mhurhangee/patent-ind-claim-en huggingface dataset:
An irrigation system ground spike for securing at least one component of an irrigation system, the ground spike comprising a spike portion for penetrating soil to hold the ground spike in position and at least two holding portions , each holding portion for holding a respective component of an irrigation system, wherein the ground spike comprises a main body from which the spike portion projects , one of the holding portions comprises a supply hose securing lug which projects from the main body portion, the ground spike comprises a second supply hose securing lug such that there is a pair of hose securing lugs each projecting from a respective opposite side of the main body , the lugs being useful for retaining supply hose as well as for user when removing the ground spike from the ground, and each lug defines a space between the main body portion and the respective lug which acts as a supply hose receiving portion, characterized in that a first of the two holding portions differs from a second of the two portions so facilitating use of the spike for selectively securing respective different components. wherein the ground spike comprises a main body from which the spike portion projects , one of the holding portions comprises a supply hose securing lug which projects from the main body portion, the ground spike comprises a second supply hose securing lug such that there is a pair of hose securing lugs each projecting from a respective opposite side of the main body , the lugs being useful for retaining supply hose as well as for user when removing the ground spike from the ground, and each lug defines a space between the main body portion and the respective lug which acts as a supply hose receiving portion, characterized in that a first of the two holding portions differs from a second of the two portions so facilitating use of the spike for selectively securing respective different components.
A system comprising: an aggregation point coupled to a network ; a plurality of connector assemblies coupled to the network, each of the connector assemblies comprising a plurality of ports, wherein each of the connector assemblies is configured to read physical layer information stored in storage devices of cables comprising connectors connected to the ports of the respective connector assembly and configured to communicate the read physical layer information to the aggregation point for storage thereby; and an inter-networking device coupled to the network, comprising: a plurality of ports ; inter-networking functionality configured to perform an inter-networking function for packets received on the ports of the inter-networking device; the inter-networking device further comprises functionality configured to retrieve the physical layer information from the aggregation point; and wherein the inter-networking functionality is configured to perform the inter-networking function using at least a portion of the physical layer information read from the storage devices . an aggregation point coupled to a network ; a plurality of connector assemblies coupled to the network, each of the connector assemblies comprising a plurality of ports, wherein each of the connector assemblies is configured to read physical layer information stored in storage devices of cables comprising connectors connected to the ports of the respective connector assembly and configured to communicate the read physical layer information to the aggregation point for storage thereby; and an inter-networking device coupled to the network, comprising: a plurality of ports ; inter-networking functionality configured to perform an inter-networking function for packets received on the ports of the inter-networking device; the inter-networking device further comprises functionality configured to retrieve the physical layer information from the aggregation point; and wherein the inter-networking functionality is configured to perform the inter-networking function using at least a portion of the physical layer information read from the storage devices . a plurality of ports ; inter-networking functionality configured to perform an inter-networking function for packets received on the ports of the inter-networking device; the inter-networking device further comprises functionality configured to retrieve the physical layer information from the aggregation point; and wherein the inter-networking functionality is configured to perform the inter-networking function using at least a portion of the physical layer information read from the storage devices .
Use of a coordination polymer, wherein the coordination polymer comprises repeating coordination complexes with an octahedral geometry, wherein said coordination complex comprises: - iron(II); - at least one ligand comprising an amino moiety; wherein the coordination polymer further comprises counter-ions comprising an aromatic moiety; for the identification and/or quantification of formaldehyde. - iron(II); - at least one ligand comprising an amino moiety;
An actuating unit, comprising a spacer element which can be fixed on a shoe unit or on a supporting unit , the spacer element having a holding section , via which it can be secured against movement along an activating axis (B) relative to the shoe unit or the supporting unit , the spacer element having a first engagement section which is supported on the respective other one of the units comprising the shoe unit or the supporting unit in a first position (I) of the spacer element , it being possible for the spacer element to be moved into a second position (II), in which the first engagement section is out of engagement with the shoe unit and the supporting unit , a second engagement section of the spacer element being supported on the shoe unit or the supporting unit in the second position (II), the spacer element spacing the shoe unit and the supporting unit further apart from one another in the first position (I) than in the second position (II), characterized in that it being possible for the spacer element to be moved from the first position (I) into the second position (II) and from the second position (II) into the first position (I) by way of movement along an actuating axis (A), the actuating axis (A) lying orthogonally with respect to the activating axis (B).
A terminal comprising: a control section configured to arrange a demodulation reference signal, DMRS, in a first resource, and configured to arrange a phase tracking reference signal, PTRS, at an interval of a number of symbols in a set of second resources with a symbol of the DMRS as a starting point, and a transmitting section configured to transmit, to a base station apparatus , the DMRS and the PTRS that are arranged in the first resource and the set of second resources, respectively, characterized in that , when the control section arranges the PTRS at the interval of the number of symbols from a symbol of a first DMRS as a starting point, and when the control section arranges a second DMRS within two consecutive PTRSs, the control section is configured to shift a PTRS of the two consecutive PTRSs by a number of symbols such that the PTRSs subsequent to the second DMRS are arranged in the set of second resources at the interval of the number of symbols from a symbol of the second DMRS as a starting point; wherein the interval is at least two symbols. a control section configured to arrange a demodulation reference signal, DMRS, in a first resource, and configured to arrange a phase tracking reference signal, PTRS, at an interval of a number of symbols in a set of second resources with a symbol of the DMRS as a starting point, and a transmitting section configured to transmit, to a base station apparatus , the DMRS and the PTRS that are arranged in the first resource and the set of second resources, respectively, characterized in that , when the control section arranges the PTRS at the interval of the number of symbols from a symbol of a first DMRS as a starting point, and when the control section arranges a second DMRS within two consecutive PTRSs, the control section is configured to shift a PTRS of the two consecutive PTRSs by a number of symbols such that the PTRSs subsequent to the second DMRS are arranged in the set of second resources at the interval of the number of symbols from a symbol of the second DMRS as a starting point; wherein the interval is at least two symbols.
A special civil engineering machine, in particular slurry wall cutter, comprising at least one rotating tool , and a tool drive that is arranged within a housing of the special civil engineering machine and is sealed with respect to the environment by means of at least one bearing seal in the region of its shaft exit from the housing to the driven tool , wherein the bearing seal comprises at least two separate sealing elements whose arrangement forms a sealing chamber located between the sealing elements , and a pressure compensation device is provided, which is adapted to control the chamber pressure in the sealing chamber in dependence on the ambient pressure of the special civil engineering machine in such a way that the chamber pressure is greater than or equal to an ambient pressure, characterized in that the pressure compensation device comprises a pump , wherein a pressure outlet of the pump is connected to the sealing chamber in order to pressurize the same with the required chamber pressure in dependence on the ambient pressure, and the pump is adapted to suck in lubricant from a housing interior of the tool drive and pump the same into the sealing chamber . at least one rotating tool , and a tool drive that is arranged within a housing of the special civil engineering machine and is sealed with respect to the environment by means of at least one bearing seal in the region of its shaft exit from the housing to the driven tool , wherein the bearing seal comprises at least two separate sealing elements whose arrangement forms a sealing chamber located between the sealing elements , and a pressure compensation device is provided, which is adapted to control the chamber pressure in the sealing chamber in dependence on the ambient pressure of the special civil engineering machine in such a way that the chamber pressure is greater than or equal to an ambient pressure, characterized in that the pressure compensation device comprises a pump , wherein a pressure outlet of the pump is connected to the sealing chamber in order to pressurize the same with the required chamber pressure in dependence on the ambient pressure, and the pump is adapted to suck in lubricant from a housing interior of the tool drive and pump the same into the sealing chamber .
A method comprising: receiving , from a sensor of a robot , first sensor data indicative of positions of a plurality of markers relative to the sensor within an environment; determining a pose of the sensor within a map of the plurality of markers based on the first sensor data; receiving , from the sensor, second sensor data indicative of distance from the sensor to a surface within the environment; determining , using a coordinate frame of the map of the plurality of markers, an occupancy grid map representing the surface within the environment based on the second sensor data and the pose of the sensor determined based on the first sensor data; determining a transformation that aligns the coordinate frame of the map of the plurality of markers and a coordinate frame of a design model (e.g. a CAD model) of the environment by minimizing an error between occupied cells in the occupancy grid map and sampled points from the design model, wherein the design model specifies positions of physical features within the environment; and providing the transformation between the map of the plurality of markers and the design model for use when causing the robot to navigate through the environment. receiving , from a sensor of a robot , first sensor data indicative of positions of a plurality of markers relative to the sensor within an environment; determining a pose of the sensor within a map of the plurality of markers based on the first sensor data; receiving , from the sensor, second sensor data indicative of distance from the sensor to a surface within the environment; determining , using a coordinate frame of the map of the plurality of markers, an occupancy grid map representing the surface within the environment based on the second sensor data and the pose of the sensor determined based on the first sensor data; determining a transformation that aligns the coordinate frame of the map of the plurality of markers and a coordinate frame of a design model (e.g. a CAD model) of the environment by minimizing an error between occupied cells in the occupancy grid map and sampled points from the design model, wherein the design model specifies positions of physical features within the environment; and providing the transformation between the map of the plurality of markers and the design model for use when causing the robot to navigate through the environment.
A system for detecting an approaching train on an active railroad track or an adjacent track and providing an alert to roadway workers near a section of one or more of said tracks over a secure wireless network, the system comprising: at least one train detector cone operable to detect an approaching train and transmit an alert signal in response; and at least one personnel warning cone operable to receive said alert signal and generate an audible alert warning, a visual alert warning, or combinations thereof, in response, wherein: said at least one train detector cone comprises a sensor unit comprising a plurality of simultaneously active sensors for detecting an oncoming train , a low power radio transceiver operable to transmit said alert signal, and a microprocessor operable to monitor data received from at least one of said plurality of sensors and to execute instructions directing the operation of said train detector cone ; said at least one train detector cone is configured to transmit a tilt alert signal to said at least one personnel warning cone upon detection of a change in orientation of said at least one train detector cone , the tilt alert signal alerting the at least one personnel warning cone that the at least one train detector cone needs corrective action. said at least one train detector cone comprises a sensor unit comprising a plurality of simultaneously active sensors for detecting an oncoming train , a low power radio transceiver operable to transmit said alert signal, and a microprocessor operable to monitor data received from at least one of said plurality of sensors and to execute instructions directing the operation of said train detector cone ; said at least one train detector cone is configured to transmit a tilt alert signal to said at least one personnel warning cone upon detection of a change in orientation of said at least one train detector cone , the tilt alert signal alerting the at least one personnel warning cone that the at least one train detector cone needs corrective action.
A polyphenylene ether resin composition, comprising a vinyl-modified polyphenylene ether resin and an organosilicon resin containing unsaturated double bonds and having a three-dimensional network structure, wherein the organosilicon resin containing unsaturated double bonds and having a three-dimensional network structure is any one selected from the group consisting of MT organosilicon resin containing unsaturated double bonds and having a three-dimensional network structure and formed by hydrolytic condensation of monofunctional siloxane unit (M unit) and trifunctional siloxane unit (T unit); MTQ organosilicon resin containing unsaturated double bonds and having a three-dimensional network structure and formed by hydrolytic condensation of monofunctional siloxane unit (M unit), trifunctional siloxane unit (T unit) and tetrafunctional siloxane unit (Q unit); MDT organosilicon resin containing unsaturated double bonds and having a three-dimensional network structure and formed by hydrolytic condensation of monofunctional siloxane unit (M unit), difunctional siloxane unit (D unit) and trifunctional siloxane unit (T unit); and MDQ organosilicon resin containing unsaturated double bonds and having a three-dimensional network structure and formed by hydrolytic condensation of monofunctional siloxane unit (M unit), difunctional siloxane unit (D unit) and tetrafunctional siloxane unit (Q unit); or a mixture of at least two of them.
Device on a vehicle having a hydraulic actuating unit for governing the operation of an attachment on the vehicle , the attachment having at least one ploughshare (9a 1 to 9a 4 ; 9b 1 to 9b 4 ), comprising at least one position detection unit having at least one position detection sensor, an evaluation unit and a data-carrying connection to a controller assigned to the hydraulic actuating unit, characterized in that the at least one ploughshare (9a 1 to 9a 4 ; 9b 1 to 9b 4 ) is assigned at least one vibration source (31; 31a to 31d), and the position detection unit comprises at least one vibration measuring sensor (30; 30a to 30d), which is set up to detect at least one resonant frequency caused by the at least one vibration source (31; 31a to 31d).
A thermal management device for dissipating heat from one or more electrical components in an aircraft, the thermal management device including: a heat spreader comprising a plurality of layers of annealed pyrolytic graphite, the heat spreader having higher thermal conductivity in a plane defined by the layers than in a direction perpendicular to the layers; a flow path for a cooling fluid defined through the heat spreader , such that at least a portion of the flow path is surrounded by the heat spreader , wherein the flow path is helical, around a central axis extending through the plurality of layers; and a housing encasing the heat spreader , the housing arranged to have one or more electrical components mounted there-on and to form a thermal interface between the heat spreader and one or more electrical components . a heat spreader comprising a plurality of layers of annealed pyrolytic graphite, the heat spreader having higher thermal conductivity in a plane defined by the layers than in a direction perpendicular to the layers; a flow path for a cooling fluid defined through the heat spreader , such that at least a portion of the flow path is surrounded by the heat spreader , wherein the flow path is helical, around a central axis extending through the plurality of layers; and a housing encasing the heat spreader , the housing arranged to have one or more electrical components mounted there-on and to form a thermal interface between the heat spreader and one or more electrical components .
Assembly comprising: - a rotating electric machine comprising: - a rotor mounted on a shaft extending along an axis of rotation (X), - a stator comprising a body and a winding , the winding comprising a plurality of phases , in particular six phases, each comprising two ends, - an electronic control and/or power module for supplying a polyphase current system to the winding, the electronic module comprising a plurality of input pins , and - a connector for connecting the phases of the winding to the electronic module, comprising a plurality of output pins connected to the phases, as many as the input pins of the electronic module, the output pins and the input pins being connected to each other by screws, the output pins are all concentrated on a predefined angular portion (α), in particular less than 30 degrees, characterised in that the output pins are arranged in several layers offset from one another, in particular radially offset, the pins of the outer layers, in particular the radially outer layers , being locally narrowed for the passage of the fastening elements associated with the inner layers, in particular the radially inner layers . - a rotating electric machine comprising: - a rotor mounted on a shaft extending along an axis of rotation (X), - a stator comprising a body and a winding , the winding comprising a plurality of phases , in particular six phases, each comprising two ends, - an electronic control and/or power module for supplying a polyphase current system to the winding, the electronic module comprising a plurality of input pins , and - a connector for connecting the phases of the winding to the electronic module, comprising a plurality of output pins connected to the phases, as many as the input pins of the electronic module, - a rotor mounted on a shaft extending along an axis of rotation (X), - a stator comprising a body and a winding , the winding comprising a plurality of phases , in particular six phases, each comprising two ends, - an electronic control and/or power module for supplying a polyphase current system to the winding, the electronic module comprising a plurality of input pins , and - a connector for connecting the phases of the winding to the electronic module, comprising a plurality of output pins connected to the phases, as many as the input pins of the electronic module, the output pins and the input pins being connected to each other by screws, the output pins are all concentrated on a predefined angular portion (α), in particular less than 30 degrees, characterised in that the output pins are arranged in several layers offset from one another, in particular radially offset, the pins of the outer layers, in particular the radially outer layers , being locally narrowed for the passage of the fastening elements associated with the inner layers, in particular the radially inner layers .
A method for producing an edge strip for the coating of narrow surfaces of panel-shaped workpieces, in particular furniture panels, with at least one front-side cover layer and one rear-side melt layer for fixing the edge strip to the workpiece, wherein hollow microspheres consisting of a plastic casing filled with a gas are added to a thermoplastic base plastic and a melt layer is created from this starting mixture and applied onto the cover layer, wherein non-expanded hollow microspheres are added to the base plastic, which expand in the course of creating the melt layer.
Civilian tracked vehicle having a supporting frame and a chain chassis which includes two chain mechanisms on opposite sides of the supporting frame, having a traction drive unit supported by the supporting frame, and having a driver's cab arranged on the supporting frame, wherein the supporting frame is designed as a watertight supporting trough in which the traction drive unit is accommodated, characterized in that the supporting trough has at least two tube profiles traversing the supporting trough transversely, in which continuous axles of running wheel arrangements of the two chain mechanisms are mounted.
A catheter device for introducing a material into a body cavity comprising: a catheter shaft ; a first lumen extending through the catheter shaft ; a misting nozzle fluidly coupled to the first lumen and configured to provide a mist from a flow of liquid through the first lumen , the misting nozzle defining an outer profile within a longitudinal profile of the catheter device; a second lumen extending through the catheter shaft, the second lumen having a distal end opening defining an outer profile within the longitudinal profile of the catheter device; and, wherein the outer profile defined by the misting nozzle does not overlap the outer profile defined by the distal end opening of the second lumen . a catheter shaft ; a first lumen extending through the catheter shaft ; a misting nozzle fluidly coupled to the first lumen and configured to provide a mist from a flow of liquid through the first lumen , the misting nozzle defining an outer profile within a longitudinal profile of the catheter device; a second lumen extending through the catheter shaft, the second lumen having a distal end opening defining an outer profile within the longitudinal profile of the catheter device; and, wherein the outer profile defined by the misting nozzle does not overlap the outer profile defined by the distal end opening of the second lumen .