mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing a radio telecommunications network, comprising : serving, by a serving gateway support node, a plurality of radio network controllers RNCs with said serving gateway support node having a given configuration, each RNC controlling one or more base transceiver stations; detecting by the serving gateway support node an added RNC that is connected to the radio telecommunications network; detecting by the serving gateway support node the number of base transceiver stations controlled by the added RNC ; if said number equals a predetermined limit, verifying by the serving gateway support node whether the added RNC can be served in the given configuration, depending on the data transmission capabilities of the added RNC , and: if yes, connecting by the serving gateway support node the added RNC with the serving gateway support node and correspondingly modifying the given configuration; and if no, refusing to connect by the serving gateway support node the added RNC with the serving gateway support node. serving, by a serving gateway support node, a plurality of radio network controllers RNCs with said serving gateway support node having a given configuration, each RNC controlling one or more base transceiver stations; detecting by the serving gateway support node an added RNC that is connected to the radio telecommunications network; detecting by the serving gateway support node the number of base transceiver stations controlled by the added RNC ; if said number equals a predetermined limit, verifying by the serving gateway support node whether the added RNC can be served in the given configuration, depending on the data transmission capabilities of the added RNC , and: if yes, connecting by the serving gateway support node the added RNC with the serving gateway support node and correspondingly modifying the given configuration; and if no, refusing to connect by the serving gateway support node the added RNC with the serving gateway support node. if yes, connecting by the serving gateway support node the added RNC with the serving gateway support node and correspondingly modifying the given configuration; and if no, refusing to connect by the serving gateway support node the added RNC with the serving gateway support node.
An exhaust gas system for a device comprising at least one fuel cell , said system comprising - at least one exhaust gas duct for transporting exhaust gas of the fuel cell , wherein an anode exhaust gas line for transporting the anode-side exhaust gas is provided between the exhaust gas duct and the fuel cell and has an anode purging gas valve and an anode exhaust gas outlet valve , - at least one air inlet for supplying fresh air from the surrounding environment, - at least one air-conveying device for conveying the supplied air, - at least one heat exchanger , - a mixing region for mixing exhaust gas of the fuel cell , transported by means of the exhaust gas duct , with the supplied air and forming a mixed exhaust gas, and - a mixed exhaust gas outlet for discharging the mixed exhaust gas from the exhaust system , wherein the supplied air can be introduced into the heat exchanger and can be conveyed through the same, and wherein the heating of the air that is thus attainable causes the air to be able to absorb more water and prevents a formation of clouds of vapour created as a result of condensed water. - at least one exhaust gas duct for transporting exhaust gas of the fuel cell , wherein an anode exhaust gas line for transporting the anode-side exhaust gas is provided between the exhaust gas duct and the fuel cell and has an anode purging gas valve and an anode exhaust gas outlet valve , - at least one air inlet for supplying fresh air from the surrounding environment, - at least one air-conveying device for conveying the supplied air, - at least one heat exchanger , - a mixing region for mixing exhaust gas of the fuel cell , transported by means of the exhaust gas duct , with the supplied air and forming a mixed exhaust gas, and - a mixed exhaust gas outlet for discharging the mixed exhaust gas from the exhaust system ,
Use of cellobionic acid or a phytopharmaceutically acceptable salt thereof as plant pathogen defence elicitor.
A feed chute assembly for a food processing system, the feed chute assembly comprising: a lid coupleable to a first end of a container , the lid having a feed chute for introducing food into the container, a sidewall of the feed chute defining an inner and outer surface; a linkage cover coupled to the feed chute , the linkage cover housing a linkage component and defining a channel within an inside perimeter of the feed chute , the channel at least partially in communication with a portion of the linkage component through an opening in the sidewall of the feed chute ; a pusher insertable into the feed chute , a portion of an outer surface of the pusher defining a recess with respect to a remainder of the outer surface of the pusher ; and a rib disposed within the recess , the rib configured for insertion into the channel of the linkage cover such that, when the rib is at least partially inserted into the channel , the rib operatively engages the portion of the linkage component . a lid coupleable to a first end of a container , the lid having a feed chute for introducing food into the container, a sidewall of the feed chute defining an inner and outer surface; a linkage cover coupled to the feed chute , the linkage cover housing a linkage component and defining a channel within an inside perimeter of the feed chute , the channel at least partially in communication with a portion of the linkage component through an opening in the sidewall of the feed chute ; a pusher insertable into the feed chute , a portion of an outer surface of the pusher defining a recess with respect to a remainder of the outer surface of the pusher ; and a rib disposed within the recess , the rib configured for insertion into the channel of the linkage cover such that, when the rib is at least partially inserted into the channel , the rib operatively engages the portion of the linkage component .
Device for carrying out a hardness test on test specimens , with a supporting surface for receiving the test specimen as well as a pressure piston and a counter bearing , that are disposed above the supporting surface , and with a spindle , wherein the pressure piston and the counter bearing are movable against one another, wherein the spindle is implemented such that it moves the pressure piston in the direction toward the counter bearing , wherein the test specimen in the application case is located between pressure piston and counter bearing and the force expended during the pressing of pressure piston and counter bearing against one another or a value proportional thereto is measurable by means of a force gauge and the hardness of the test specimen is determinable therefrom, characterized in that the supporting surface is developed as a recess of a transport star wheel element and the axis of rotation of the transport star wheel element is disposed horizontally in parallel with the spindle axis .
A method of operating a door communication system comprising the steps of: a. Generating a request for establishing a visual communication link between a door station and at least one home station of the door communication system , wherein at least one image is captured with a camera of the door station ; b. Checking the at least one image taken by the door station for the presence of at least one image error in the image, wherein an image having an image error is determined to be defective; characterized by c. Transmitting the image determined to be defective to an image correction server located outside the door communication system ; d. Performing at least one image correction by the image correction server on the at least one image determined to be defective, thereby obtaining a corrected image; and e. Transferring the corrected image from the image correction server to a memory of the door communication system . a. Generating a request for establishing a visual communication link between a door station and at least one home station of the door communication system , wherein at least one image is captured with a camera of the door station ; b. Checking the at least one image taken by the door station for the presence of at least one image error in the image, wherein an image having an image error is determined to be defective; characterized by c. Transmitting the image determined to be defective to an image correction server located outside the door communication system ; d. Performing at least one image correction by the image correction server on the at least one image determined to be defective, thereby obtaining a corrected image; and e. Transferring the corrected image from the image correction server to a memory of the door communication system .
A driven accessory comprising: a first rotary clutch portion that is disposed about a rotary axis and adapted to receive a rotary input, the first rotary clutch portion defining a clutch surface ; a second rotary clutch portion that is disposed about the rotary axis and adapted to be coupled to an input shaft ; a wrap spring having a first end , a second end and a plurality of helical coils between the first end and the second end , the plurality of helical coils engaging the clutch surface , the wrap spring being configured to selectively transmit rotary power between the first rotary clutch portion and the second rotary clutch portion , the rotary power being received by the helical coils from the first rotary clutch portion ); and an actuator comprising an actuator input member and a brake shoe , the actuator input member being rotatable about the rotary axis relative to the first rotary clutch portion and having a brake rotor with a plurality of first teeth (T1) that are disposed circumferentially about the brake rotor , the brake shoe comprising a plurality of mating teeth (T2) that are meshingly engaged to the teeth (T1) of the brake rotor , the brake shoe being axially movable along the rotary axis characterized in that the rotary power is being transmitted through the first end , the actuator is selectively operable for generating a drag force that is applied to the second end of the wrap spring , and the brake shoe is rotatable about the rotary axis . a first rotary clutch portion that is disposed about a rotary axis and adapted to receive a rotary input, the first rotary clutch portion defining a clutch surface ; a second rotary clutch portion that is disposed about the rotary axis and adapted to be coupled to an input shaft ; a wrap spring having a first end , a second end and a plurality of helical coils between the first end and the second end , the plurality of helical coils engaging the clutch surface , the wrap spring being configured to selectively transmit rotary power between the first rotary clutch portion and the second rotary clutch portion , the rotary power being received by the helical coils from the first rotary clutch portion ); and an actuator comprising an actuator input member and a brake shoe , the actuator input member being rotatable about the rotary axis relative to the first rotary clutch portion and having a brake rotor with a plurality of first teeth (T1) that are disposed circumferentially about the brake rotor , the brake shoe comprising a plurality of mating teeth (T2) that are meshingly engaged to the teeth (T1) of the brake rotor , the brake shoe being axially movable along the rotary axis characterized in that the rotary power is being transmitted through the first end , the actuator is selectively operable for generating a drag force that is applied to the second end of the wrap spring , and the brake shoe is rotatable about the rotary axis .
A printer comprising: a printhead ; a fluid pump ; a flow channel providing a fluid communication between the fluid pump and the printhead for enabling fluid recirculation in the printer; a pressure sensor arranged to measure the fluid pressure in the flow channel; and characterized by further comprising: a primer pump for priming the printhead; and a printer controller coupled to the fluid pump, the primer pump, and the pressure sensor, wherein the printer controller is configured to: activates the fluid pump; activates the primer pump for a first predefined time interval; and identifies or determines a movement of fluid in the flow channel based on the fluid pressure measured by the pressure sensor. a printhead ; a fluid pump ; a flow channel providing a fluid communication between the fluid pump and the printhead for enabling fluid recirculation in the printer; a pressure sensor arranged to measure the fluid pressure in the flow channel; and characterized by further comprising: a primer pump for priming the printhead; and a printer controller coupled to the fluid pump, the primer pump, and the pressure sensor, wherein the printer controller is configured to: activates the fluid pump; activates the primer pump for a first predefined time interval; and identifies or determines a movement of fluid in the flow channel based on the fluid pressure measured by the pressure sensor. a primer pump for priming the printhead; and a printer controller coupled to the fluid pump, the primer pump, and the pressure sensor, wherein the printer controller is configured to: activates the fluid pump; activates the primer pump for a first predefined time interval; and identifies or determines a movement of fluid in the flow channel based on the fluid pressure measured by the pressure sensor. activates the fluid pump; activates the primer pump for a first predefined time interval; and identifies or determines a movement of fluid in the flow channel based on the fluid pressure measured by the pressure sensor.
A composition comprising at least a first binding agent with specificity for interleukin-1 receptor accessory protein (IL1RAP) and a second binding agent with specificity for IL1RAP, wherein the first and second binding agents bind to at least two different extracellular domains of IL1RAP, and wherein each of the first and second binding agents is an anti-IL1RAP antibody or an antigen-binding fragment thereof.
A nanoparticle drug conjugate (NDC) comprising: a nanoparticle having a diameter within a range from 1 nm to 25 nm; a linker moiety; and a drug moiety, wherein the nanoparticle is coated with an organic polymer, wherein the organic polymer comprises at least one bifunctionalized maleimide silyl-polyethylene glycol group attached to at least one linker-drug construct, wherein the linker moiety comprises one or more amino acids, wherein the drug moiety and linker moiety form a protease-cleavable linker-drug construct that is covalently linked to the nanoparticle. a nanoparticle having a diameter within a range from 1 nm to 25 nm; a linker moiety; and a drug moiety, wherein the nanoparticle is coated with an organic polymer, wherein the organic polymer comprises at least one bifunctionalized maleimide silyl-polyethylene glycol group attached to at least one linker-drug construct, wherein the linker moiety comprises one or more amino acids, wherein the drug moiety and linker moiety form a protease-cleavable linker-drug construct that is covalently linked to the nanoparticle.
Mixing pump comprising an air duct, referred to as a cool air duct, an air intake leading to the cool air duct, referred to as a hot air intake , and means for injecting air from the hot air intake into the cool air duct, wherein the hot air intake leads to a chamber arranged at least partially in the cool air duct, and wherein the injection means have at least one opening for connecting the interior of the chamber to the interior of the cool air duct as well as means for modifying the flow area through the at least one opening connecting the interior of the chamber to the interior of the cool air duct, said pump being characterised in that said chamber is preferably formed inside a tube traversing the cool air duct .
An apparatus comprising: means for determining whether a user associated with a request for a particular network resource is to be identified by a provider of the particular network resource or by a different party from the resource provider, wherein identifying the user includes at least one of determining an identity of the user or authenticating the user as having that identity; means for causing, at least in part, the different party to provide identification data that indicates an identity for the user, if the user is to be identified by the different party; and means for causing, at least in part, user credentials data based on the identification data to be sent to an authentication process of the provider for a set of one or more network resources that includes the particular network resource requested by the user, if the identification data indicates that the user is successfully identified. means for determining whether a user associated with a request for a particular network resource is to be identified by a provider of the particular network resource or by a different party from the resource provider, wherein identifying the user includes at least one of determining an identity of the user or authenticating the user as having that identity; means for causing, at least in part, the different party to provide identification data that indicates an identity for the user, if the user is to be identified by the different party; and means for causing, at least in part, user credentials data based on the identification data to be sent to an authentication process of the provider for a set of one or more network resources that includes the particular network resource requested by the user, if the identification data indicates that the user is successfully identified.
Filter device for filtering a fluid, in particular an air stream, comprising a collecting chamber , a filter chamber , a cleaning chamber and a filter element , the cleaning chamber having an air inlet opening and the filter chamber having an air outlet opening , wherein the cleaning chamber and the filter chamber are in fluid communication by means of the collection chamber , wherein the cleaning chamber , the collection chamber and the filter chamber are successively arranged downstream in a flow direction, wherein the filter element is arranged in the filter chamber in such a way, in that the filter chamber is subdivided into a dirt region and a clean region , the filter element having a dirt surface which faces the dirt region and a clean surface which faces the clean region , characterized in that the filter element extends at least partially into the cleaning chamber in such a way that the fluid is guided at least partially along the dirt surface and in particular flows past it in such a way that a filter cake (F) located on the filter element can be detached from the dirt surface .
A device for denervating a renal nerve, the apparatus comprising: a catheter having a distal end insertable to a first position within a conduit adjacent to the renal nerve, an opening adjacent to the catheter distal end, and a lumen in communication with the opening; and one or more flexible wires (314; 315), wherein the one or more flexible wires (314; 315) are manipulable between a first position wherein the one or more flexible wires (314; 315) are within the lumen, and a second position wherein the one or more flexible wires (314; 315) extend out of the lumen through the opening, the one or more flexible wires (314; 315) being configured to deliver energy to the renal nerve when the one or more flexible wires are in the second position, wherein the one or more flexible wires (314; 315) are configured to expand to fill all or a portion of the renal pelvis and generally follow the contours therein. a catheter having a distal end insertable to a first position within a conduit adjacent to the renal nerve, an opening adjacent to the catheter distal end, and a lumen in communication with the opening; and one or more flexible wires (314; 315), wherein the one or more flexible wires (314; 315) are manipulable between a first position wherein the one or more flexible wires (314; 315) are within the lumen, and a second position wherein the one or more flexible wires (314; 315) extend out of the lumen through the opening, the one or more flexible wires (314; 315) being configured to deliver energy to the renal nerve when the one or more flexible wires are in the second position, wherein the one or more flexible wires (314; 315) are configured to expand to fill all or a portion of the renal pelvis and generally follow the contours therein.
A storage device for medical products comprises a control system , a cabinet enclosing a plurality of storage spaces , a plurality of storage containers , each storage container associated with one of the storage spaces , each storage space includes an arm movable between a first position in which the arm secures a respective storage container and a second position in which the arm releases the respective storage container , and an actuation assembly including an array of actuators, each of the actuators of the array being associated with a respective storage container , each of the actuators being independently actuable to secure or release the respective storage container with which the respective actuator is associated, wherein each of the arms engage a release mechanism comprising a bypass handle operable to move a sliding plate between a first position and a second position, the sliding plate engaging each of the arms and the release mechanism is operable to simultaneously move the plurality of arms to the second position when the sliding plate is moved to the second position, and wherein the release mechanism is manually operable by a user to over-ride the actuator assembly and to independently and simultaneously release the plurality of storage containers from the respective storage spaces . a control system , a cabinet enclosing a plurality of storage spaces , a plurality of storage containers , each storage container associated with one of the storage spaces , each storage space includes an arm movable between a first position in which the arm secures a respective storage container and a second position in which the arm releases the respective storage container , and an actuation assembly including an array of actuators, each of the actuators of the array being associated with a respective storage container , each of the actuators being independently actuable to secure or release the respective storage container with which the respective actuator is associated, wherein each of the arms engage a release mechanism comprising a bypass handle operable to move a sliding plate between a first position and a second position, the sliding plate engaging each of the arms and the release mechanism is operable to simultaneously move the plurality of arms to the second position when the sliding plate is moved to the second position, and wherein the release mechanism is manually operable by a user to over-ride the actuator assembly and to independently and simultaneously release the plurality of storage containers from the respective storage spaces .