mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile construction machine having - at least one communication interface for communication with a mobile input device for user input of user commands for operating the construction machine , and - at least one control unit for converting the user commands entered via the input device and communicated via the communication interface into control signals for machine components of the construction machine , - at least one monitoring device for monitoring the mobile input device in accordance with predefined monitoring criteria, wherein the monitoring device is designed to trigger a stop function depending on the monitoring result, characterised by at least one identification transmitter for transferring identification data of the construction machine to the mobile input device , wherein the control unit is configured to enable the operation of the construction machine depending on the identification data, wherein one of the monitoring criteria provides a time limit in such a way that the stop function is triggered after a predetermined period of time has elapsed from the transfer of the identification data and/or the stop function is triggered after no user commands have been entered via the mobile input device for a predetermined period of time, wherein the stop function provides for at least partially blocking the input of the user commands at the input device and/or communication of the user commands and/or conversion of the user commands into control signals, stopping at least one function of the construction machine and/or triggering an emergency stop of the construction machine . - at least one communication interface for communication with a mobile input device for user input of user commands for operating the construction machine , and - at least one control unit for converting the user commands entered via the input device and communicated via the communication interface into control signals for machine components of the construction machine , - at least one monitoring device for monitoring the mobile input device in accordance with predefined monitoring criteria, wherein the monitoring device is designed to trigger a stop function depending on the monitoring result,
N-{5-[(6,7-dimethoxy-4-quinolinyl)oxy]-2-pyridinyl}-2,5-dioxo-1-phenyl-1,2,5,6,7,8-hexahydro-3-quinolinecarboxamide ethanesulfonate.
A computer-implemented method of sending an identity information document comprising: selecting , by a user, identity information from a self-identity information store for inclusion in the identity information document, wherein selecting identity information is performed by presenting a Graphical User Interface, GUI, to the user in order to provide the user with an ability to control disclosure of information and wherein the selected identity information comprises use policies for defining uses to which the contents of the identity information may be put; reading the selected identity information from a self-identity information store; generating the identity information document to include the selected identity information and at least a first key, the identity information document signed using a second key associated with the first key in the identity information document, wherein the identity information included in the identity information document contains the display name and other disclosed information such as a physical mailing address and wherein the identity information document is a subset of identity information and wherein different subsets of identity information are disclosed to different recipients; and sending the identity information document to a recipient. selecting , by a user, identity information from a self-identity information store for inclusion in the identity information document, wherein selecting identity information is performed by presenting a Graphical User Interface, GUI, to the user in order to provide the user with an ability to control disclosure of information and wherein the selected identity information comprises use policies for defining uses to which the contents of the identity information may be put; reading the selected identity information from a self-identity information store; generating the identity information document to include the selected identity information and at least a first key, the identity information document signed using a second key associated with the first key in the identity information document, wherein the identity information included in the identity information document contains the display name and other disclosed information such as a physical mailing address and wherein the identity information document is a subset of identity information and wherein different subsets of identity information are disclosed to different recipients; and sending the identity information document to a recipient.
A method for wireless communication performed by a base station , comprising: determining a data allocation size available for data to be transmitted to a user equipment, UE ; determining a bundling size based at least in part on the data allocation size, a delay spread and a transmission mode, wherein the transmission mode includes one of an open-loop transmission mode and a closed-loop transmission mode; selecting a common precoding matrix based on the open-loop transmission mode or the closed-loop transmission mode, wherein the closed-loop transmission mode is used for low-speed UEs and the open-loop transmission mode is used for high-speed UEs; and precoding at least one reference signal in bundled contiguous resource blocks of the determined bundling size, when the determined bundling size exceeds a predetermined threshold, wherein the at least one reference signal in resource blocks in each bundle are precoded with the common precoding matrix. determining a data allocation size available for data to be transmitted to a user equipment, UE ; determining a bundling size based at least in part on the data allocation size, a delay spread and a transmission mode, wherein the transmission mode includes one of an open-loop transmission mode and a closed-loop transmission mode; selecting a common precoding matrix based on the open-loop transmission mode or the closed-loop transmission mode, wherein the closed-loop transmission mode is used for low-speed UEs and the open-loop transmission mode is used for high-speed UEs; and precoding at least one reference signal in bundled contiguous resource blocks of the determined bundling size, when the determined bundling size exceeds a predetermined threshold, wherein the at least one reference signal in resource blocks in each bundle are precoded with the common precoding matrix.
Transport system for long loads (L), in particular for ISO containers, comprising at least two individual vehicles which can be optionally coupled to the load (L), each individual vehicle having its own drive device and its own steering device, which preferably comprises a steering wheel , and being movable and steerable independently of one another when decoupled from the load (L), and said vehicles being coupled to one another or couplable to one another when coupled to the load (L), such that a driving and steering behavior of a rigid complete vehicle comprising the couplable individual vehicles is achieved, characterized in that a distance detection device and a complete-vehicle control device are provided, the distance detection device being provided for determining the distance (A) between the individual vehicles when they are coupled to the load (L), and the complete-vehicle control device being provided for actuating the steering devices of the individual vehicles , taking into account the distance (A) and the relevant steering program depending on a reference steering value predetermined by a complete-vehicle steering system, the devices being provided such that the wheel axles of all the wheels of all the individual vehicles intersect approximately in a common steering pole (P1, P2), or at least extend almost in parallel.
A method of performing physical activity monitoring and fall detection of a subject using a wearable sensor comprising at least one audio sensor and at least one of: an accelerometer , a gyroscope , and a magnetometer , the method comprising: monitoring activities of the subject using the at least one of: the accelerometer, the gyroscope, and the magnetometer, and identifying at least one characteristic motion pattern based on the monitored activities; detecting an apparent fall experienced by the subject based on the identified at least one characteristic motion pattern; monitoring sounds provided by the at least one audio sensor following the detected apparent fall, wherein the monitored sounds comprise both ambient sounds and heart sounds; determining whether the detected apparent fall is an actual fall experienced by the subject based on both the ambient sounds and the heart sounds provided by the at least one audio sensor; and communicating an indication of the actual fall to a monitoring system, enabling commencement of responsive action. monitoring activities of the subject using the at least one of: the accelerometer, the gyroscope, and the magnetometer, and identifying at least one characteristic motion pattern based on the monitored activities; detecting an apparent fall experienced by the subject based on the identified at least one characteristic motion pattern; monitoring sounds provided by the at least one audio sensor following the detected apparent fall, wherein the monitored sounds comprise both ambient sounds and heart sounds; determining whether the detected apparent fall is an actual fall experienced by the subject based on both the ambient sounds and the heart sounds provided by the at least one audio sensor; and communicating an indication of the actual fall to a monitoring system, enabling commencement of responsive action.
A computer-implemented method for determining a correction to a process, the method comprising: - obtaining first sparse data representing measured values of a parameter across one or more substrates subject to the process, measured using a sparse sampling layout; - obtaining dense data representing measured values of the parameter across one or more substrates subject to the process, measured using a dense sampling layout that is more spatially dense than the sparse sampling layout; - applying a model to the sparse data and dense data to determine a sparse-to-dense mismatch; - obtaining second sparse data (522;622) representing measured values of the parameter across a substrate subject to the process, measured using a sparse sampling layout; - adapting the model based on the sparse-to-dense mismatch; - applying the adapted model to the second sparse data to determine a sparse model result ; and - determining a correction to the process based on the sparse model result . - obtaining first sparse data representing measured values of a parameter across one or more substrates subject to the process, measured using a sparse sampling layout; - obtaining dense data representing measured values of the parameter across one or more substrates subject to the process, measured using a dense sampling layout that is more spatially dense than the sparse sampling layout; - applying a model to the sparse data and dense data to determine a sparse-to-dense mismatch; - obtaining second sparse data (522;622) representing measured values of the parameter across a substrate subject to the process, measured using a sparse sampling layout; - adapting the model based on the sparse-to-dense mismatch; - applying the adapted model to the second sparse data to determine a sparse model result ; and - determining a correction to the process based on the sparse model result .
A remote inspection device for a passenger conveyor , comprising: at least one camera mounted directly above the passenger conveyor for monitoring external conditions of the passenger conveyor ; a remote controller for performing a remote visual inspection using the at least one camera ; a passenger conveyor controller for operating the passenger conveyor at a normal speed during a normal operation and for operating the passenger conveyor at a slower speed or bringing it to a complete stop during a remote visual inspection; and a sensor connected to the passenger conveyor controller and arranged in the vicinity of the entrance of the passenger conveyor for detecting the presence of a passenger approaching the entrance of the passenger conveyor , wherein the remote controller is connected to the passenger conveyor controller and the camera via a remote access server , and wherein the passenger conveyor controller is configured to transmit a signal to the remote controller for interrupting the initiation of a remote visual inspection in response to the detection of a passenger approaching the entrance when initiating the remote visual inspection, and/or transmit a signal to the remote controller for interrupting the remote visual inspection and resume normal operation of the passenger conveyor in response to the detection of a passenger approaching the entrance during the remote visual inspection. at least one camera mounted directly above the passenger conveyor for monitoring external conditions of the passenger conveyor ; a remote controller for performing a remote visual inspection using the at least one camera ; a passenger conveyor controller for operating the passenger conveyor at a normal speed during a normal operation and for operating the passenger conveyor at a slower speed or bringing it to a complete stop during a remote visual inspection; and a sensor connected to the passenger conveyor controller and arranged in the vicinity of the entrance of the passenger conveyor for detecting the presence of a passenger approaching the entrance of the passenger conveyor , wherein the remote controller is connected to the passenger conveyor controller and the camera via a remote access server , and wherein the passenger conveyor controller is configured to transmit a signal to the remote controller for interrupting the initiation of a remote visual inspection in response to the detection of a passenger approaching the entrance when initiating the remote visual inspection, and/or transmit a signal to the remote controller for interrupting the remote visual inspection and resume normal operation of the passenger conveyor in response to the detection of a passenger approaching the entrance during the remote visual inspection.
A handle for a razor cartridge , the handle comprising: a head having a cartridge engaging end and an attachment end ; a body formed of a first material and defining a centerline (C1), the body having a front end and a rear end , wherein the front end is coupled with the attachment end ; and a cover layer at least partially overlying the body and formed of a second material, the cover layer comprising a base surface having a plurality of projections extending therefrom, wherein each projection of the plurality of projections has an upper surface that is substantially planar, characterized in that each projection of the plurality of projections is interposed between a pair of immediately adjacent projections; each projection of the plurality of projections defines a height; and the height of each projection of the plurality of projections is: greater than the height of one of the immediately adjacent projections; and less than the height of the other immediately adjacent projection. a head having a cartridge engaging end and an attachment end ; a body formed of a first material and defining a centerline (C1), the body having a front end and a rear end , wherein the front end is coupled with the attachment end ; and a cover layer at least partially overlying the body and formed of a second material, the cover layer comprising a base surface having a plurality of projections extending therefrom, wherein each projection of the plurality of projections has an upper surface that is substantially planar, characterized in that each projection of the plurality of projections is interposed between a pair of immediately adjacent projections; each projection of the plurality of projections defines a height; and the height of each projection of the plurality of projections is: greater than the height of one of the immediately adjacent projections; and less than the height of the other immediately adjacent projection. greater than the height of one of the immediately adjacent projections; and less than the height of the other immediately adjacent projection.
Apparatus comprising: a stent-valve ; a delivery catheter for delivering the stent-valve to an implantation site within the body, the delivery catheter having at least one translatable sheath at a containment region for receiving the stent-valve in a compressed form as a result of a loading operation for compressing and loading the stent-valve with respect to the delivery catheter ; characterized by a packaging containing the delivery catheter prior to use, the packaging including a base supporting the delivery catheter in a storage position, the base having a liquid-tight trough , the trough having a depth suitable for use to hold liquid within which the containment region of the catheter may be immersed during the loading operation, wherein the liquid capacity of the trough is at least 1 litre. a stent-valve ; a delivery catheter for delivering the stent-valve to an implantation site within the body, the delivery catheter having at least one translatable sheath at a containment region for receiving the stent-valve in a compressed form as a result of a loading operation for compressing and loading the stent-valve with respect to the delivery catheter ; characterized by a packaging containing the delivery catheter prior to use, the packaging including a base supporting the delivery catheter in a storage position, the base having a liquid-tight trough , the trough having a depth suitable for use to hold liquid within which the containment region of the catheter may be immersed during the loading operation, wherein the liquid capacity of the trough is at least 1 litre.
A sealing ring for a turbocharger, the sealing ring comprising: a main body portion extending from one end to another end in a circumferential direction of a ring hole ; and a pair of facing portions separately provided on the one end side and the other end side of the main body portion , the pair of facing portions being in contact with each other while facing each other in a direction of a central axis of the ring hole , characterized in that the pair of facing portions are each subjected to energizing force acting in axial direction toward the other and thus providing a self-closing force. a main body portion extending from one end to another end in a circumferential direction of a ring hole ; and a pair of facing portions separately provided on the one end side and the other end side of the main body portion , the pair of facing portions being in contact with each other while facing each other in a direction of a central axis of the ring hole , characterized in that the pair of facing portions are each subjected to energizing force acting in axial direction toward the other and thus providing a self-closing force.
A method of measuring a nozzle deflection, comprising: rotating a nozzle ; inserting a spout of the nozzle into a container through an opening of the container ; ejecting liquid (L) from the nozzle inside the container ; and measuring a nozzle deflection outside the container while the nozzle is rotating and ejecting the liquid (L). rotating a nozzle ; inserting a spout of the nozzle into a container through an opening of the container ; ejecting liquid (L) from the nozzle inside the container ; and measuring a nozzle deflection outside the container while the nozzle is rotating and ejecting the liquid (L).
A method for delivering a key, to be presented to an access control device, to a mobile device , the mobile device , when fully functional, capable of communicating directly with a key issuance backend via a communication network to retrieve keys from the key issuance backend through the issuance of a key update request, the method comprising: when a network interface of the mobile device is at least one of limited in functionality and disabled, thereby preventing the mobile device from directly transmitting the key update request to the key issuance backend , instead establishing, with an updater , a proximity-based communication channel with the mobile device ; receiving, at the updater , the key update request from the mobile device via the proximity-based communication channel; providing the key update request to the key issuance backend on behalf of the mobile device , wherein the key update request is provided to the key issuance backend by the updater and the updater has a network interface that enables communications with the key issuance backend ; receiving, at the updater , one or more keys from the key issuance backend in response to the key update request; and transmitting the one or more keys from the updater to the mobile device via the proximity-based communication channel . when a network interface of the mobile device is at least one of limited in functionality and disabled, thereby preventing the mobile device from directly transmitting the key update request to the key issuance backend , instead establishing, with an updater , a proximity-based communication channel with the mobile device ; receiving, at the updater , the key update request from the mobile device via the proximity-based communication channel; providing the key update request to the key issuance backend on behalf of the mobile device , wherein the key update request is provided to the key issuance backend by the updater and the updater has a network interface that enables communications with the key issuance backend ; receiving, at the updater , one or more keys from the key issuance backend in response to the key update request; and transmitting the one or more keys from the updater to the mobile device via the proximity-based communication channel .
A method for controlling a soil working means, based on an image processing, said soil working means comprising a locomotion member and a working member , wherein the method comprises the steps of: - acquiring at least one digital image of the soil by means of digital image acquisition means installed on said working means; characterized by the steps of: - processing , by means of an electronic processing unit , the at least one digital image acquired by performing at least one convolution operation on the digital image by means of a trained convolutional neural network (300; 400; 500), wherein said neural network (300; 400; 500) comprises at least one convolutional layer and said at least one convolution operation is accomplished by means of a feed-forward of the neural network; - obtaining , by means of the electronic processing unit, at least one synthetic soil descriptor based on said processing; - generating , by means of the electronic processing unit, at least one control signal of said locomotion member or of said working member based on said synthetic soil descriptor. - acquiring at least one digital image of the soil by means of digital image acquisition means installed on said working means; characterized by the steps of: - processing , by means of an electronic processing unit , the at least one digital image acquired by performing at least one convolution operation on the digital image by means of a trained convolutional neural network (300; 400; 500), wherein said neural network (300; 400; 500) comprises at least one convolutional layer and said at least one convolution operation is accomplished by means of a feed-forward of the neural network; - obtaining , by means of the electronic processing unit, at least one synthetic soil descriptor based on said processing; - generating , by means of the electronic processing unit, at least one control signal of said locomotion member or of said working member based on said synthetic soil descriptor.