member to the head to seal the outlet with the cap portion; and a second state in which the second and third coupling elements (115, 155) cooperate with one another to detachably couple the cover member to the proximal end of the body so that the mounting portion can operate as a stand to maintain the oral care implement in an upright orientation.
A heterometallic metallacrown compound incorporating Ga and Ln cations, with a templating ligand being salicylhydroxamic acid or derivatives thereof, wherein said metallacrown contains at least one repeating [-Ga-N-O-] sub-unit where the N-O derives from the templating ligand, wherein said derivatives have the following formula: with any combination of R-groups bound at each of positions 2, and 4 through 6, each R-group being independently selected from the group consisting of -H, -D, -OH, -SH, -NH 2, -NO 2, -F, -Cl, -Br, -I, -CF 3, -OCH 3, -SO 3 H, -CH 3, -CN, a fused aromatic ring, a fused heterocyclic ring, an amide, =O, =N, -N 3, -NR'H, -NR'2, -NR' 3+, -COOH, -COOR', -CH 2 -R', -CHR 2, -CHR'R", -CR'R"R''', -OR', and combinations thereof, wherein R', R", and R'" are independently selected from any of the R-groups, or wherein the salicylhydroxamic acid has the following formula: with any combination of R-groups bound at each of positions 3 through 6, each R-group being independently selected from the group consisting of -H, -D, -OH, -SH, -NH 2, - NO 2, -F, -Cl, -Br, -I, -CF 3, -OCH 3, -SO 3 H, -CH 3, -CN, a fused aromatic ring, a fused heterocyclic ring, an amide, =O, =N, -N 3, -NR'H, -NR'2, -NR' 3+, -COOH, -COOR', -CH 2 -R', -CHR 2, -CHR'R", -CR'R"R''', -OR', and combinations thereof, wherein R', R", and R'" are independently selected from any of the R-groups.
A catheter comprising: an elongate body comprising: an inner liner defining an entry port into a lumen defined by the elongate body; and an outer jacket; and a push assembly (108, 152) including an elongate member (114, 158) and an anchor member (116, 156, 172, 182), the anchor member (116, 156, 172, 182) being positioned at a distal end of the elongate member (114, 158), wherein distal to a proximal end of the elongate body, a first portion of the push assembly (108, 152) is positioned between a portion of the inner liner and a portion of the outer jacket, and proximal to the proximal end of the elongate body, a second portion of the push assembly (108, 152) is positioned outside of the outer jacket and the inner liner, wherein the first portion of the push assembly (108, 152) comprises the anchor member (116, 156, 172, 182), the anchor member (116, 156, 172, 182) extending only partially around an outer perimeter of the inner liner, and wherein the second portion of the push assembly (108, 152) is proximal to the first portion, wherein the anchor member (116, 156, 172, 182) defines a beveled distal edge. an elongate body comprising: an inner liner defining an entry port into a lumen defined by the elongate body; and an outer jacket; and an inner liner defining an entry port into a lumen defined by the elongate body; and an outer jacket; and a push assembly (108, 152) including an elongate member (114, 158) and an anchor member (116, 156, 172, 182), the anchor member (116, 156, 172, 182) being positioned at a distal end of the elongate member (114, 158), wherein distal to a proximal end of the elongate body, a first portion of the push assembly (108, 152) is positioned between a portion of the inner liner and a portion of the outer jacket, and proximal to the proximal end of the elongate body, a second portion of the push assembly (108, 152) is positioned outside of the outer jacket and the inner liner, wherein the first portion of the push assembly (108, 152) comprises the anchor member (116, 156, 172, 182), the anchor member (116, 156, 172, 182) extending only partially around an outer perimeter of the inner liner, and wherein the second portion of the push assembly (108, 152) is proximal to the first portion, wherein the anchor member (116, 156, 172, 182) defines a beveled distal edge.
A method for wireless communication performed by an access and mobility management function, AMF, associated with a Next Generation, NG, radio access network, RAN, comprising: identifying (1305, 1405) a user equipment, UE, (115-b) connected to a source base station (105-b) of the NG RAN; receiving (428, 1310, 1410), from the UE (115-b), a handover message comprising a voice call continuity handover trigger message indicating a handover of the UE to a target base station associated with a 2G/3G RAN; selecting a mobility management entity, MME, associated with a 4G RAN, transmitting (432, 1315, 1425) a bypass handover message to the MME based at least in part on the received handover message, the bypass handover message comprising the voice call continuity handover trigger message; receiving a handover response message from the MME, the handover response message indicating completion of the handover of the UE from the source base station (105-b) to the target base station; and transmitting the handover response message to the source base station (105-b). identifying (1305, 1405) a user equipment, UE, (115-b) connected to a source base station (105-b) of the NG RAN; receiving (428, 1310, 1410), from the UE (115-b), a handover message comprising a voice call continuity handover trigger message indicating a handover of the UE to a target base station associated with a 2G/3G RAN; selecting a mobility management entity, MME, associated with a 4G RAN, transmitting (432, 1315, 1425) a bypass handover message to the MME based at least in part on the received handover message, the bypass handover message comprising the voice call continuity handover trigger message; receiving a handover response message from the MME, the handover response message indicating completion of the handover of the UE from the source base station (105-b) to the target base station; and transmitting the handover response message to the source base station (105-b).
An apparatus to distribute steam along a length of continuously moving sheet of paper, which apparatus has a leading edge and a trailing edge relative to the moving sheet of paper that is moving in a machine direction and comprises: a steam distribution header; a housing defining a steam discharge chamber that is in fluid communication with the steam distribution header; a front screen that covers the steam discharge chamber and which has a plurality of perforations through which steam exits, wherein the front screen has an exterior contour that is planar or that matches that of the moving sheet and wherein the front screen comprises (i) a first plate that has a first set of apertures and (ii) a second plate facing the moving sheet and that has a second set of apertures, wherein the second plate covers the first plate; means for varying the size of at least one of the perforations through which steam exits; and means for regulating the flow of steam from the steam distribution header into the steam discharge chamber, characterized in that the means for varying the size of at least one of the perforations moves the second plate in order to change the position of the first set of apertures relative to the second set of apertures. a steam distribution header; a housing defining a steam discharge chamber that is in fluid communication with the steam distribution header; a front screen that covers the steam discharge chamber and which has a plurality of perforations through which steam exits, wherein the front screen has an exterior contour that is planar or that matches that of the moving sheet and wherein the front screen comprises (i) a first plate that has a first set of apertures and (ii) a second plate facing the moving sheet and that has a second set of apertures, wherein the second plate covers the first plate; means for varying the size of at least one of the perforations through which steam exits; and means for regulating the flow of steam from the steam distribution header into the steam discharge chamber,
Method for producing a laser device having a semiconductor laser which is configured to emit a laser beam, and having a lens which is position-adjusted with respect to the semiconductor laser, wherein the lens is first displaced perpendicular to and along the propagation direction of the laser beam and in so doing is penetrated by the laser beam, wherein the optical axis of the lens is situated parallel to the propagation direction of the laser beam, and, after displacing the lens perpendicular to and along the propagation direction, the lens is held in the end position thus reached, the lens holder is guided towards the lens and in so doing is connected only by and to a guide device serving for mounting, the lens is subsequently fixed to the lens holder by a joint produced by free-flowing material which solidifies for the purpose of forming the joint, in such a way that the displaceability of the lens perpendicular to the propagation direction of the laser beam is blocked, and wherein the guide device is removed after the joint between lens holder and lens is produced.