mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal (2e-01) in a wireless communication system, the method comprising: receiving (2e-10), from a base station (2e-02), a first radio resource control, RRC, reconfiguration message including first configuration information on a serving cell of the base station (2e-02), wherein the first configuration on the serving cell includes information on an uplink, UL, configuration for the serving cell and information on a supplementary uplink, SUL, configuration for the serving cell; communicating with the base station (2e-02) on an UL or an SUL, based on the information on the UL configuration or the information on the SUL configuration; receiving (2e-25), from the base station (2e-02), a second RRC reconfiguration message comprising reconfigurationwithsync and second configuration information on the serving cell, wherein the second configuration information on the serving cell includes the information on the UL configuration; and releasing the SUL configuration and applying only the UL configuration, in case that the second configuration information on the serving cell does not include the information on the SUL configuration, wherein a communication with the base station (2e-02) on the SUL is not performed, in case that a system information block type 1, SIB1, message including the information on the UL configuration and the information on the SUL configuration is received from the base station (2e-02), after releasing the SUL. receiving (2e-10), from a base station (2e-02), a first radio resource control, RRC, reconfiguration message including first configuration information on a serving cell of the base station (2e-02), wherein the first configuration on the serving cell includes information on an uplink, UL, configuration for the serving cell and information on a supplementary uplink, SUL, configuration for the serving cell; communicating with the base station (2e-02) on an UL or an SUL, based on the information on the UL configuration or the information on the SUL configuration; receiving (2e-25), from the base station (2e-02), a second RRC reconfiguration message comprising reconfigurationwithsync and second configuration information on the serving cell, wherein the second configuration information on the serving cell includes the information on the UL configuration; and releasing the SUL configuration and applying only the UL configuration, in case that the second configuration information on the serving cell does not include the information on the SUL configuration, wherein a communication with the base station (2e-02) on the SUL is not performed, in case that a system information block type 1, SIB1, message including the information on the UL configuration and the information on the SUL configuration is received from the base station (2e-02), after releasing the SUL.
Conveying and cooling apparatus (6, 6') for conveying and cooling receptacles comprising: - a conveying device adapted to advance the receptacles along a conveying path from a receiving station to a transfer station; and - a cooling device (28, 28') adapted to cool the receptacles; - a control unit (29, 29') adapted to control operation of the conveying device and of the cooling device (28, 28'); wherein the conveying device comprises a plurality of retaining units, each one adapted to retain one respective receptacle during advancement of the respective receptacle along the conveying path; - wherein the cooling device (28, 28') comprises a supply unit (44, 81) for supplying a cooling medium and a plurality of injection nozzles adapted to direct the cooling medium onto the receptacles for cooling the receptacles during advancement of the receptacles along at least a portion of the conveying path; wherein each injection nozzle being associated to one respective retaining unit; wherein the injection nozzles are movable along a nozzle path at least partially parallel to the conveying path and through the receiving station and the transfer station; characterized in that the cooling device (28, 28') further comprises a plurality of valve members, each one associated to one respective injection nozzle and adapted to be at least in an open configuration at which the valve member is configured to open the fluid connection between the supply unit (44, 81) and the respective injection nozzle and a closed configuration at which the valve member is configured to close the fluid connection between the supply unit (44, 81) and the respective injection nozzle; wherein the control unit (29, 29') is configured to selectively control each valve member into the open configuration or the closed configuration during advancement of the injection nozzles between the receiving station and the transfer station. - a conveying device adapted to advance the receptacles along a conveying path from a receiving station to a transfer station; and - a cooling device (28, 28') adapted to cool the receptacles; - a control unit (29, 29') adapted to control operation of the conveying device and of the cooling device (28, 28'); - wherein the cooling device (28, 28') comprises a supply unit (44, 81) for supplying a cooling medium and a plurality of injection nozzles adapted to direct the cooling medium onto the receptacles for cooling the receptacles during advancement of the receptacles along at least a portion of the conveying path;
Weighing scales, comprising a weighing device, a conveyor belt device by way of which material to be weighed can be delivered to the weighing device, a column which is constructed as hollow body with a first side wall and a second side wall spaced at a distance therefrom, and a console with a first console wall and a second console wall, characterized in that the first console wall is directly connected to the first side wall, and the second console wall is directly connected to the second side wall, in that the first console wall is a continuation of the first side wall, in that the second console wall is the continuation of the second side wall, wherein the exerted forces are conducted in a plane through the first console wall and the second console wall into the first side wall and the second side wall and the force progression is offset transversely by one wall thickness at the most, and in that the conveyor belt device and the weighing device are seated on the console, with the console holding the conveyor belt device and the weighing device.
A valve for ensuring pressure compensation between sub-chambers (21, 22) of a hydraulic damper, the valve having a first side for connection to a first sub-chamber and a second side for connection to a second sub-chamber, the valve being adapted in its rest position to block a fluid flow between the two sides (100, 200) and having a passage channel with a passage cross-section for allowing the fluid flow when deflected from its rest position, the valve having two valve elements (3, 4) which are guided relative to one another and are displaceable relative to one another along a displacement direction (x), one of the two valve elements (3, 4) being designed as a displacement element and the other valve element being designed as a receiving element, wherein the displacement element is pressurizable on its loading side by a fluid from the first side while generating an effective displacement force on the sliding element in the displacement direction (x), wherein the displacement element is connected to a spring device which exerts a spring force on the displacement element while generating a restoring force which is opposite the effective displacement force, one of the valve elements (3, 4) comprising a cylinder portion having a plurality of feedthroughs, the passage channel passing through at least some of the feedthroughs and the passage cross-section being restricted by a cross-section of these feedthroughs, the other valve element (3, 4) having a closed cylinder shell portion, which lies against the one valve element (3, 4) at least in the rest position and blocks the fluid flow, the passage cross-section being adjustable by the deflection of the valve, which occurs with displacement of the displacement element relative to the receiving element in the displacement direction (x), the passage cross-section increasing with the displacement, characterized in that the displacement element has a fluid channel extending parallel to the displacement direction (x) with at least one component and providing a fluid-carrying connection between the loading side and an opposite side of the displacement element opposite the loading side, wherein a counter-pressure chamber is provided on the opposite side, which is designed to receive and accumulate fluid which has passed through the fluid-carrying connection to the opposite side to ensure a counter pressure on the displacement element on its opposite side, which ensures a force on the displacement element which is opposite to the displacement force.
A method for producing a III-V fin structure within a gap separating shallow trench isolation structures and exposing a semiconductor substrate, the method comprising: a) providing a semiconductor substrate, b) providing in the semiconductor substrate at least two identical STI structures separated by a gap exposing the semiconductor substrate, wherein said gap is bounded by said at least two identical STI structures, wherein said at least two identical STI structures are formed of SiO 2 and, c) producing a III-V fin structure within said gap on the exposed semiconductor substrate using a Metal Organic Vapor Phase Epitaxy (MOVPE) process, characterized in that, the method further comprises: before producing said III-V fin structure, providing a diffusion barrier (3,6,7) at least on each side wall of said at least two identical STI structures, the diffusion barrier being an amorphous dielectric material, wherein the amorphous dielectric material is an oxide comprising a metal and wherein the metal is aluminum or hafnium, thereby eliminating the interaction of precursors of said MOVPE process, to produce said III-V fin structure, with said at least two identical STI structures, and wherein said semiconductor substrate is a Si substrate. a) providing a semiconductor substrate, b) providing in the semiconductor substrate at least two identical STI structures separated by a gap exposing the semiconductor substrate, wherein said gap is bounded by said at least two identical STI structures, wherein said at least two identical STI structures are formed of SiO 2 and, c) producing a III-V fin structure within said gap on the exposed semiconductor substrate using a Metal Organic Vapor Phase Epitaxy (MOVPE) process,
Kit, in particular hob kit, for producing hobs with a different number of heating units, having a set of identical main power supply circuit boards and having a set of additional power supply circuit boards which can optionally be connected to one of the main power supply circuit boards in order to produce hobs with a different number of heating units, characterised in that the additional power supply circuit boards are provided for activation by means of the main power supply circuit boards, and wherein power can be provided by the additional power supply circuit boards in at least one operating state, in particular exclusively together with the main power supply circuit board.
Method for implementing automatic railway traffic with an automatic train control system and train protection by means of data communication between an on-board device in each case of an automatic train and a trackside device, characterised in that, in order to integrate a locomotive-operated train with emission of a position signal designating the front position of the locomotive into the automatic railway traffic, an electronic permanent stamp is fixedly assigned to the locomotive of the locomotive-operated train in the trackside device in response to a received position signal, as a result of which the locomotive-operated train is permanently treated as a short automatic train by the trackside device and the part of a track section which extends rearwards in each case and is traversed in each case by the locomotive-operated train and bounded with physical markers is blocked.
A cushion for a respiratory mask assembly that delivers breathable gas to a patient, the cushion comprising: a non-face contacting portion connectable to a frame; a face-contacting portion structured to engage the patient's face; an intermediate portion that interconnects the non-face contacting portion and the face-contacting portion, the intermediate portion including a gusset portion structured to apply a first component of force to the patient's face through the face-contacting portion, wherein the gusset portion extends radically outwardly with respect to the non-face-contacting and face-contacting portions (24, 26) to provide a larger footprint than the face-contacting portion and wherein the gusset portion has an inner edge and an outer edge which corresponds to the apex of an arcuate wall, a perpendicular distance (d) being defined between the inner edge and the outer edge; and a spring structure coupled with the face-contacting portion, the spring structure being configured to apply a second component of force to the patient's face through the face-contacting portion; wherein the first and second components of force to be applied by the gusset portion and spring structure, respectively, determine a contact force to be applied to the patient's face through the face-contacting portion; the cushion being characterized in that the distance (d) varies in different regions of the gusset portion. a non-face contacting portion connectable to a frame; a face-contacting portion structured to engage the patient's face; an intermediate portion that interconnects the non-face contacting portion and the face-contacting portion, the intermediate portion including a gusset portion structured to apply a first component of force to the patient's face through the face-contacting portion, wherein the gusset portion extends radically outwardly with respect to the non-face-contacting and face-contacting portions (24, 26) to provide a larger footprint than the face-contacting portion and wherein the gusset portion has an inner edge and an outer edge which corresponds to the apex of an arcuate wall, a perpendicular distance (d) being defined between the inner edge and the outer edge; and a spring structure coupled with the face-contacting portion, the spring structure being configured to apply a second component of force to the patient's face through the face-contacting portion; wherein the first and second components of force to be applied by the gusset portion and spring structure, respectively, determine a contact force to be applied to the patient's face through the face-contacting portion; the cushion being characterized in that the distance (d) varies in different regions of the gusset portion.
An apparatus for rotating a tube or rod, the tube or rod being supported from a mast of a rig and for insertion into a well or a component of the well, the apparatus having a weight and dimensions capable of transportation down a roadway and within the confines of a road, the apparatus including a rotation member for rotating the tube or rod, wherein the rotation member is attached to one of the components of the well at the surface, or mounted on the well or to the well by a component of the well, the apparatus further comprising an access platform for providing access to the rotation member, the rotation member is mountable on the well or on one of the components of the well such that in use the rotation member is supported by the well, the tube or rod is fed in use into the rotation member, from above the rotation member, and into the well, and the tube or rod inserted into the well being retained within the well by the rotation member and the apparatus being configured such that the total weight of the apparatus has a weight force that is greater than an upward force applied on the tube or rod by fluid pressure in the well. the apparatus further comprising an access platform for providing access to the rotation member, the rotation member is mountable on the well or on one of the components of the well such that in use the rotation member is supported by the well, the tube or rod is fed in use into the rotation member, from above the rotation member, and into the well, and the tube or rod inserted into the well being retained within the well by the rotation member and the apparatus being configured such that the total weight of the apparatus has a weight force that is greater than an upward force applied on the tube or rod by fluid pressure in the well.
A rotor for an electric motor with a central rotor shaft and with a permanent-magnetic rotor body fastened on the rotor shaft, wherein the rotor body comprises a casing which is radially distanced to the rotor shaft, and a first annular space which is adjacent the casing is formed between the rotor shaft and the casing, characterised in that the first annular space is moulded out with a plastic at least partly containing magnet particles, the rotor shaft is surrounded by a soft-magnetic ring, the first annular space is formed between the outer periphery of the soft-magnetic ring and the casing and that a second annular space which is moulded out with a plastic is formed between the soft-magnetic ring and the outer periphery of the rotor shaft.
An optical element comprising a continuous film, the continuous film comprising a plurality of adjoining solid polymer pixels that differ from each other in an optical property selected from index of refraction, polarizability, Verdet constant, Kerr constant, electro-optical constant, birefringence, and absorption, at least a portion of the solid polymer pixels each comprising a first polymer composition and a second polymer composition, the first polymer composition being different from the second polymer composition in the optical property.
Fuel injector comprising a control valve assembly arranged between an actuator assembly and a nozzle assembly, wherein a 3-way valve controls the flow for filling or draining a control chamber therefore enabling or preventing fuel injection, the control chamber being defined by a bore arranged in a nozzle body, a ceiling face and also by a head-end of needle valve member guided in said bore, characterized in that said bore extends between an open end in an upper face of said nozzle body and a tip-end where injection holes are arranged, the needle valve member being movable between an open position and a closed position of the injection holes and wherein, a plate is arranged movable in the control chamber between a filling position where the flow has to go through a first throttle only and, a return position where the flow has to go through both the first and a second throttles, said second throttle being a through orifice provided in said plate and, wherein said plate is annular having a circular outer face adjusted for being guided in the control chamber and a concentric circular inner face defining a central opening through which extends, the head-end of the needle valve member, wherein the head-end of the needle valve member defines an annular shoulder face surrounding a cylindrical member, said member extending through the plate central opening and, the fuel injector further comprising a spring compressed between said needle shoulder and the under face of said annular plate., characterized in that said bore extends between an open end in an upper face of said nozzle body and a tip-end where injection holes are arranged, the needle valve member being movable between an open position and a closed position of the injection holes and wherein, a plate is arranged movable in the control chamber between a filling position where the flow has to go through a first throttle only and, a return position where the flow has to go through both the first and a second throttles, said second throttle being a through orifice provided in said plate and, wherein said plate is annular having a circular outer face adjusted for being guided in the control chamber and a concentric circular inner face defining a central opening through which extends, the head-end of the needle valve member, wherein the head-end of the needle valve member defines an annular shoulder face surrounding a cylindrical member, said member extending through the plate central opening and, the fuel injector further comprising a spring compressed between said needle shoulder and the under face of said annular plate.
A backing board for supporting a comestible (20, 55, 73) such as fish or meat, the backing board arranged to be received in a display container (10, 21, 50) for one or more comestibles (20, 55, 73), the backing board comprising at least a first layer (11, 31, 54, 70) and at least a second, top layer (12, 32, 51, 71), the top layer (12, 32, 51, 71) arranged to support the comestible (20, 55, 73), wherein the backing board has a capillary space under the top layer (12, 32, 51, 71), wherein the top layer (12, 32, 51, 71) comprises one or more perforations (13, 33, 52, 72) for allowing a collection of comestible drip, such as liquids, from the supported comestible (20, 55, 73) in the capillary space by a capillary action, wherein the top layer (12, 32, 51, 71) and the first layer (11, 31, 54, 70) are held together at a distance forming the capillary space between the two layers, wherein the backing board further comprises one or more extra containment spaces (79, 80) formed between the top layer (12, 32, 51, 71) and the first layer (11, 31, 54, 70) connected to the capillary space, wherein the containment space (79, 80) is preferably formed in the first layer (11, 31, 54, 70) extending away from the top layer (12, 32, 51, 71), characterised in that the perforations (13, 33, 52, 72) are provided in the top layer (12, 32, 51, 71) at locations away from connections between the top layer and the first layer and from an extra containment space (79, 80) formed between the top layer (12, 32, 51, 71) and the first layer (11, 31, 54, 70)..