mhurhangee/ep-ind-claims huggingface dataset:
A wireless transmit/receive unit, WTRU, comprising: a transmitter configured to transmit a service request to an Evolved Universal Mobile Telecommunications System, UMTS, Terrestrial Radio Access Network, E-UTRAN; and a processor, coupled to the transmitter, the processor configured to implement a Non-Access Stratum, NAS, layer to: determine whether to request a Circuit Switched, CS, fallback, generate, after the determining to request the CS fallback, the service request including a request to perform the CS fallback and CS service information, and receive, from another layer of the WTRU, an indication of completion of the CS fallback based on a mode change to an A/Gb mode or a mode change to a Iu mode as a notification of completion of the CS fallback. a transmitter configured to transmit a service request to an Evolved Universal Mobile Telecommunications System, UMTS, Terrestrial Radio Access Network, E-UTRAN; and a processor, coupled to the transmitter, the processor configured to implement a Non-Access Stratum, NAS, layer to: determine whether to request a Circuit Switched, CS, fallback, generate, after the determining to request the CS fallback, the service request including a request to perform the CS fallback and CS service information, and receive, from another layer of the WTRU, an indication of completion of the CS fallback based on a mode change to an A/Gb mode or a mode change to a Iu mode as a notification of completion of the CS fallback. determine whether to request a Circuit Switched, CS, fallback, generate, after the determining to request the CS fallback, the service request including a request to perform the CS fallback and CS service information, and receive, from another layer of the WTRU, an indication of completion of the CS fallback based on a mode change to an A/Gb mode or a mode change to a Iu mode as a notification of completion of the CS fallback.
Method for matching the impedance of a transmission channel comprising an output amplifier stage connected to a load via an impedance matching network comprising variable impedances, the method comprising the following steps: a temperature measuring signal generated by the operation of the output amplifier stage is produced, by means of a temperature detector placed in the immediate vicinity of this stage, the measurement signal is supplied at the input of a circuit (CTRL) for controlling the variable impedances of the matching network, and said control circuit is used to vary the values of said variable impedances by executing an algorithm for searching for values of said impedances tending to minimize the temperature sensed, said algorithm being chosen from: - a systematic exploration of all the possible values of the variable impedances of the impedance matching network and an observation of the heating of the output amplifier stage each time; and - a convex optimization algorithm. - a systematic exploration of all the possible values of the variable impedances of the impedance matching network and an observation of the heating of the output amplifier stage each time; and - a convex optimization algorithm.
An electric contact coupling for a rail-guided vehicle, particularly a railway vehicle, wherein the electric contact coupling comprises the following: - a coupling housing having a housing opening configured in one housing end face and a gasket at least partially surrounding the housing opening; and - a protective flap articulated to the coupling housing such that the protective flap can be pivoted relative to the coupling housing about a fixed rotation axis from a first position, in which the housing opening is covered, into a second position, in which the housing opening is uncovered, characterized in that the gasket exhibits an upper sealing area extending substantially parallel to the rotation axis and a lower sealing area extending substantially parallel to the rotation axis, wherein the protective flap has a contact area contacting the gasket in the first position of the protective flap in order to seal the coupling housing, wherein the section of the contact area contacting the upper sealing area in the first position of the protective flap is configured as a sealing face aligned substantially perpendicular to the housing end face, and wherein the section of the contact area contacting the lower sealing area in the first position of the protective flap is configured as a sealing face aligned substantially parallel to the housing end face. - a coupling housing having a housing opening configured in one housing end face and a gasket at least partially surrounding the housing opening; and - a protective flap articulated to the coupling housing such that the protective flap can be pivoted relative to the coupling housing about a fixed rotation axis from a first position, in which the housing opening is covered, into a second position, in which the housing opening is uncovered,
Method for obtaining a fibrous preparation for manufacturing a paper having significant water repellency and opacity in the dry or wet state characterised in that it includes at least the following steps: - suspending fibres in water, - adding calcium salts to said fibres, - adding a source of carbonate salts in the form of an aqueous solution, - stirring the resulting mixture for a time sufficient to allow calcium carbonate particles to be precipitated, - adding a solution of fatty acid salts heated to a temperature which corresponds to the micellisation temperature of said fatty acid salts and takes into account the critical micellar concentration of said fatty acid salts, - stirring the mixture thus obtained for a time sufficient to allow the fatty acids to be absorbed at the surface of the calcium carbonate particles and to obtain the desired fibrous preparation. - suspending fibres in water, - adding calcium salts to said fibres, - adding a source of carbonate salts in the form of an aqueous solution, - stirring the resulting mixture for a time sufficient to allow calcium carbonate particles to be precipitated, - adding a solution of fatty acid salts heated to a temperature which corresponds to the micellisation temperature of said fatty acid salts and takes into account the critical micellar concentration of said fatty acid salts, - stirring the mixture thus obtained for a time sufficient to allow the fatty acids to be absorbed at the surface of the calcium carbonate particles and to obtain the desired fibrous preparation.
Dental restoration cementing assembly, comprising a dental restoration with a closable axial passage, and a base adapted to extend into the passage of the dental restoration and having a hollow interior opened into an occlusal direction, and further comprising a dental restoration cementing device (1; 10) for cementing the dental restoration to the base comprising a body portion (11; 110) dimensioned to tightly fit into the hollow interior of the base via the passage of the dental restoration, and a hollow cementing portion (12; 120) extending from the body portion (11; 110), wherein the cementing portion (12; 120) has a lateral opening (121; 1210) which is located outside the base when the body portion (11; 110) is fitted into the hollow interior of the base such that a pathway is formed from the interior of the cementing portion (12; 120) through the lateral opening (121; 1210) into a gap between the dental restoration and the base.
A security shootbolt for a multipoint lock, comprising an external box-like body and two hook-shaped latches (3, 4) that can rotate about a respective pin (5, 6) for fixing to the box-like body, and an actuation slide, said latches (3, 4) being functionally associated with said actuation slide which in turn is integral with an actuation rod of a main lock, the pivoting pin of a first latch being arranged proximate to the external face of said box-like body and to the region of entry of the actuation rod of the main lock, the pin of the second latch being arranged proximate to the external face of said box-like body and to the portion opposite the region of entry of the rod, said slide comprising a first end for coupling to said actuation rod, and a straight section and elements for coupling to said second latch, characterized in that said slide comprises an abutment tooth for a shoulder of said first latch so that in the configuration of full extraction, said abutment tooth of said slide will allow the resting of said shoulder, thus preventing its extraction, said first latch comprising a recess proximate to said shoulder for the entry of said tooth of said slide in the event the first latch is forced to retract in order to break and enter, with consequent temporary decoupling of said first latch from said slide and maintenance of the second latch in the extraction configuration, and vice versa.
A method for manufacturing a heat sink having a central axis, comprising: forming a plurality of fins extending across the central axis of the heat sink from a first end of the heat sink to a second end of the heat sink by extruding a unitary block of metal; simultaneously forming a base with the plurality of fins positioned below the plurality of fins; coupling rails to the base extending from the first end of the heat sink to a second end of the heat sink. wherein the fins have planar edges; wherein sides of the fins extend in a direction perpendicular to the central axis of the heat sink. forming a plurality of fins extending across the central axis of the heat sink from a first end of the heat sink to a second end of the heat sink by extruding a unitary block of metal; simultaneously forming a base with the plurality of fins positioned below the plurality of fins; coupling rails to the base extending from the first end of the heat sink to a second end of the heat sink. wherein the fins have planar edges; wherein sides of the fins extend in a direction perpendicular to the central axis of the heat sink.
A power management method of a wireless communication device comprising a modem for wireless communication and a battery for supplying power to the modem, the method comprising: obtaining information regarding a power consumption of the modem as a function of time, the information being provided by the modem during wireless communication; forming power consumption statistics from the obtained information, wherein the power consumption statistics comprise an average power consumption during wireless communication as a function of one or more time parameters; and controlling use of the modem by one or more applications of the wireless communication device based on the power consumption statistics, wherein controlling use of the modem comprises causing communication of the one or more applications to take place at a first time when the average power consumption during wireless communication is less than a threshold value, and characterised in presenting, via a user interface of the wireless communication device, information regarding a second time when starting of an application is suitable based on the power consumption statistics. obtaining information regarding a power consumption of the modem as a function of time, the information being provided by the modem during wireless communication; forming power consumption statistics from the obtained information, wherein the power consumption statistics comprise an average power consumption during wireless communication as a function of one or more time parameters; and controlling use of the modem by one or more applications of the wireless communication device based on the power consumption statistics, wherein controlling use of the modem comprises causing communication of the one or more applications to take place at a first time when the average power consumption during wireless communication is less than a threshold value, and characterised in presenting, via a user interface of the wireless communication device, information regarding a second time when starting of an application is suitable based on the power consumption statistics.
A device for the additive production of three-dimensional objects by successive, layered, selective irradiation and accompanying successive, layered, selective solidification of construction material layers composed of a construction material that can be solidified by means of an energy beam, comprising: - a plurality of irradiation devices (6, 7), each of which is configured to generate at least one energy beam, - a control device, which is configured to generate control information controlling the operation of the irradiation devices (6, 7) and to control the operation of the irradiation devices (6, 7) based on generated control information, wherein the control device is configured to generate first control information to control the operation of at least one first irradiation device, on the basis of which the first irradiation device generates a first energy beam for the successive, layered, selective solidification of a construction material layer, and is configured to generate second control information to control the operation of at least one second irradiation device, on the basis of which the second irradiation device generates a second energy beam for the thermal pre-treatment of a construction material layer to be selectively solidified, particularly in a region of the construction material layer to be selectively solidified, and/or a second energy beam for the thermal post-treatment of a selectively solidified construction material layer, particularly in a selectively solidified region of the construction material layer, wherein it comprises a plurality of irradiation devices (6, 7) that are operable or operated as second irradiation devices, wherein the control device is configured to generate second control information, on the basis of which the second energy beams generated by respective second irradiation devices can be guided or are guided leading or trailing the first energy beam generated by the first irradiation device, with a defined local and/or temporal lead or lag, along the same trajectory, over a construction material layer that is to be or has been selectively solidified, as the first energy beam generated by the first irradiation device, characterised in that the control device is configured to control the energy input, which is to be or has been introduced into a construction material layer, of respective energy beams generated by respective second irradiation devices as a function of the local and/or temporal lead or lag of the respective second energy beams relative to the first energy beam generated by the first irradiation device. - a plurality of irradiation devices (6, 7), each of which is configured to generate at least one energy beam, - a control device, which is configured to generate control information controlling the operation of the irradiation devices (6, 7) and to control the operation of the irradiation devices (6, 7) based on generated control information, wherein
A fumehood, comprising: - a workspace defined by a frame and accessed by a front opening; and - a front sash closure mounted to said frame, said front sash closure comprising: - a transparent fixed pane and a transparent hinged pane; - wherein said transparent fixed pane is securely mounted to said frame of said fumehood so as to partially cover said front opening of said fumehood, whereby to reduce the size of said front opening of said fumehood to a working opening; characterized in that said transparent hinged pane is hingedly mounted to said frame of said fumehood midpoint in said working opening so as to be able to selectively cover either (i) a top half of said working opening, or (ii) a bottom half of said working opening. - a workspace defined by a frame and accessed by a front opening; and - a front sash closure mounted to said frame, said front sash closure comprising: - a transparent fixed pane and a transparent hinged pane; - wherein said transparent fixed pane is securely mounted to said frame of said fumehood so as to partially cover said front opening of said fumehood, whereby to reduce the size of said front opening of said fumehood to a working opening; - a transparent fixed pane and a transparent hinged pane; - wherein said transparent fixed pane is securely mounted to said frame of said fumehood so as to partially cover said front opening of said fumehood, whereby to reduce the size of said front opening of said fumehood to a working opening;
A propylene and 1-hexene copolymer containing from 0.5 wt% to less than 5wt% of 1-hexene derived units said copolymer having: a) a melting point higher than 145°C; b) a melt flow rate determined according to ISO method 1133 (230° C, 2.16 kg ranging from 10 to 60 g/10min; said copolymer being chemically degradated to MFR2 and wherein the ratio MFR2/MFR1 is comprised between 15 and 56; wherein MFR1 is the melt flow rate measured according to ISO method 1133 (230° C, 2.16 kg) of the propylene/1-hexene copolymer before the degradation a) a melting point higher than 145°C; b) a melt flow rate determined according to ISO method 1133 (230° C, 2.16 kg ranging from 10 to 60 g/10min; said copolymer being chemically degradated to MFR2 and wherein the ratio MFR2/MFR1 is comprised between 15 and 56; wherein MFR1 is the melt flow rate measured according to ISO method 1133 (230° C, 2.16 kg) of the propylene/1-hexene copolymer before the degradation
Vertical position fixing of a treatment chamber inside a tire vulcanizing machine for the fastening of treatment chamber elements (40, 50, 60) at least during a vulcanization process so that in the closed position at least one defined vertical distance H can be fixed and wherein fixing means are provided on at least one treatment chamber element (40, 50, 60) and are designed in such a way that a fixing which is releasable and absorbs the occurring forces is facilitated, characterized in that the fixing means are provided at least in the region of a tension casing in such a way that the fixing means are provided at least in a section of the inner wall of the tension casing and that the fixing means are formed by means of at least one longitudinal and transverse groove combination.
A system for digitally printing directly on a plurality of containers, the system comprising: a device configured to fix or determine an initial position and orientation of an individual container; a plurality of print heads configured to print directly on said containers; a plurality of container holders (20, 20'), the holders (20, 20') configured hold or retain an individual container, to rotate the individual container, and to maintain a rotational position of the individual container relative to at least one print head (100a - 100e) while printing occurs; and one or more curing devices; wherein the plurality of container holders (20, 20') are configured to move along a path having a portion with a radius; characterised in that the system includes an inner wheel and an outer wheel; the print heads (100a - 100e) are provided on the inner wheel; the container holders (20, 20') are configured to follow the path of the outer wheel; and the inner wheel is configured to index and rotate in a direction opposing the rotational direction of the outer wheel. a device configured to fix or determine an initial position and orientation of an individual container; a plurality of print heads configured to print directly on said containers; a plurality of container holders (20, 20'), the holders (20, 20') configured hold or retain an individual container, to rotate the individual container, and to maintain a rotational position of the individual container relative to at least one print head (100a - 100e) while printing occurs; and one or more curing devices; wherein the plurality of container holders (20, 20') are configured to move along a path having a portion with a radius; characterised in that the system includes an inner wheel and an outer wheel; the print heads (100a - 100e) are provided on the inner wheel; the container holders (20, 20') are configured to follow the path of the outer wheel; and the inner wheel is configured to index and rotate in a direction opposing the rotational direction of the outer wheel.
Method for automatically optimizing a predictive dynamic bending light function of a lighting system of a vehicle, comprising - configuring a bending light control unit for controlling a lighting system of a vehicle with initial bending light control parameter values as bending light control parameter values to be used; - configuring a classification unit for automatically classifying a performance of the bending light control unit into a desired performance class and at least one further performance class, depending on output values of the bending light control unit; - configuring a control parameter optimization unit for ascertaining updated bending light control parameter values depending on input values of the bending light control unit and classifications of the performance of the bending light control unit assigned to the input values; - acquiring journey trajectory parameter values as the input values of the bending light control unit during at least one journey of the vehicle; - ascertaining output values of the bending light control unit, and automatically classifying the performance of the bending light control unit depending on the ascertained output values during the at least one journey; and - ascertaining updated bending light control parameter values, and adapting the bending light control parameter values to be used to the updated bending light control parameter values, wherein the ascertainment of updated bending light control parameter values comprises the application of a genetic algorithm with which a frequency of a classification of the performance of the bending light control unit into the desired performance class is increased. - configuring a bending light control unit for controlling a lighting system of a vehicle with initial bending light control parameter values as bending light control parameter values to be used; - configuring a classification unit for automatically classifying a performance of the bending light control unit into a desired performance class and at least one further performance class, depending on output values of the bending light control unit; - configuring a control parameter optimization unit for ascertaining updated bending light control parameter values depending on input values of the bending light control unit and classifications of the performance of the bending light control unit assigned to the input values; - acquiring journey trajectory parameter values as the input values of the bending light control unit during at least one journey of the vehicle; - ascertaining output values of the bending light control unit, and automatically classifying the performance of the bending light control unit depending on the ascertained output values during the at least one journey; and - ascertaining updated bending light control parameter values, and adapting the bending light control parameter values to be used to the updated bending light control parameter values, wherein