mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by one or more computers, the method comprising: obtaining an input image ; processing the input image using a first neural network to generate an alternative representation for the input image; initializing a hidden state of a second neural network using the alternative representation for the input image; after initializing the hidden state of the second neural network, generating with the second neural network a sequence of a plurality of words in a target natural language that describes the input image; wherein the second neural network is a long-short term memory (LSTM) neural network configured to determine a next word in the sequence by processing, in accordance with a current hidden state of the second neural network and current values of a set of parameters of the second neural network, a numeric representation of a current word in the sequence to determine a respective word score for each word in a set of words that represents a respective likelihood that the word is the next word in the sequence; wherein the first neural network is a deep convolutional neural network comprising a plurality of core neural network layers each having a respective set of parameters; wherein processing the input image using the first neural network comprises processing the input image through each of the plurality of core neural network layers, and wherein the alternative representation for the input image is the output generated by a last core neural network layer in the plurality of core neural network layers. obtaining an input image ; processing the input image using a first neural network to generate an alternative representation for the input image; initializing a hidden state of a second neural network using the alternative representation for the input image; after initializing the hidden state of the second neural network, generating with the second neural network a sequence of a plurality of words in a target natural language that describes the input image; wherein the second neural network is a long-short term memory (LSTM) neural network configured to determine a next word in the sequence by processing, in accordance with a current hidden state of the second neural network and current values of a set of parameters of the second neural network, a numeric representation of a current word in the sequence to determine a respective word score for each word in a set of words that represents a respective likelihood that the word is the next word in the sequence; wherein the first neural network is a deep convolutional neural network comprising a plurality of core neural network layers each having a respective set of parameters; wherein processing the input image using the first neural network comprises processing the input image through each of the plurality of core neural network layers, and wherein the alternative representation for the input image is the output generated by a last core neural network layer in the plurality of core neural network layers.
A lift fan , comprising: a stator which is configured to output a magnetic field; a first housing ; a blade for providing lift attached to the first housing; a second housing that is symmetric to the first housing, wherein the first housing and the second housing are rigidly connected at a plurality of points to stabilize the lift fan during operation; and a magnet array , wherein: the magnet array is coupled to either the first housing or the second housing; and the housing which is coupled to the magnet array rotates in response to the magnet array responding magnetically to the magnetic field output by the stator, such that the blade rotates responsive to the magnetic field. a stator which is configured to output a magnetic field; a first housing ; a blade for providing lift attached to the first housing; a second housing that is symmetric to the first housing, wherein the first housing and the second housing are rigidly connected at a plurality of points to stabilize the lift fan during operation; and a magnet array , wherein: the magnet array is coupled to either the first housing or the second housing; and the housing which is coupled to the magnet array rotates in response to the the magnet array is coupled to either the first housing or the second housing; and the housing which is coupled to the magnet array rotates in response to the magnet array responding magnetically to the magnetic field output by the stator, such that the blade rotates responsive to the magnetic field.
A compute device comprising: a network interface controller ; a compute engine that includes a plurality of cores and a memory to include a queue , the queue storing packets received by the network interface controller ; wherein the compute engine is configured to: determine a predicted time period for the queue to receive packets without overflowing, the packets pertaining to a workload to be executed by a core of the plurality of cores ; adjust a priority of the core assigned to poll the queue for packets to perform the workload within the predicted time period; execute, by the core assigned to poll the queue during the predicted time period, the workload, the core being assigned to periodically poll the queue for packets; determine whether the predicted time period has elapsed; and poll, when the predicted time period has elapsed, by the core assigned to poll the queue , the queue to remove any packets from the queue , wherein the compute engine is configured to, in polling the queue , suspend execution of the workload performed by the core assigned to poll the queue . a network interface controller ; a compute engine that includes a plurality of cores and a memory to include a queue , the queue storing packets received by the network interface controller ; wherein the compute engine is configured to: determine a predicted time period for the queue to receive packets without overflowing, the packets pertaining to a workload to be executed by a core of the plurality of cores ; adjust a priority of the core assigned to poll the queue for packets to perform the workload within the predicted time period; execute, by the core assigned to poll the queue during the predicted time period, the workload, the core being assigned to periodically poll the queue for packets; determine whether the predicted time period has elapsed; and poll, when the predicted time period has elapsed, by the core assigned to poll the queue , the queue to remove any packets from the queue , determine a predicted time period for the queue to receive packets without overflowing, the packets pertaining to a workload to be executed by a core of the plurality of cores ; adjust a priority of the core assigned to poll the queue for packets to perform the workload within the predicted time period; execute, by the core assigned to poll the queue during the predicted time period, the workload, the core being assigned to periodically poll the queue for packets; determine whether the predicted time period has elapsed; and poll, when the predicted time period has elapsed, by the core assigned to poll the queue , the queue to remove any packets from the queue , wherein the compute engine is configured to, in polling the queue , suspend execution of the workload performed by the core assigned to poll the queue .
A drug conjugate selected from BT17BDC-27: or BT17BDC-28: wherein Bicycle 17-69-07-N268 represents -AC i (D-Ala)NE (D-Ala)C ii EDFYD(tBuGly)C iii -CONH 2 and Bicycle 17-69-07-N241 represents -(bAla)-Sar10-ACi(D-Ala)NE (D-Ala)C ii EDFYD(tBuGly)C iii -CONH 2 , both of which are cyclised on C i , C ii , and C iii with 1,3,5-tris(bromomethyl)benzene) (TBMB) yielding a tri-substituted 1,3,5-trismethylbenzene structure.
Power-transmission and data-transmission system of a piece of mobile machinery, in particular of an electrically operated agricultural tractor, having a cable drum which is installed on a supporting chassis structure of the piece of mobile machinery and has an electromotive drum drive or winder drive comprising an arrangement for determining a spatial orientation of a line portion unrolled from the cable drum , having a fastening base and a measuring probe which can be pivoted cardanically in relation to the fastening base about a first and a second axis of rotation and is in the form of an actuating rod , at the free end of which a cable guide is fitted, wherein the measuring probe interacts with a sensor device for sensing solid angles (α, β) which occur around the axes of rotation , wherein the sensor device has a first angle-of-rotation sensor which has its housing side fitted on the fastening base and its sensor side connected to a holder which can be pivoted about the first axis of rotation , and a second angle-of-rotation sensor which has its housing side fitted on the holder and its sensor side connected to the measuring probe , which can be pivoted about the second axis of rotation , wherein also present are a plurality of wheel-speed sensors for sensing wheel speeds of associated wheels of the piece of mobile machinery and/or a GPS navigation system for defining the current position of the piece of mobile machinery , and wherein a control unit defines the length of line actually required by the piece of mobile machinery with reference to the spatial orientation determined from signal voltages or data signals from the two angle-of-rotation sensors for the unwound line portion , and adapts said length of line required while taking account of a current movement direction and speed of the piece of mobile machinery , which are derived from data signals from the wheel-speed sensors and/or from position-specific information from the GPS navigation system .
Method for operating a weighing and labelling conveying device, comprising a transport device and a labelling system which comprises three labellers , wherein each labeller comprises a printer, an applicator , a receiving device for label rolls and a measuring unit for determining the remaining labels on the label roll, wherein the method comprises the following steps: - providing information about the label stock of each labeller of the labelling system , - labelling articles , wherein the articles comprise a first application point at the same point of the articles , wherein, alternately, a first labeller which is in an active operating state and a second labeller which is in an active operating state apply a label at the first application point of successive articles , and wherein the third labeller is in a passive operating state, - periodically determining the label stock of at least the active labellers , - determining the relationship between the label stocks of the labellers , - when a predetermined relationship between the label stocks of the labellers is reached, initiating a transfer operation, and - in the transfer operation, switching the labeller that is in a passive operating state into an active operating state and switching a labeller that is in an active operating state into a passive operating state and initiating normal operation, wherein the transfer operation is initiated after a labeller has been filled with a new label roll, wherein the labellers having the largest and having the smallest label stock are switched into an active operating state, and the labeller having the medium label stock is switched into the passive operating state. - providing information about the label stock of each labeller of the labelling system , - labelling articles , wherein the articles comprise a first application point at the same point of the articles , wherein, alternately, a first labeller which is in an active operating state and a second labeller which is in an active operating state apply a label at the first application point of successive articles , and wherein the third labeller is in a passive operating state, - periodically determining the label stock of at least the active labellers , - determining the relationship between the label stocks of the labellers , - when a predetermined relationship between the label stocks of the labellers is reached, initiating a transfer operation, and - in the transfer operation, switching the labeller that is in a passive operating state into an active operating state and switching a labeller that is in an active operating state into a passive operating state and initiating normal operation, wherein the transfer operation is initiated after a labeller has been filled with a new label roll, wherein the labellers having the largest and having the smallest label stock are switched into an active operating state, and the labeller having the medium label stock is switched into the passive operating state.
Electrical system comprising: - an electrical module comprising: - a conductive plate having an upper face , - a housing having a lower face which is positioned on the upper face of the conductive plate while leaving at least one part of the upper face exposed, - electrical components arranged in the housing , - an electromagnetic shielding comprising a body designed to cover at least part of the housing , - an electronic board for controlling the components of the housing , designed to cover the shielding so that the shielding protects the electronic board from electromagnetic radiation emitted by the electrical components of the housing during their operation, the electrical system being characterized in that the shielding further comprises at least one leg which is formed in one piece with the body of the shielding and extends downwards such that it comes into contact with a respective exposed part . - an electrical module comprising: - a conductive plate having an upper face , - a housing having a lower face which is positioned on the upper face of the conductive plate while leaving at least one part of the upper face exposed, - electrical components arranged in the housing , - a conductive plate having an upper face , - a housing having a lower face which is positioned on the upper face of the conductive plate while leaving at least one part of the upper face exposed, - electrical components arranged in the housing , - an electromagnetic shielding comprising a body designed to cover at least part of the housing , - an electronic board for controlling the components of the housing , designed to cover the shielding so that the shielding protects the electronic board from electromagnetic radiation emitted by the electrical components of the housing during their operation,
A slide rail assembly , comprising: a first rail defining a longitudinal channel ; a bracket base connected to the first rail ; a supporting base having a wall portion and at least one supporting portion connected transversely to the wall portion , the wall portion and the at least one supporting portion defining a supporting channel therebetween, the supporting channel corresponding to the longitudinal channel of the first rail ; and a second rail movably connected to the first rail and longitudinally displaceable relative to the first rail ; wherein the at least one supporting portion of the supporting base supports the second rail when the second rail is displaced relative to the first rail and passes through the longitudinal channel of the first rail and the supporting channel of the supporting base , characterized in that the slide rail assembly further comprises at least one connecting element and the bracket base has at least one longitudinal groove , wherein the supporting base is movably mounted to the at least one longitudinal groove of the bracket base via the at least one connecting element in a way that the supporting base is driven by friction by the second rail , when the second rail is displaced towards an extended position. a first rail defining a longitudinal channel ; a bracket base connected to the first rail ; a supporting base having a wall portion and at least one supporting portion connected transversely to the wall portion , the wall portion and the at least one supporting portion defining a supporting channel therebetween, the supporting channel corresponding to the longitudinal channel of the first rail ; and a second rail movably connected to the first rail and longitudinally displaceable relative to the first rail ; wherein the at least one supporting portion of the supporting base supports the second rail when the second rail is displaced relative to the first rail and passes through the longitudinal channel of the first rail and the supporting channel of the supporting base , characterized in that the slide rail assembly further comprises at least one connecting element and the bracket base has at least one longitudinal groove , wherein the supporting base is movably mounted to the at least one longitudinal groove of the bracket base via the at least one connecting element in a way that the supporting base is driven by friction by the second rail , when the second rail is displaced towards an extended position.
A flow delivery article to deliver a gaseous flow to the mouth of a user, comprising: a flow pathway ; and a flow-driven vibration component configured to provide vibration driven by flow passing along the flow pathway , thereby to provide tactile stimulation to the user, the flow-driven vibration component comprising a body , a moveable member , and a coupling member to couple the moveable member to the body and transfer vibration from the moveable member to the body , characterised in that the flow delivery article comprises a source of inhalable agent , and the flow-driven vibration component is longitudinally spaced and downstream from the source of inhalable agent . a flow pathway ; and a flow-driven vibration component configured to provide vibration driven by flow passing along the flow pathway , thereby to provide tactile stimulation to the user, the flow-driven vibration component comprising a body , a moveable member , and a coupling member to couple the moveable member to the body and transfer vibration from the moveable member to the body , characterised in that the flow delivery article comprises a source of inhalable agent , and the flow-driven vibration component is longitudinally spaced and downstream from the source of inhalable agent .
An apparatus comprising means for performing: determining a logical channel identifier , wherein the logical channel identifier indicates a common control channel and indicates a type of the apparatus ; and transmitting a message comprising the determined logical channel identifier ; characterized in that the logical channel identifier comprises one of a plurality of logical channel identifiers that distinguish between an apparatus having one receiver chain and an apparatus having two receiver chains. determining a logical channel identifier , wherein the logical channel identifier indicates a common control channel and indicates a type of the apparatus ; and transmitting a message comprising the determined logical channel identifier ; characterized in that the logical channel identifier comprises one of a plurality of logical channel identifiers that distinguish between an apparatus having one receiver chain and an apparatus having two receiver chains.
A base station, characterized in comprising: multiple edge nodes , configured to perform communication with a user equipment, and execute baseband processing and mutual conversion between baseband data and radio data; and a central node , configured to perform communication with the multiple edge nodes , manage the multiple edge nodes , the central node is further configured to obtain a resource condition of each edge node of the base station, determine a resource shortage situation occuring on a first edge node when data go beyond a processing capability of the first edge node, and forward the data corresponding to the first edge node to another edge node having idle resources to process. multiple edge nodes , configured to perform communication with a user equipment, and execute baseband processing and mutual conversion between baseband data and radio data; and a central node , configured to perform communication with the multiple edge nodes , manage the multiple edge nodes , the central node is further configured to obtain a resource condition of each edge node of the base station, determine a resource shortage situation occuring on a first edge node when data go beyond a processing capability of the first edge node, and forward the data corresponding to the first edge node to another edge node having idle resources to process.
Armrest, with a base part and with a support arm pivotably mounted on the base part between a first end position and a second end position, wherein the support arm may be secured relative to the base part in at least one position by means of a catch device , wherein the support arm comprises first catch means , which cooperate with second catch means , which are assigned to the base part , and wherein the support arm is loaded by a spring in the direction (u1) of the first end position, wherein the first or the second catch means are assigned to the spring , characterised in that the spring is a leg spring and comprises a fastening area which cooperates with retention means of the support arm or the base part, wherein the fastening area is fastened on the support arm or on the base part and is disposed fixedly on it, wherein one of the catch means is assigned to a first free spring leg and a support area is assigned to a second free spring leg of the spring.
A clamping device , suitable for clamping and holding an electrode of an arc furnace, the clamping device including at least one force-generating means that exerts a radial or near radial directed force towards the electrode , wherein a reactive force directed away from the electrode is taken up and distributed around the electrode by means of a flexible circumferential tensioning member ; wherein the tensioning member is in the form of at least one elongate tension element configured in use to extend at least partially about a periphery of the electrode of the arc furnace in order for the tension element to define a flexible, tensionable loop about the electrode that is adapted to exert a clamping force on the electrode when tensioned; wherein the force generating means includes at least one biasing means having a first end and a second end, wherein a first end of the biasing means is in use located adjacent the electrode , and wherein the second end is located radially or near radial outwardly of the first end; wherein the end zones of the tensioning member are secured relative to the second end of the biasing means in order for displacement of the second end of the biasing means to result in tensioning of the tensioning member , and wherein end zones of the tensioning member are angularly offset relative to a longitudinal axis of the biasing means .