mhurhangee/ep-ind-claims huggingface dataset:
A terminal device (406, 408) configured to perform measurement event evaluation for measurement reporting in respect of a downlink carrier operating in a wireless telecommunications system, wherein the terminal device comprises a controller unit and a transceiver unit configured to operate together to: determine that measurement event evaluation for the downlink carrier should be undertaken from a start time; obtain measurements of a parameter associated with radio channel conditions for frequency resources used by the downlink carrier during an evaluation period beginning at the start time; establish the extent to which the downlink carrier is being transmitted during the evaluation period; and evaluate whether to send a measurement report to network infrastructure equipment by taking account of both the measurements of the parameter during the evaluation period and the extent to which the downlink carrier is being transmitted during the evaluation period, wherein the terminal device is configured to be in downlink communication with the network infrastructure equipment using a primary downlink component carrier operating on frequency resources within a first frequency band, and the downlink carrier for which measurement event evaluation is performed is a secondary component carrier using frequency resources within a second frequency band, wherein the second frequency band comprises resources that are shared with wireless communication devices that are not part of the wireless telecommunications system. determine that measurement event evaluation for the downlink carrier should be undertaken from a start time; obtain measurements of a parameter associated with radio channel conditions for frequency resources used by the downlink carrier during an evaluation period beginning at the start time; establish the extent to which the downlink carrier is being transmitted during the evaluation period; and evaluate whether to send a measurement report to network infrastructure equipment by taking account of both the measurements of the parameter during the evaluation period and the extent to which the downlink carrier is being transmitted during the evaluation period, wherein the terminal device is configured to be in downlink communication with the network infrastructure equipment using a primary downlink component carrier operating on frequency resources within a first frequency band, and the downlink carrier for which measurement event evaluation is performed is a secondary component carrier using frequency resources within a second frequency band, wherein the second frequency band comprises resources that are shared with wireless communication devices that are not part of the wireless telecommunications system.
A ceramic circuit board, comprising: a ceramic substrate, a copper circuit plate bonded to at least one surface of the ceramic substrate through a brazing material layer comprising Ag, Cu, and Ti, and a brazing material protrudent part formed by the brazing material layer which protrudes outward from a side surface of the copper circuit plate, wherein the brazing material protrudent part comprises a Ti phase and a TiN phase by 3% by mass or more in total, which is different from the total amount of a Ti phase and a TiN phase in the brazing material layer that is interposed between the ceramic substrate and the copper circuit plate, and the brazing material protrudent part contains one or zero void having a cross sectional area of 200 μm 2 or less and no void having a cross-sectional area of more than 200 μm 2. a ceramic substrate, a copper circuit plate bonded to at least one surface of the ceramic substrate through a brazing material layer comprising Ag, Cu, and Ti, and a brazing material protrudent part formed by the brazing material layer which protrudes outward from a side surface of the copper circuit plate, wherein the brazing material protrudent part comprises a Ti phase and a TiN phase by 3% by mass or more in total, which is different from the total amount of a Ti phase and a TiN phase in the brazing material layer that is interposed between the ceramic substrate and the copper circuit plate, and the brazing material protrudent part contains one or zero void having a cross sectional area of 200 μm 2 or less and no void having a cross-sectional area of more than 200 μm 2.
Curtain wall of facade panels placed in a construction of posts and rails, whereby this construction comprises at least one support for such facade panels, whereby the support comprises a body to fasten the support to a post and comprises at least one wing extending sideways in order to support a facade panel, directly or otherwise, whereby the wing is provided with a reinforcing rib against vertical bending, and whereby this reinforcing rib extends in the longitudinal direction of the wing and whereby this reinforcing rib extends upwards and/or downwards, whereby the construction defines a maximum vertical distance between two facade panels to be placed above one another, and whereby the height of the wing at the location of the reinforcing rib is greater than the said maximum vertical distance, whereby the reinforcing rib of the wing, viewed in the horizontal direction, is at least partly between the rail and at least one of the two facade panels placed above one another, wherein the support is fastened to a post and wherein a facade panel is supported in the vertical direction by a post or posts by means of one or more of the said supports, characterised in that the facade panel is, in the vertical direction, not supported by means of the rail.
An end effector, comprising: a first jaw having a first electrode and a first insulator secured thereto; a second jaw having a second electrode and a second insulator secured thereto, the first and second jaws (210, 212) being pivotable between open and closed positions; and a knife slot cooperatively defined in the first and second jaws (210, 212) and defining a diamond-shape cross-section when the first and second jaws are in the closed position, wherein each electrode provides an inner lateral extent that cooperatively defines the diamond-shape cross-section, and wherein a length of at least one of the inner lateral extents is greater than a thickness of a corresponding one of the first or second electrodes (414a, 414b). a first jaw having a first electrode and a first insulator secured thereto; a second jaw having a second electrode and a second insulator secured thereto, the first and second jaws (210, 212) being pivotable between open and closed positions; and a knife slot cooperatively defined in the first and second jaws (210, 212) and defining a diamond-shape cross-section when the first and second jaws are in the closed position, wherein each electrode provides an inner lateral extent that cooperatively defines the diamond-shape cross-section, and wherein a length of at least one of the inner lateral extents is greater than a thickness of a corresponding one of the first or second electrodes (414a, 414b).
A method of manufacturing a flow field plate comprising: mixing graphite and resin materials to provide a molten mixture; forming the mixture into a continuous flow field plate; separating the continuous flow field plate into discrete flow field plates; and providing flow field channels in one of the continuous flow field plate and the discrete flow field plates, wherein the forming step includes extruding the mixture through a die, wherein at the exit of the die the resin has a temperature above the temperature where it begins to melt, and below the temperature where it is completely melted, and has a liquid to solid ratio from 40:60 to 60:40. mixing graphite and resin materials to provide a molten mixture; forming the mixture into a continuous flow field plate; separating the continuous flow field plate into discrete flow field plates; and providing flow field channels in one of the continuous flow field plate and the discrete flow field plates, wherein the forming step includes extruding the mixture through a die, wherein at the exit of the die the resin has a temperature above the temperature where it begins to melt, and below the temperature where it is completely melted, and has a liquid to solid ratio from 40:60 to 60:40.
Device for mounting and protecting a battery (100; 110) for a motor vehicle, the device comprising a battery support trough comprising a rear wall defined along a longitudinal horizontal axis along which there lies a bottom provided with wells that are intended to receive means for mounting the support trough on a body structure of the vehicle, the device being characterized in that it comprises at least one battery retention element that is positioned in the battery support trough and is configured so as to be arranged in contact with one of the faces of the battery, the retention element comprising a first part and at least one protective lid covering at least one well of the support trough.
An ophthalmic pharmaceutical composition for use in the treatment of the dry eye syndrome comprising hydrocortisone or a pharmaceutically acceptable salt thereof in an amount equal to or greater than 0.0005% by weight and less than 0.003% by weight and a lacrimal substitute.
An implantable device comprising a degradable outer housing comprising a degradable polymer, and an inner non-degradable portion comprising a non-degradable polymer, wherein the degradable outer housing is patterned, and the patterned portion comprises blood vessel geometries.
A method performed by a base station configured to communicate with a user equipment, UE, the method comprising; transmitting a Master Information Block, MIB, comprising a plurality of bits which are used to represent a value that maps to one of a plurality of Transport Block Sizes, TBSs, for System Information Block 1, SIB1, and to one of a plurality of numbers of repetitions of the SIB1; and transmitting, using a fixed number of resource blocks, the SIB1 based on the one of the plurality of TBSs and the one of the plurality of numbers of repetitions. transmitting a Master Information Block, MIB, comprising a plurality of bits which are used to represent a value that maps to one of a plurality of Transport Block Sizes, TBSs, for System Information Block 1, SIB1, and to one of a plurality of numbers of repetitions of the SIB1; and transmitting, using a fixed number of resource blocks, the SIB1 based on the one of the plurality of TBSs and the one of the plurality of numbers of repetitions.
Smart toilet with a filtering water channel, comprising a smart seat unit, a ceramic base, a filter cartridge, a connection piece, on which a water-inlet opening and a water-outlet opening are provided, and a sleeve, which is connected to the connection piece, wherein the sleeve encloses the filter cartridge, wherein the filtering water channel serves to supply the smart seat unit with water, wherein the filter cartridge is arranged in the filtering water channel, wherein an inner end of the filter cartridge and the connection piece are removably screw-connected, and wherein the filtering water channel runs through the water-inlet opening into the filter cartridge and, subsequently, out of the water-outlet opening and, finally, to the smart seat unit, characterized in that the connection piece is arranged within the ceramic base, wherein a lower region of a side wall of the ceramic base contains an installation opening, which is connected to the interior space of the ceramic base, wherein the filter cartridge is inserted into the ceramic base through the installation opening, wherein the sleeve is arranged within the ceramic base, wherein also provided is a base plate, which is arranged within the ceramic base, wherein the sleeve is connected to the base plate, wherein also provided is a decorative cover for covering the installation opening from the outside, and wherein the decorative cover is in clamping connection with the sleeve.
A first apparatus comprising: means for causing a first network element of a cellular communication svstem providing a sub-cell within a cell to perform operations comprising acquiring a location update request from a terminal device within the sub-cell, wherein the location update request is triggered by a cell selection, cell reselection and/or tracking area change, and wherein the location update request is a part of a random access procedure, and wherein the location update request comprises a terminal device identifier and a cell identifier of a selected cell; means for determining, by the first network element, that the terminal device has selected the sub-cell based on the cell identifier of the selected cell indicating the sub-cell, and means for forwarding, by the first network element, the location update request to a second network element of the cellular communication system providing the cell. means for causing a first network element of a cellular communication svstem providing a sub-cell within a cell to perform operations comprising acquiring a location update request from a terminal device within the sub-cell, wherein the location update request is triggered by a cell selection, cell reselection and/or tracking area change, and wherein the location update request is a part of a random access procedure, and wherein the location update request comprises a terminal device identifier and a cell identifier of a selected cell; means for determining, by the first network element, that the terminal device has selected the sub-cell based on the cell identifier of the selected cell indicating the sub-cell, and means for forwarding, by the first network element, the location update request to a second network element of the cellular communication system providing the cell.
A subtalar joint implant for replacing a natural subtalar joint existing between the talus and calcaneum bones of a patient, the implant comprising: a talar portion configured to be rigidly attached to the talus; and a calcaneal portion configured to be rigidly attached to the calcaneum, wherein, where upper and lower directions are defined relative to the orientation of the implant when implanted in a weight bearing or standing patient: a first and a second region of a lower surface of the talar portion are configured to be in contact with respective first and second regions of an upper surface of the calcaneal portion during use; the first regions (31, 41) are shaped so as to allow sliding of the first region of the lower surface of the talar portion over the first region of the upper surface of the calcaneal portion; characterized in that: the second regions (32, 42) are shaped so as to define a pivot point or line of pivot points and constrain said sliding of the first region of the lower surface of the talar portion over the first region of the upper surface of the calcaneal portion to trajectories that involve pivoting of the talar portion relative to the calcaneal portion about the pivot point or pivot points. a talar portion configured to be rigidly attached to the talus; and a calcaneal portion configured to be rigidly attached to the calcaneum, wherein, where upper and lower directions are defined relative to the orientation of the implant when implanted in a weight bearing or standing patient: a first and a second region of a lower surface of the talar portion are configured to be in contact with respective first and second regions of an upper surface of the calcaneal portion during use; the first regions (31, 41) are shaped so as to allow sliding of the first region of the lower surface of the talar portion over the first region of the upper surface of the calcaneal portion; a first and a second region of a lower surface of the talar portion are configured to be in contact with respective first and second regions of an upper surface of the calcaneal portion during use; the first regions (31, 41) are shaped so as to allow sliding of the first region of the lower surface of the talar portion over the first region of the upper surface of the calcaneal portion; characterized in that: the second regions (32, 42) are shaped so as to define a pivot point or line of pivot points and constrain said sliding of the first region of the lower surface of the talar portion over the first region of the upper surface of the calcaneal portion to trajectories that involve pivoting of the talar portion relative to the calcaneal portion about the pivot point or pivot points.
A brazed induction heating cooking utensil, comprising a utensil body made from a first material, wherein the outer surface of the bottom of the utensil body is brazed with a transition material and is connected with the inner surface of a thermal distribution plate via brazing, wherein the thermal distribution plate is made of ferromagnetic heat conducting material, characterized in that --- the outer surface of the bottom of the utensil body is provided with a groove in the middle, wherein the periphery of the bottom of the groove is further surrounded with a closed groove, wherein the closed groove is a further extension of the depth of said groove; --- the thermal distribution plate is provided with a hole in the middle, the form and the position of which corresponds with said groove, wherein the hole is surrounded by an inward fold-over structure, the size and position of which corresponds with the closed groove, wherein when the thermal distribution plate is brazed with the outer surface of the bottom of the utensil body, the inward fold-over structure extends into said groove or inserts into the closed groove. --- the outer surface of the bottom of the utensil body is provided with a groove in the middle, wherein the periphery of the bottom of the groove is further surrounded with a closed groove, wherein the closed groove is a further extension of the depth of said groove; --- the thermal distribution plate is provided with a hole in the middle, the form and the position of which corresponds with said groove, wherein the hole is surrounded by an inward fold-over structure, the size and position of which corresponds with the closed groove, wherein when the thermal distribution plate is brazed with the outer surface of the bottom of the utensil body, the inward fold-over structure extends into said groove or inserts into the closed groove.
A control method for controlling a wastewater network, said network including actuators (P1-P10) suitable for influencing the flow rates of water in the network, with the behavior of the actuator depending on setpoints, the method comprising: • a step of selecting a rain type from a list of predetermined rain types, • a step of sending the setpoints of the selected set of setpoints to said actuators, • a step of obtaining first state information representative of a current state of the network, said set of setpoints being selected from the list of predetermined sets of setpoints as a function of the first state information, the control method further comprising: • a step of obtaining second state information representative of a current or forecast state of the network, • a step of determining at least one new set of setpoints as a function of a model of the network and as a function of the second state information, and • a step of adding said new set of setpoints to said list of sets of setpoints, in which said step of determining at least one set of setpoints comprises determining the model of the network as a function of a nominal model of the network and the second state information, characterized in that it further comprises: • a step of selecting a rain type from a list of predetermined rain types, as a function of forecast or measured rain, • a step of selecting a set of setpoints from a list of predetermined setpoints, as a function of the selected rain type, • a step of evaluating optimum performance of the network during a rain event, • a step of evaluating simulated performance of the network, as a function of a rain hyetograph of the rain event and as a function of a set of setpoints selected as a function of said rain hyetograph, • a step of comparing said optimum and simulated performance evaluations. • a step of selecting a rain type from a list of predetermined rain types, • a step of sending the setpoints of the selected set of setpoints to said actuators, • a step of obtaining first state information representative of a current state of the network, said set of setpoints being selected from the list of predetermined sets of setpoints as a function of the first state information, • a step of obtaining second state information representative of a current or forecast state of the network, • a step of determining at least one new set of setpoints as a function of a model of the network and as a function of the second state information, and • a step of adding said new set of setpoints to said list of sets of setpoints, • a step of selecting a rain type from a list of predetermined rain types, as a function of forecast or measured rain, • a step of selecting a set of setpoints from a list of predetermined setpoints, as a function of the selected rain type, • a step of evaluating optimum performance of the network during a rain event, • a step of evaluating simulated performance of the network, as a function of a rain hyetograph of the rain event and as a function of a set of setpoints selected as a function of said rain hyetograph, • a step of comparing said optimum and simulated performance evaluations.
A radio frequency antenna element for magnetic resonance imaging, - the RF antenna element comprising a detuning system and a resonant electrically conductive loop and - the detuning system comprising an electroluminescent switching element configured to detune the resonant electrically conductive loop, wherein - the electroluminescent switching element is coupled to the resonant electrically conductive loop, wherein - the detuning system includes a photo-electric conversion element that is optically coupled to the electroluminescent switching element and configured to detect an electro-luminescent signal from the electroluminescent switching element. - the RF antenna element comprising a detuning system and a resonant electrically conductive loop and - the detuning system comprising an electroluminescent switching element configured to detune the resonant electrically conductive loop, wherein - the electroluminescent switching element is coupled to the resonant electrically conductive loop, wherein - the detuning system includes a photo-electric conversion element that is optically coupled to the electroluminescent switching element and configured to detect an electro-luminescent signal from the electroluminescent switching element.