mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication for a first transmission point (710b, 802) serving a first user equipment, UE, (720, 806) and interfering at least one second UE, the method comprising: Configuring, by a scheduler, a first downlink, DL, control channel including a DL grant for the first user equipment, UE, (720, 806); and transmitting the first DL control channel, wherein the configuring the first DL control channel comprises allocating a first number of resources for the first DL control channel, the first number of resources being equal to or greater than a second number of resources allocated to at least one second UE (720, 806) by a second transmission point (710a, 804) for a second DL control channel, wherein the at least one second UE is served by the second transmission point (710a, 804). Configuring, by a scheduler, a first downlink, DL, control channel including a DL grant for the first user equipment, UE, (720, 806); and transmitting the first DL control channel, wherein the configuring the first DL control channel comprises allocating a first number of resources for the first DL control channel, the first number of resources being equal to or greater than a second number of resources allocated to at least one second UE (720, 806) by a second transmission point (710a, 804) for a second DL control channel, wherein the at least one second UE is served by the second transmission point (710a, 804).
A method to assist with match/no match decisions comprising: determining a first match score between a first biometric probe sample and a first gallery sample; determining a plurality of gallery match scores between the first gallery sample and a plurality of other samples in the gallery; determining a number of the plurality of gallery match scores that are greater than the determined first match score; determining a plurality of probe match scores between the first probe sample and the plurality of other samples in the gallery; determining a number of the plurality of probe match scores that are greater than the determined first match score; and, with one or more of the determined numbers: determining a false match probability for assessing a reliability of a match result, the match result indicating whether the first probe sample matches with the first gallery sample, and/or adjusting the first match score or determining a match threshold for the first match score, such that a tendency to match of the first gallery sample and/or of the first probe sample is taken into account for a decision whether the first probe sample matches with the first gallery sample. determining a first match score between a first biometric probe sample and a first gallery sample; determining a plurality of gallery match scores between the first gallery sample and a plurality of other samples in the gallery; determining a number of the plurality of gallery match scores that are greater than the determined first match score; determining a plurality of probe match scores between the first probe sample and the plurality of other samples in the gallery; determining a number of the plurality of probe match scores that are greater than the determined first match score; and, with one or more of the determined numbers: determining a false match probability for assessing a reliability of a match result, the match result indicating whether the first probe sample matches with the first gallery sample, and/or adjusting the first match score or determining a match threshold for the first match score, such that a tendency to match of the first gallery sample and/or of the first probe sample is taken into account for a decision whether the first probe sample matches with the first gallery sample. determining a false match probability for assessing a reliability of a match result, the match result indicating whether the first probe sample matches with the first gallery sample, and/or adjusting the first match score or determining a match threshold for the first match score, such that a tendency to match of the first gallery sample and/or of the first probe sample is taken into account for a decision whether the first probe sample matches with the first gallery sample.
A method for controlling a line converter on board a track-bound vehicle, said converter having at least one bridge with two phase-legs (20, 21) connected in parallel between opposite poles (22, 23) of a DC intermediate link and having each at least two current valves connected in series, each said current valve comprising a semiconductor device of turn-off type and a rectifying member connected in anti-parallel therewith, a midpoint (36, 37) of each phase-leg dividing the phase-leg in two identical halves being connected to an opposite side of a secondary winding of a transformer with respect to a said midpoint of the other phase-leg, said transformer having a primary winding connected to an AC supply line for track-bound vehicles, characterized by controlling said semiconductor devices to be turned on and off so as to prevent the current through said secondary winding of the transformer to pass zero and shift direction other than when the voltage across said primary winding shifts direction by a start of a new half period of the AC line voltage across the windings of the transformer.
An in vitro method for predicting the response to continuous positive airway pressure (CPAP) in a subject with obstructive sleep apnea and resistant hypertension, the method comprising determining in an isolated sample of the subject the level of expression of a cardiovascular system functionally related and cardiovascular disease related microRNA, said microRNA selected from the group comprising miR.100.5p or miR.378a.3p, or any combinations thereof, wherein the response is defined in terms of BP (blood pressure), and wherein the response to continuous positive airway pressure is a decrease of mean blood pressure of at least 4.5 mm Hg in relation to initial mean blood pressure before treatment.
Adhesive tape comprising at least one adhesive layer, wherein the adhesive layer has at least one groove and no groove extends to one of the side edges of the adhesive layer, characterized in that the adhesive layers is formed of a pressure-sensitive adhesive and the adhesive tape includes the following layers in the stated order: - grooved adhesive layer - stabilizing film - laminating adhesive - foam layer - further pressure-sensitive adhesive. - grooved adhesive layer - stabilizing film - laminating adhesive - foam layer - further pressure-sensitive adhesive.
A production method for water-atomized metal powder, comprising: spraying primary cooling water that is to impact on a vertically falling molten metal stream to divide the molten metal stream into metal powder and to cool the metal powder, thereby producing water-atomized metal powder having a total content of iron-group components - Fe, Ni, Co-in atomic percent of 76.0 at% or more and less than 82.9 at% and an amorphous proportion of 95% or more, the amorphous proportion is measured as defined in the description, wherein: in a region in which an average temperature of the molten metal stream is 100°C or more higher than a melting point, the temperature is measured as defined in the description, the primary cooling water is sprayed from a plurality of directions to cause the primary cooling water to impact on a guide having a slanting surface that slants toward the molten metal stream and to move the primary cooling water along the slanting surface, characterized by thereby adjusting a convergence angle to 10° to 25°, the convergence angle being an angle between an impact direction on the molten metal stream of the primary cooling water from one direction among a plurality of the directions and an impact direction on the molten metal stream of the primary cooling water from any other direction; and further characterized by in a region in which 0.0004 seconds or more have passed after an impact of the primary cooling water and an average temperature of the metal powder is equal to or higher than a melting point and is equal to or lower than the melting point + 100°C, spraying secondary cooling water on the metal powder under conditions of an impact pressure of 10 MPa or more. in a region in which an average temperature of the molten metal stream is 100°C or more higher than a melting point, the temperature is measured as defined in the description, the primary cooling water is sprayed from a plurality of directions to cause the primary cooling water to impact on a guide having a slanting surface that slants toward the molten metal stream and to move the primary cooling water along the slanting surface, characterized by thereby adjusting a convergence angle to 10° to 25°, the convergence angle being an angle between an impact direction on the molten metal stream of the primary cooling water from one direction among a plurality of the directions and an impact direction on the molten metal stream of the primary cooling water from any other direction; and further characterized by in a region in which 0.0004 seconds or more have passed after an impact of the primary cooling water and an average temperature of the metal powder is equal to or higher than a melting point and is equal to or lower than the melting point + 100°C, spraying secondary cooling water on the metal powder under conditions of an impact pressure of 10 MPa or more.
A method for producing an implant from intestinal tissue, the intestinal tissue comprising a tubular segment of intestine with at least part of its associated vasculature intact, the method comprising: perfusing the vasculature through a vessel thereof with at least one decellularising medium, and separately perfusing the tubular segment of intestine through its lumen with at least one decellularising medium, wherein perfusion of the vasculature is carried out according to a first perfusion protocol and perfusion of the tubular segment of intestine is carried out according to a second, different, protocol, and wherein during perfusion the intestinal tissue is treated in incubation medium or media which are the same as the decellularising medium or media used to perfuse the vascular component of the intestinal tissue. perfusing the vasculature through a vessel thereof with at least one decellularising medium, and separately perfusing the tubular segment of intestine through its lumen with at least one decellularising medium,
Process for the manufacture of a tread band wherein the blocks thereof comprise different portions having differing hysteresis losses; said process comprising a step for the extrusion of a preliminary tread band consisting of a first rubber compound and an injection step, wherein the preliminary tread band, once extruded, is subjected to the action of at least one injector arranged such as to penetrate into the layer of the preliminary tread band and to release a second rubber compound, which is distributed within the layer consisting of said first compound, keeping exposed a surface that is suitable for defining a portion of the groundcontacting surface of the resulting tread band; said first and said second compounds having different dynamic properties in terms of: dynamic modulus at 30°C, tanδ at 0°C, tanδ at 30°C and tanδ at 60°C; said process being characterized in that said first compound has a dynamic modulus at 30°C of between 11.0 and 17.0 MPa, a tanδ at 0°C of between 0.85 and 1.1, a tanδ at 30°C of between 0.45 and 0.65 and a tanδ at 60°C of between 0.19 and 0.30; said second compound having a dynamic modulus at 30°C of between 5.5 and 15 MPa and at least 2 MPa less than that of said first compound, a tanδ at 0°C of between 0.40 and 0.99 and at least 0.02 less than that of said first compound, a tanδ at 30°C of between 0.21 and 0.63 and at least 0.02 less than that of said first compound, a tanδ at 60°C of between 0.10 and 0.28 and at least 0.02 less than that of said first compound.
Power semiconductor module comprising an electrically conductive cover plate attached to stiff module housing elements forming a module housing and at least one pre-assembled and fully testable submodule, said at least one pre-assembled and fully testable submodule comprises: a. an electrically conductive base plate which is movable relative towards said electrically conductive cover plate; b. a plurality of semiconductor chips attached and electrically connected by means of first main electrodes to said electrically conductive base plate; c. flexible individual press pin contacts each arranged together with several layers which are pressed together on second main electrodes of said plurality of semiconductor chips, wherein the compression of said flexible individual pin contacts is limited by said stiff module housing elements; d. contact elements on top of said flexible individual press pin contacts for contacting said electrically conductive cover plate; said plurality of semiconductor chips being electrically connected to said electrically conductive cover plate via said several layers, said flexible individual press pin contacts elements and said contact elements; characterised in that - said at least one pre-assembled and fully testable submodule comprises further a submodule housing element attached to said electrically conductive base plate, said submodule housing element guiding said several layers, at least partially surrounding said electrically conductive base plate and having outside protrusions; and - said at least one submodule is clamped into said module housing by said outside protrusions of said submodule housing elements and being carried by protrusions of said stiff module housing elements. a. an electrically conductive base plate which is movable relative towards said electrically conductive cover plate; b. a plurality of semiconductor chips attached and electrically connected by means of first main electrodes to said electrically conductive base plate; c. flexible individual press pin contacts each arranged together with several layers which are pressed together on second main electrodes of said plurality of semiconductor chips, wherein the compression of said flexible individual pin contacts is limited by said stiff module housing elements; d. contact elements on top of said flexible individual press pin contacts for contacting said electrically conductive cover plate; - said at least one pre-assembled and fully testable submodule comprises further a submodule housing element attached to said electrically conductive base plate, said submodule housing element guiding said several layers, at least partially surrounding said electrically conductive base plate and having outside protrusions; and - said at least one submodule is clamped into said module housing by said outside protrusions of said submodule housing elements and being carried by protrusions of said stiff module housing elements.
A process of making compound I-11: comprising: (a) reducing compound 1-8: in the presence of a catalyst to produce compound I-9: (b) reacting compound I-9 with an acid to produce compound I-10: and (c) reducing compound I-10 in the presence of a catalyst to produce compound I-11; wherein P 1 and P 2 are each independently selected from the group consisting of Ac, Bn, Boc, Bz, Cbz, DMPM, FMOC, Ns, Moz, and Ts. (a) reducing compound 1-8: in the presence of a catalyst to produce compound I-9: (b) reacting compound I-9 with an acid to produce compound I-10: and (c) reducing compound I-10 in the presence of a catalyst to produce compound I-11;
An apparatus capable to communicate with at least a first communication system and a second communication system by time division multiplexing a single receiver, the apparatus comprising a receiver and a controller, wherein the controller is configured to: determine a total protected time interval for an access request to be sent to the first communication system, wherein the total protected time interval is a time interval in which the receiver is tuned to the first communication system and an expected response time for an acknowledgment from the first communication system for the access request, determine a starting time for sending the access request such that the total protected time interval does not overlap a tune-away interval, wherein the starting time is advanced forward or moved backward in time, by a time duration selected such that the total protected time interval does not overlap the tune-away interval, the tune-away interval is a time interval in which the receiver is tuned away from the first communication system for page monitoring on the second communication system, and initiate sending the access request to the first communication system at the starting time. determine a total protected time interval for an access request to be sent to the first communication system, wherein the total protected time interval is a time interval in which the receiver is tuned to the first communication system and an expected response time for an acknowledgment from the first communication system for the access request, determine a starting time for sending the access request such that the total protected time interval does not overlap a tune-away interval, wherein the starting time is advanced forward or moved backward in time, by a time duration selected such that the total protected time interval does not overlap the tune-away interval, the tune-away interval is a time interval in which the receiver is tuned away from the first communication system for page monitoring on the second communication system, and initiate sending the access request to the first communication system at the starting time.
A multi-layer metal sheet, comprising: a core layer of aluminum-containing alloy comprising up to 0.25% Si, up to 0.25% Fe, from 0.5 to 0.6% Cu, from 1.4 to 1.6% Mn, from 0.06 to 0.14% Mg, up to 0.05% Cr, up to 0.04% Zn, from 0.1 to 0.2% Ti, up to 0.05% Sr, up to 0.15% impurities, and the remainder Al, wherein the core layer has a first side and a second side; a first cladding layer and a second cladding layer, wherein the first cladding layer and the second cladding layer are made of an alloy comprising from 6 to 13% Si, up to 0.4% Fe, up to 0.1% Cu, up to 0.1% Mn, up to 0.20% Mg, up to 0.05% Cr, from 2.5 to 4.0% Zn, up to 0.05% Ti, up to 0.02% Sr, up to 0.15% impurities, and the remainder Al, wherein the first side of the core layer is adjacent to the first cladding layer to form a first interface and the second side of the core layer is adjacent to a second cladding layer to form a second interface. a core layer of aluminum-containing alloy comprising up to 0.25% Si, up to 0.25% Fe, from 0.5 to 0.6% Cu, from 1.4 to 1.6% Mn, from 0.06 to 0.14% Mg, up to 0.05% Cr, up to 0.04% Zn, from 0.1 to 0.2% Ti, up to 0.05% Sr, up to 0.15% impurities, and the remainder Al, wherein the core layer has a first side and a second side; a first cladding layer and a second cladding layer, wherein the first cladding layer and the second cladding layer are made of an alloy comprising from 6 to 13% Si, up to 0.4% Fe, up to 0.1% Cu, up to 0.1% Mn, up to 0.20% Mg, up to 0.05% Cr, from 2.5 to 4.0% Zn, up to 0.05% Ti, up to 0.02% Sr, up to 0.15% impurities, and the remainder Al, wherein the first side of the core layer is adjacent to the first cladding layer to form a first interface and the second side of the core layer is adjacent to a second cladding layer to form a second interface.
Signal transmitter for dispensing a light signal for road or rail traffic, comprising a pot-shaped inner housing with a front opening, in which a light source with at least one LED and a driver board for supplying power to the light source are arranged, and an optical attachment closing off the front opening for influencing the light emitted by the light source, which has an internal Fresnel lens and an external diffusing screen, characterised in that the Fresnel lens has air ducts which connect an interior enclosed by inner housing and Fresnel lens to an intermediate space enclosed by Fresnel lens and diffusing screen.
Pipeline system for transporting hydrogen, comprising an outer pipe having a clear outer pipe diameter and a first inner pipe having a clear inner pipe diameter, wherein the first inner pipe has a smaller clear inner pipe diameter compared to the clear outer pipe diameter and is guided inside the outer pipe, and wherein the outer pipe contains a fluid outer pipe medium and is subjected to an outer pipe pressure, and wherein the first inner pipe contains a fluid inner pipe medium and is subjected to an inner pipe pressure, wherein the inner pipe medium (25, 35) contains hydrogen or is hydrogen, characterized in that the outer pipe pressure is greater than the inner pipe pressure.
A service processing method, wherein the method comprises: receiving (201, 301, 501, 701), by an Internet Protocol multimedia subsystem, IMS, core network device, a request message for setting up a Voice over Long Term Evolution, VoLTE, service for originating user equipment, UE, in a packet switched, PS, domain; and triggering (202, 306, 506, 705), by the IMS core network device, a circuit switched fallback, CSFB, service of the UE after determining that the VoLTE service cannot be set up in the PS domain; wherein the triggering, by the IMS core network device, a CSFB service of the UE comprises: sending (306, 506, 705), by the IMS core network device, a first message to the originating UE, wherein the first message is used to trigger the originating UE to initiate an originating CSFB service, the first message comprises a first cause value, and the first cause value is used to notify the originating UE of a reason why the VoLTE service is unavailable; characterized in that before the triggering, by the IMS core network device, the CSFB service of the originating UE, the method further comprises: determining, by the IMS core network device, that the originating UE has registered with a circuit switched domain. receiving (201, 301, 501, 701), by an Internet Protocol multimedia subsystem, IMS, core network device, a request message for setting up a Voice over Long Term Evolution, VoLTE, service for originating user equipment, UE, in a packet switched, PS, domain; and triggering (202, 306, 506, 705), by the IMS core network device, a circuit switched fallback, CSFB, service of the UE after determining that the VoLTE service cannot be set up in the PS domain; wherein the triggering, by the IMS core network device, a CSFB service of the UE comprises: sending (306, 506, 705), by the IMS core network device, a first message to the originating UE, wherein the first message is used to trigger the originating UE to initiate an originating CSFB service, the first message comprises a first cause value, and the first cause value is used to notify the originating UE of a reason why the VoLTE service is unavailable; characterized in that before the triggering, by the IMS core network device, the CSFB service of the originating UE, the method further comprises: determining, by the IMS core network device, that the originating UE has registered with a circuit switched domain. sending (306, 506, 705), by the IMS core network device, a first message to the originating UE, wherein the first message is used to trigger the originating UE to initiate an originating CSFB service, the first message comprises a first cause value, and the first cause value is used to notify the originating UE of a reason why the VoLTE service is unavailable; characterized in that before the triggering, by the IMS core network device, the CSFB service of the originating UE, the method further comprises: determining, by the IMS core network device, that the originating UE has registered with a circuit switched domain.