mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a radio network node for controlling usage of Radio Access Technology, RAT, and bandwidth in a radio communication system , wherein the radio communication system comprises the radio network node configured to support transmission and reception of one or more signals in a first RAT on a first bandwidth, wherein the radio communication system further comprises a plurality of terminals , and wherein each terminal supports the first RAT, the method comprises: - transmitting signals associated with the first RAT on the first bandwidth; and - when a traffic load in the first RAT passes a threshold, - simultaneously transmitting signals associated with the first RAT on a second bandwidth and signals associated with the first RAT on the first bandwidth, wherein the second bandwidth is different from the first bandwidth and wherein the second bandwidth is partly overlapping the first bandwidth; - requesting one or more terminals connected to the first RAT and using the first bandwidth to perform a handover from the first RAT and the first bandwidth to the second bandwidth of the first RAT; and - stopping transmission of signals associated with the first RAT on the first bandwidth when the one or more terminals connected to the first RAT and the first bandwidth has performed the handover. - transmitting signals associated with the first RAT on the first bandwidth; and - when a traffic load in the first RAT passes a threshold, - simultaneously transmitting signals associated with the first RAT on a second bandwidth and signals associated with the first RAT on the first bandwidth, wherein the second bandwidth is different from the first bandwidth and wherein the second bandwidth is partly overlapping the first bandwidth; - requesting one or more terminals connected to the first RAT and using the first bandwidth to perform a handover from the first RAT and the first bandwidth to the second bandwidth of the first RAT; and - stopping transmission of signals associated with the first RAT on the first bandwidth when the one or more terminals connected to the first RAT and the first bandwidth has performed the handover. - simultaneously transmitting signals associated with the first RAT on a second bandwidth and signals associated with the first RAT on the first bandwidth, wherein the second bandwidth is different from the first bandwidth and wherein the second bandwidth is partly overlapping the first bandwidth; - requesting one or more terminals connected to the first RAT and using the first bandwidth to perform a handover from the first RAT and the first bandwidth to the second bandwidth of the first RAT; and - stopping transmission of signals associated with the first RAT on the first bandwidth when the one or more terminals connected to the first RAT and the first bandwidth has performed the handover.
A door hinge system for a pivoting door of a domestic appliance , in particular for a pivoting oven door of a cooking oven , wherein: - the door hinge system comprises a stationary hinge part arranged or arrangeable at or in a chassis of the domestic appliance , - the door hinge system comprises a pivoting hinge part connected or connectable to the door , - the door hinge system comprises a driving device for driving the pivoting hinge part , - the door hinge system comprises at least one coupling system, - the driving device includes at least one motor with a control unit, the motor being coupleable to and decoupleable from the pivoting hinge part by the coupling system, - the driving device is automatically controllable, and - the pivoting hinge part is manually closable, if the motor is decoupled from the pivoting hinge part , characterised in that the pivoting hinge part is manually openable, if the motor is decoupled from the pivoting hinge part , and the motor is stoppable, if the control unit, by detecting that more voltage or power is required or by input of a sensor of the driving device , determines that pivoting of the pivoting hinge part is blocked, wherein the pivoting hinge part is pivoted back in the opposite direction for a predefined distance or angle after stopping the motor . - the door hinge system comprises a stationary hinge part arranged or arrangeable at or in a chassis of the domestic appliance , - the door hinge system comprises a pivoting hinge part connected or connectable to the door , - the door hinge system comprises a driving device for driving the pivoting hinge part , - the door hinge system comprises at least one coupling system, - the driving device includes at least one motor with a control unit, the motor being coupleable to and decoupleable from the pivoting hinge part by the coupling system, - the driving device is automatically controllable, and - the pivoting hinge part is manually closable, if the motor is decoupled from the pivoting hinge part ,
An apparatus , comprising: a chemical detection device including a chemical sensor mounted thereon; a valve block to fluidly couple a plurality of reagent containers (224.1 ... 224.k) to the chemical detection device; a heat exchanger ; and a controller to control a fluid connection between the valve block and the chemical detection device , wherein the controller is configured to adjust a temperature of a selected reagent from the plurality of reagent containers, via the heat exchanger, prior to the reagent entering the chemical detection device, wherein the valve block is configured to provide the selected reagent from those stored in the plurality of reagent containers (224.1 ... 224.k) to the chemical detection device , characterised in that the chemical detection device comprises a heat sink, wherein the heat exchanger comprises a first passage and a second passage, the first passage is fluidly coupled to an output of the valve block and an inlet of the chemical detection device , and the second passage is fluidly coupled to the heat sink, and wherein the first and second passages are not fluidly connected to each other. a chemical detection device including a chemical sensor mounted thereon; a valve block to fluidly couple a plurality of reagent containers (224.1 ... 224.k) to the chemical detection device; a heat exchanger ; and a controller to control a fluid connection between the valve block and the chemical detection device , wherein the controller is configured to adjust a temperature of a selected reagent from the plurality of reagent containers, via the heat exchanger, prior to the reagent entering the chemical detection device, wherein the valve block is configured to provide the selected reagent from those stored in the plurality of reagent containers (224.1 ... 224.k) to the chemical detection device , characterised in that the chemical detection device comprises a heat sink, wherein the heat exchanger comprises a first passage and a second passage, the first passage is fluidly coupled to an output of the valve block and an inlet of the chemical detection device , and the second passage is fluidly coupled to the heat sink, and wherein the first and second passages are not fluidly connected to each other.
A controller comprising: a central member ; a grip member coupled to the central member and moveable in a grip degree of freedom; one or more sensors coupled to a component of the controller to detect the positions of the grip member and to send signals describing sensed positions; a shaft coupled to the grip member ; and an actuator coupled to the shaft and operative to output an active actuator force that is transmitted to the shaft , the actuator being a motor or a voice coil, wherein the active actuator force causes a grip force to be applied via the shaft to the grip member in the grip degree of freedom. a central member ; a grip member coupled to the central member and moveable in a grip degree of freedom; one or more sensors coupled to a component of the controller to detect the positions of the grip member and to send signals describing sensed positions; a shaft coupled to the grip member ; and an actuator coupled to the shaft and operative to output an active actuator force that is transmitted to the shaft , the actuator being a motor or a voice coil, wherein the active actuator force causes a grip force to be applied via the shaft to the grip member in the grip degree of freedom.
A method for forming a cooling circuit in at least one of a combustor panel or liner wall of an aircraft engine, comprising: producing a substrate with the cooling circuit (402b-1) formed in the substrate; inserting a material (404b-1) into the cooling circuit (402b-1) as at least one of an inlay or filler; at least one of coating or plating the cooling circuit (402b-1) on a surface (402b-3) of the substrate to create a wall; wherein the cooling circuit (402b-1) is located in proximity to an aperture associated with the at least one of a panel or liner wall; characterised in that : the surface (402b-3) corresponds to a wall of the substrate that is configured to be opposite to a combustion flowpath of the engine. producing a substrate with the cooling circuit (402b-1) formed in the substrate; inserting a material (404b-1) into the cooling circuit (402b-1) as at least one of an inlay or filler; at least one of coating or plating the cooling circuit (402b-1) on a surface (402b-3) of the substrate to create a wall; wherein the cooling circuit (402b-1) is located in proximity to an aperture associated with the at least one of a panel or liner wall; characterised in that : the surface (402b-3) corresponds to a wall of the substrate that is configured to be opposite to a combustion flowpath of the engine.
Aerial transportation installation comprising at least one running track for carriers , comprising a main rail suspended above the ground and having at least one curvature (10 to 16), an aerial hauling cable , a drive means configured to drive the aerial hauling cable and at least un carrier provided with a set of main wheels configured to run on the main rail , an attachment means configured to attach the carrier to the aerial hauling cable , and guide means configured to guide the aerial hauling cable along the main rail to follow the at least one curvature (10 to 16), characterized in that the running track for carriers comprises a secondary rail suspended above the ground parallel to the main rail of the running track , the aerial hauling cable being located between the main rail and the secondary rail of the running track according to a top view observation, and in that the carrier comprises a set of secondary wheels configured to run on the secondary rail , the set of main wheels and the set secondary wheels are mounted rotating on two lateral ends of the carriage of the carrier .
A display device with a heat exchange module , having: a casing with a sealed space formed inside, and a display unit arranged in the sealed space ; the heat exchange module arranged within the casing , wherein the heat exchange module is provided with: first heat exchange holes positioned inside the sealed space , wherein a first circulation airflow is formed between the first heat exchange holes and the sealed space ; and second heat exchange holes positioned outside the sealed space , wherein the second heat exchange holes communicate with the outside to form a second circulation airflow for performing heat exchange with the first circulation airflow, wherein, an accommodating space adjacent the sealed space is further formed inside the casing ; the casing is provided with ventilation openings communicating with the outside pleading to the accommodating space ; and the second heat exchange holes of the heat exchange module are disposed inside the accommodating space , and communicate with the outside through the ventilation openings . a casing with a sealed space formed inside, and a display unit arranged in the sealed space ; the heat exchange module arranged within the casing , wherein the heat exchange module is provided with: first heat exchange holes positioned inside the sealed space , wherein a first circulation airflow is formed between the first heat exchange holes and the sealed space ; and second heat exchange holes positioned outside the sealed space , wherein the second heat exchange holes communicate with the outside to form a second circulation airflow for performing heat exchange with the first circulation airflow, wherein, an accommodating space adjacent the sealed space is further formed inside the casing ; the casing is provided with ventilation openings communicating with the outside pleading to the accommodating space ; and the second heat exchange holes of the heat exchange module are disposed inside the accommodating space , and communicate with the outside through the ventilation openings . first heat exchange holes positioned inside the sealed space , wherein a first circulation airflow is formed between the first heat exchange holes and the sealed space ; and second heat exchange holes positioned outside the sealed space , wherein the second heat exchange holes communicate with the outside to form a second circulation airflow for performing heat exchange with the first circulation airflow, wherein, an accommodating space adjacent the sealed space is further formed inside the casing ; the casing is provided with ventilation openings communicating with the outside pleading to the accommodating space ; and the second heat exchange holes of the heat exchange module are disposed inside the accommodating space , and communicate with the outside through the ventilation openings .
A paperboard carrier suitable for use in winding a material thereon, the carrier comprising: one or more strips of paperboard secured together to form a cylindrical elongate structure, the elongate structure defining an outer surface ; an identifier printed on the outer surface in a predetermined region, wherein the identifier may be a name, a color, a symbol, a machine-readable code or any other suitable identifier ; and a non-aqueous coating disposed on the outer surface on top of the identifier in a predetermined region, characterized in that the coating comprises a coating agent selected from the group consisting of a fluorourethane copolymer, a silicone resin and a fluoroalkyl acrylate copolymer emulsion and a solvent selected from the group consisting of acetone, methyl alcohol and isopropyl alcohol, wherein: the coating is not heat cured. one or more strips of paperboard secured together to form a cylindrical elongate structure, the elongate structure defining an outer surface ; an identifier printed on the outer surface in a predetermined region, wherein the identifier may be a name, a color, a symbol, a machine-readable code or any other suitable identifier ; and a non-aqueous coating disposed on the outer surface on top of the identifier in a predetermined region, characterized in that the coating comprises a coating agent selected from the group consisting of a fluorourethane copolymer, a silicone resin and a fluoroalkyl acrylate copolymer emulsion and a solvent selected from the group consisting of acetone, methyl alcohol and isopropyl alcohol,
A vacuum pump lubricant supply system comprising: a lubricant reservoir ; and a wicking element that comprises a body portion having an inner periphery, an outer periphery and opposed major surfaces and at least one finger projecting from said inner periphery, wherein said lubricant reservoir comprises a lubricant container that has a major surface engaging one of said opposed major surfaces of said body portion so that lubricant can migrate through said engaging major surfaces into said body portion, said at least one finger projects from said inner periphery to, in use, engage a lubricant transfer device provided on a rotor shaft of a vacuum pump so that lubricant can wick from said body portion to said lubricant transfer device via said at least one finger, and characterised in that at least one of said inner periphery and said outer periphery is provided with at least one cut-out so that said major surface of said body portion that engages said major surface of said lubricant container has a total surface area that is less than the total surface area of said major surface of said lubricant container. a lubricant reservoir ; and a wicking element that comprises a body portion having an inner periphery, an outer periphery and opposed major surfaces and at least one finger projecting from said inner periphery, wherein said lubricant reservoir comprises a lubricant container that has a major surface engaging one of said opposed major surfaces of said body portion so that lubricant can migrate through said engaging major surfaces into said body portion, said at least one finger projects from said inner periphery to, in use, engage a lubricant transfer device provided on a rotor shaft of a vacuum pump so that lubricant can wick from said body portion to said lubricant transfer device via said at least one finger, and characterised in that at least one of said inner periphery and said outer periphery is provided with at least one cut-out so that said major surface of said body portion that engages said major surface of said lubricant container has a total surface area that is less than the total surface area of said major surface of said lubricant container.
Room cell arrangement comprising several room cells (11; 11.1, 11.2, 11.3, 11.4), of which at least one upper room cell 11.2, 11.4) is arranged on at least one lower room cell (11.1, 11.3), wherein the room cells (11; 11.1, 11.2, 11.3, 11.4) are each cuboid and each comprise eight cuboid corner connecting hollow bodies (20; 20.1, 20.2) each forming a space corner , and wherein at least two or four upper corner connecting hollow bodies (20; 20.1, 20.2) of the eight corner connecting hollow bodies (20; 20.1, 20.2) of the lower room cell (11.1, 11.3) are each firmly but releasably connected with a lower corner connecting hollow body (20; 20.1, 20.2) of the four lower corner connecting hollow bodies (20; 20.1, 20.2) of the eight corner connecting hollow bodies (20; 20.1, 20.2) of the upper room cell (11.2, 11.4) by means of a vertical connecting means are, and wherein each cuboid corner connecting hollow body (20; 20.1, 20.2) has a cavity for receiving connector parts and in a first outer wall part (37.1) has at least one first opening (38.1) opening into the cavity , and wherein each vertical connecting means is arranged completely inside, i.e. completely within a space occupied by the respective upper corner connection hollow body (20; 20.1, 20.2) and by the respectively assigned lower corner connection hollow body (20; 20.1, 20.2), characterized in that each vertical connecting means comprises a releasable wedge located in a wedge clamping position , by means of which the respective upper corner connecting hollow body (20; 20.1, 20.2) of the lower room cell (11.1, 11.3) and the respectively assigned lower corner connection hollow body (20; 20.1, 20.2) of the upper room cell (11.2, 11.4) are vertically, releasably braced against each other each with the formation of an internal clamping connection.
A drug delivery system , comprising: a sensor having a base component and a housing component positioned on the base component , the base component extending beyond a periphery of the housing component , a bottom surface of the base component configured to attach to a body of a user; and a drug delivery device having a base component and a housing component positioned on the base component , the drug delivery device having an opening in the base component and extending into the housing component configured to cover all portions of the sensor other than the bottom surface of the base component of the sensor , the drug delivery device having a recess surrounding the opening , the recess configured to cover the base component of the sensor , the drug delivery device configured to store a liquid drug, wherein the bottom surface of the sensor is coplanar with a bottom surface of the drug delivery device when the sensor is positioned within the opening of the drug delivery device , wherein the sensor includes a sensing cannula configured to extend from a center of the bottom surface of the base component of the sensor , wherein the drug delivery device includes an infusion cannula configured to extend from a periphery of the bottom surface of the drug delivery device, wherein the infusion cannula is configured to extend at a first position at any rotational position relative to the sensing cannula and spaced a first, distance from the sensing cannula. a sensor having a base component and a housing component positioned on the base component , the base component extending beyond a periphery of the housing component , a bottom surface of the base component configured to attach to a body of a user; and a drug delivery device having a base component and a housing component positioned on the base component , the drug delivery device having an opening in the base component and extending into the housing component configured to cover all portions of the sensor other than the bottom surface of the base component of the sensor , the drug delivery device having a recess surrounding the opening , the recess configured to cover the base component of the sensor , the drug delivery device configured to store a liquid drug, wherein the bottom surface of the sensor is coplanar with a bottom surface of the drug delivery device when the sensor is positioned within the opening of the drug delivery device , wherein the sensor includes a sensing cannula configured to extend from a center of the bottom surface of the base component of the sensor , wherein the drug delivery device includes an infusion cannula configured to extend from a periphery of the bottom surface of the drug delivery device, wherein the infusion cannula is configured to extend at a first position at any rotational position relative to the sensing cannula and spaced a first, distance from the sensing cannula.