mhurhangee/patent-ind-claim-en huggingface dataset:
A control method of a base station (2a-05, 2a-10, 2a-15, 2a-20; 2c-10, 2c-30; 2h-05, 2h-10; 3a-05, 3a-10, 3a-15, 3a-20) in a wireless communication system, the control method comprising: identifying (11-01) service data association protocol, SDAP, configuration information for a data radio bearer, DRB; generating (11-05) a radio resource control, RRC, message including DRB configuration information, the DRB configuration information including the identified SDAP configuration information and an DRB identity corresponding to the identified SDAP configuration information, the RRC message being at least one of a message for establishing an RRC connection or a message for reconfiguring the RRC connection; and transmitting (11-10) the RRC message including the DRB configuration information including the SDAP configuration information and the DRB identity to a UE (2a-35; 2c15; 2h-20, 2h-25; 3a-35), wherein the SDAP configuration information included in the RRC message includes protocol data unit, PDU, session identifier information for an SDAP entity associated with the DRB, and wherein the SDAP configuration information included in the RRC message further includes a first indicator indicating whether an SDAP header is present or absent for the SDAP entity associated with the DRB, and second indicator indicating whether or not the DRB associated with the SDAP entity is a default DRB. identifying (11-01) service data association protocol, SDAP, configuration information for a data radio bearer, DRB; generating (11-05) a radio resource control, RRC, message including DRB configuration information, the DRB configuration information including the identified SDAP configuration information and an DRB identity corresponding to the identified SDAP configuration information, the RRC message being at least one of a message for establishing an RRC connection or a message for reconfiguring the RRC connection; and transmitting (11-10) the RRC message including the DRB configuration information including the SDAP configuration information and the DRB identity to a UE (2a-35; 2c15; 2h-20, 2h-25; 3a-35), wherein the SDAP configuration information included in the RRC message includes protocol data unit, PDU, session identifier information for an SDAP entity associated with the DRB, and wherein the SDAP configuration information included in the RRC message further includes a first indicator indicating whether an SDAP header is present or absent for the SDAP entity associated with the DRB, and second indicator indicating whether or not the DRB associated with the SDAP entity is a default DRB.
A flotation tank for being disposed in an inner space of a self-supporting framework , the flotation tank comprising - a self-supporting tank , the tank having a lower tank part and a tapered upper tank part which is narrower than the lower tank part , the tank having a mouth at the upper end of the upper tank part and an overflow lip at the periphery of the mouth , and - an overflow receptacle , the overflow receptacle being connected to the tapered upper part of the tank beside the overflow lip for receiving, collecting and discharging an overflow that overflows from the tank over the overflow lip , when in use characterized in that the tank and the overflow receptacle are made of thermoplastic polymer; and that the overflow lip comprises a separate lip member , and the lip member is connectable to the upper part of the tank at a desired height position to obtain a suitable overflow height for the overflow. - a self-supporting tank , the tank having a lower tank part and a tapered upper tank part which is narrower than the lower tank part , the tank having a mouth at the upper end of the upper tank part and an overflow lip at the periphery of the mouth , and - an overflow receptacle , the overflow receptacle being connected to the tapered upper part of the tank beside the overflow lip for receiving, collecting and discharging an overflow that overflows from the tank over the overflow lip , when in use characterized in that the tank and the overflow receptacle are made of thermoplastic polymer; and that the overflow lip comprises a separate lip member , and the lip member is connectable to the upper part of the tank at a desired height position to obtain a suitable overflow height for the overflow.
A surgical instrument , the instrument comprising: a stem , the stem having a proximal end and having a distal end ; a handle portion , the handle portion being provided towards the proximal end of the stem; and a guide element , the guide element being provided towards the distal end of the stem, wherein the guide element provides: a body element defining a guide channel , the guide channel having a longitudinal axis and being open at both ends along the longitudinal axis; and one or more positioning elements , characterised in that a curved element and/or an edge is provided towards the distal end of the one or more positioning elements, and wherein the curved element and/or edge project away from the guide element towards a longitudinal axis of the guide channel. a handle portion , the handle portion being provided towards the proximal end of the stem; and a guide element , the guide element being provided towards the distal end of the stem, wherein the guide element provides: a body element defining a guide channel , the guide channel having a longitudinal axis and being open at both ends along the longitudinal axis; and one or more positioning elements , characterised in that a curved element and/or an edge is provided towards the distal end of the one or more positioning elements, and wherein the curved element and/or edge project away from the guide element towards a longitudinal axis of the guide channel. a body element defining a guide channel , the guide channel having a longitudinal axis and being open at both ends along the longitudinal axis; and one or more positioning elements , characterised in that a curved element and/or an edge is provided towards the distal end of the one or more positioning elements, and wherein the curved element and/or edge project away from the guide element towards a longitudinal axis of the guide channel.
Jig for setting an oblong expansion element in a dowel for the fixture of an insulation board ,with a coupling structure for coupling to a power drill, an engagement structure for engaging the oblong expansion element and for rotating with the coupling structure around a central axis of the jig, a flange extending substantially radially with respect to the central axis and a cutting arrangement for cutting into the insulation board , which cutting arrangement is coupled to the flange , characterized in that , the cutting arrangement is form-fit to the flange by a snap-fit, in that the cutting arrangement comprises snap-in hooks facing radially in the inward direction with respect to the axial direction , preferably more than two snap-in hooks , in particular four snap-in hooks , for engaging corresponding counteropenings of the flange for the snap-fit, wherein the cutting arrangement is configured for being snap-fit to the flange by sliding the cutting arrangement in the direction of the central axis and aligning it with the flange , and wherein the snap-in hooks are radially bendable to engage with the counteropenings .
System with a rolling mill stand with one pair of work rolls for rolling a metal strip (B), with intermediate rolls and back-up rolls , where the intermediate rolls are each carried in a roll chock that can be pushed in the direction of its longitudinal axis into and out of the rolling mill stand, where one intermediate roll , respectively, supports the work roll assigned to it in a direction that is essentially perpendicular to the surface of the metal strip (B) and one back-up roll , respectively, supports the intermediate roll assigned to it , with four supporting systems for lateral support of the respective work rolls assigned, where a supporting force can be applied to each supporting system by means of a force generating device with a supporting force directed towards the work roll and each supporting system has a supporting roll , roller bearings and at least one part of a support beam , and where each supporting system can be moved from an idle position, where it is disposed outside of the area in which the roll chocks of the intermediate rolls move when being pushed in and pulled out, into an operating position, in which it rests on the respective work roll , characterised in that the system also has additional work rolls with a smaller diameter and also has four further support systems with smaller supporting rolls , the two working rolls being exchangeable for the working rolls of smaller diameter, the support systems being exchangeable for this purpose for support systems with smaller support rolls , but not the intermediate rolls and back-up rolls .
Ski boot comprising: a rigid foot portion covering at least part of a foot area of the boot , and a shoe inserted at least partially in said foot portion , said shoe protruding from said foot portion with a leg portion ; characterized in that said rigid foot portion comprises two side ears near a medial/rear area of the same foot portion partially covering the leg portion of said shoe , said boot being provided with retention means suitable to assume at least two configurations: - a first configuration wherein they are configured to limit and/or block the relative movement of said leg portion of said shoe between the two side ears , or - a second configuration in which they are configured to allow the relative movement of said leg portion of said shoe between the side ears , so that the leg of the user is completely free to move as the shoe may move freely between the two side ears . said rigid foot portion comprises two side ears near a medial/rear area of the same foot portion partially covering the leg portion of said shoe , said boot being provided with retention means suitable to assume at least two configurations: - a first configuration wherein they are configured to limit and/or block the relative movement of said leg portion of said shoe between the two side ears , or - a second configuration in which they are configured to allow the relative movement of said leg portion of said shoe between the side ears , so that the leg of the user is completely free to move as the shoe may move freely between the two side ears . - a first configuration wherein they are configured to limit and/or block the relative movement of said leg portion of said shoe between the two side ears , or - a second configuration in which they are configured to allow the relative movement of said leg portion of said shoe between the side ears , so that the leg of the user is completely free to move as the shoe may move freely between the two side ears .
An integrated circuit, comprising: a current-sensing device driver circuit configured to drive first and second control terminals of respective first and second parallel switching devices of different type within a hybrid switch with respective first and second periodic control signals that establish a first on-off switching pattern within the hybrid switch , in response to estimating a forward on-state current in the hybrid switch from a measurement of a first voltage associated with at least a first terminal of the hybrid switch , wherein a duty cycle associated with the first periodic control signal is greater than a duty cycle associated with the second periodic control signal; characterized by said current-sensing device driver circuit being further configured to drive the first and second control terminals with respective third and fourth periodic control signals that establish a second on-off switching pattern within the hybrid switch that is unequal to the first on-off switching pattern, wherein a duty cycle associated with the third periodic control signal is less than a duty cycle associated with the fourth periodic control signal, in response to estimating an updated forward on-state current in the hybrid switch from an updated first voltage associated with the first terminal. a current-sensing device driver circuit configured to drive first and second control terminals of respective first and second parallel switching devices of different type within a hybrid switch with respective first and second periodic control signals that establish a first on-off switching pattern within the hybrid switch , in response to estimating a forward on-state current in the hybrid switch from a measurement of a first voltage associated with at least a first terminal of the hybrid switch , wherein a duty cycle associated with the first periodic control signal is greater than a duty cycle associated with the second periodic control signal; characterized by said current-sensing device driver circuit being further configured to drive the first and second control terminals with respective third and fourth periodic control signals that establish a second on-off switching pattern within the hybrid switch that is unequal to the first on-off switching pattern, wherein a duty cycle associated with the third periodic control signal is less than a duty cycle associated with the fourth periodic control signal, in response to estimating an updated forward on-state current in the hybrid switch from an updated first voltage associated with the first terminal.
Method of constructing an underwater pumped storage power plant in a dry, but floodable ground depression , in particular in an abandoned or still operating open-cast mine, wherein a plurality of pressure containers are provided or mounted on site, in particular are mounted in the dry ground depression , for example on a lower level of the open-cast mine, wherein the plurality of pressure containers are arranged side by side and/or one above the other in the dry ground depression , for example on a lower level of the open-cast mine, in order to serve as a lower reservoir for the underwater pumped storage power plant to be built, and wherein the pressure containers are configured, mounted or machined in such a way that they each comprise at least one passage opening for the inflow and/or outflow of water and are pressure-resistant in such a way that they can be pumped out in a dimensionally stable manner against hydrostatic water pressure, which presses from the outside onto the pressure containers when the dry ground depression is flooded with water. wherein the plurality of pressure containers are arranged side by side and/or one above the other in the dry ground depression , for example on a lower level of the open-cast mine, in order to serve as a lower reservoir for the underwater pumped storage power plant to be built, and wherein the pressure containers are configured, mounted or machined in such a way that they each comprise at least one passage opening for the inflow and/or outflow of water and are pressure-resistant in such a way that they can be pumped out in a dimensionally stable manner against hydrostatic water pressure, which presses from the outside onto the pressure containers when the dry ground depression is flooded with water.
Ultrasound transducer assembly comprising: - a plurality of transducer elements for transmitting and receiving ultrasound waves each having a substrate and a flexible membrane disposed in a distance from the substrate, - an AC voltage control unit for controlling an AC voltage provided to each of the transducer elements, and - a DC voltage control unit for controlling a DC bias voltage provided to the transducer elements in order to bring the flexible membranes in a collapse mode into contact with the substrate, characterized in that the ultrasound transducer assembly further comprises: - an ultrasound transducer including the plurality of transducer elements ; and - a main frame connected to the ultrasound transducer, the main frame comprising an input device comprising an input mechanism adapted to enable a user to control the ultrasound transducer assembly , wherein the DC voltage control unit is adapted to disconnect the DC bias voltage from the transducer elements temporarily if the input device does not receive input signals during a predefined time period to limit the collapse mode. - a plurality of transducer elements for transmitting and receiving ultrasound waves each having a substrate and a flexible membrane disposed in a distance from the substrate, - an AC voltage control unit for controlling an AC voltage provided to each of the transducer elements, and - a DC voltage control unit for controlling a DC bias voltage provided to the transducer elements in order to bring the flexible membranes in a collapse mode into contact with the substrate, - an ultrasound transducer including the plurality of transducer elements ; and - a main frame connected to the ultrasound transducer, the main frame comprising an input device comprising an input mechanism adapted to enable a user to control the ultrasound transducer assembly ,
A field device for measuring at least one process quantity in an industrial production process , comprising • at least one sensor for measuring the process quantity , • at least one primary communication interface that is configured for transmitting measurement values of the sensor , • at least one microcontroller or an embedded system for controlling the recording of measurement values with the sensor , based on a firmware stored in a program memory , • a further memory for an updated version of the firmware , and/or a receptacle for such a further memory , as well as • an updating logic that is configured to: after receiving the updated version of the firmware into the further memory and a later meeting of at least one activation condition set by the user of the field device , cause the microcontroller , respectively the embedded system , to use the updated version of the firmware, characterized in that the updating logic is configured to check a condition that is dependent on a measurement value of the sensor as activation condition. • at least one sensor for measuring the process quantity , • at least one primary communication interface that is configured for transmitting measurement values of the sensor , • at least one microcontroller or an embedded system for controlling the recording of measurement values with the sensor , based on a firmware stored in a program memory , • a further memory for an updated version of the firmware , and/or a receptacle for such a further memory , as well as • an updating logic that is configured to: after receiving the updated version of the firmware into the further memory and a later meeting of at least one activation condition set by the user of the field device , cause the microcontroller , respectively the embedded system , to use the updated version of the firmware,
A joining system suitable for being used in furniture and furnishing items with a bottom and a shoulder with a front actuation axis under said bottom of a piece of furniture and furnishing items comprising, in combination: at least one front joining unit (UGA) and at least one rear joining unit (UGP) configured to be positioned between said bottom and at least one shoulder of the furniture (M), wherein a connection group (GC) is inserted in each front and rear joining unit (UGA, UGP) configured to be aligned with a symmetry axis (X) of said bottom when the system is assembled, and a blocking group (GB) of each front and rear joining unit (UGA, UGP) configured to be arranged attached beneath the thickness of said bottom of the furniture, said at least one front joining unit (UGA) providing actuation and supporting means (40'; 13, 14; 213, 214) towards said at least one rear joining unit (UGP), characterized in that said blocking group (GB) provides a grub screw inserted in a casing and further comprising a pinion rotatingly positioned inside said casing and engaged with a toothed crown which is formed as the head of a threaded screw in turn positioned in an axial threaded hole inside said grub screw , so that said grub screw is caused to slide by means of the rotation of said pinion and to engage into a housing of a pin which is part of said connection group (GC).
A sensor device configured for measuring applied force and torque, the sensor device comprising: a base section , the base section including a deflectable portion comprising an inner point and at least two cantilevers extending outward in opposite directions from one another in a coplanar fashion from the inner point, a fixed portion spaced apart from the deflectable portion such that the one or more cantilevers of the deflectable portion are deflectable relative to the fixed portion , and a pillar extending between the inner point of the deflectable portion and the fixed portion to mechanically couple the deflectable portion to the fixed portion ; and a plurality of sensing components configured to measure deflection of the one or more cantilevers relative to the fixed portion , wherein the sensing components are not strain gauges, characterised in that the fixed portion further includes at least one support bracket associated with a corresponding cantilever and configured to limit deflection of the corresponding cantilever . a base section , the base section including a deflectable portion comprising an inner point and at least two cantilevers extending outward in opposite directions from one another in a coplanar fashion from the inner point, a fixed portion spaced apart from the deflectable portion such that the one or more cantilevers of the deflectable portion are deflectable relative to the fixed portion , and a pillar extending between the inner point of the deflectable portion and the fixed portion to mechanically couple the deflectable portion to the fixed portion ; and a deflectable portion comprising an inner point and at least two cantilevers extending outward in opposite directions from one another in a coplanar fashion from the inner point, a fixed portion spaced apart from the deflectable portion such that the one or more cantilevers of the deflectable portion are deflectable relative to the fixed portion , and a pillar extending between the inner point of the deflectable portion and the fixed portion to mechanically couple the deflectable portion to the fixed portion ; and a plurality of sensing components configured to measure deflection of the one or more cantilevers relative to the fixed portion , wherein the sensing components are not strain gauges, characterised in that the fixed portion further includes at least one support bracket associated with a corresponding cantilever and configured to limit deflection of the corresponding cantilever .