mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for secure execution of an automation program (PR) in a cloud computing environment (CL), wherein the automation program (PR) is installed on computer hardware (DHW) in a publicly accessible IT infrastructure, and wherein the computer hardware (DHW) is connected by means of at least one data connection to a cloud server (CS), in particular a server of a cloud computing provider, wherein the computer hardware (DHW) is dedicated hardware for execution of the automation program, wherein the computer hardware (DHW) is equipped with a dedicated runtime environment for the automation program (PR), and wherein the data connection and the runtime environment are configured in such a way that the running of the automation program (PR) can be monitored by means of the server and the data connection, characterized in that the server (CS) is configured for data exchange with an industrial automation arrangement (AA) and the automation program (PR) is configured to control or influence or monitor the industrial automation arrangement (AA). wherein the automation program (PR) is installed on computer hardware (DHW) in a publicly accessible IT infrastructure, and wherein the computer hardware (DHW) is connected by means of at least one data connection to a cloud server (CS), in particular a server of a cloud computing provider, wherein the computer hardware (DHW) is dedicated hardware for execution of the automation program, wherein the computer hardware (DHW) is equipped with a dedicated runtime environment for the automation program (PR), and wherein the data connection and the runtime environment are configured in such a way that the running of the automation program (PR) can be monitored by means of the server and the data connection, characterized in that the server (CS) is configured for data exchange with an industrial automation arrangement (AA) and the automation program (PR) is configured to control or influence or monitor the industrial automation arrangement (AA).
An image forming apparatus, comprising: a rotatable image bearing member to bear a toner image on a surface thereof and rotate; a nip forming member to contact the surface of the image bearing member to form a transfer nip (N) therebetween; and a power source to apply a transfer bias to the transfer nip (N) to transfer the toner image from the image bearing member onto a recording medium interposed in the transfer nip (N), the transfer bias including a superimposed transfer bias in which an alternating current (AC) component is superimposed on a direct current (DC) component and a polarity of the superimposed transfer bias changes with time, characterized by an entire resistance value of the transfer nip (N) adjusted within a range of from 1.0 × 10 6 Ω to 5.0 × 10 8 Ω, whereby a phase difference between an AC voltage and an AC current output from the power source is adjustable within a range of from 0.37 cycles to 0.47 cycles, and the entire resistance value is measurable such that a roller forming the nip forming member contacts the rotatable image bearing member with the same conditions as when the recording medium passes through the nip while, in this state, either a predetermined electric current is supplied to the roller and the voltage is monitored or a predetermined voltage is applied and the electric current is monitored. a rotatable image bearing member to bear a toner image on a surface thereof and rotate; a nip forming member to contact the surface of the image bearing member to form a transfer nip (N) therebetween; and a power source to apply a transfer bias to the transfer nip (N) to transfer the toner image from the image bearing member onto a recording medium interposed in the transfer nip (N), the transfer bias including a superimposed transfer bias in which an alternating current (AC) component is superimposed on a direct current (DC) component and a polarity of the superimposed transfer bias changes with time, characterized by an entire resistance value of the transfer nip (N) adjusted within a range of from 1.0 × 10 6 Ω to 5.0 × 10 8 Ω, whereby a phase difference between an AC voltage and an AC current output from the power source is adjustable within a range of from 0.37 cycles to 0.47 cycles, and the entire resistance value is measurable such that a roller forming the nip forming member contacts the rotatable image bearing member with the same conditions as when the recording medium passes through the nip while, in this state, either a predetermined electric current is supplied to the roller and the voltage is monitored or a predetermined voltage is applied and the electric current is monitored.
An electrical fault detecting circuit for detecting a fault in a power transformer , the electrical fault detecting circuit comprising: a first conductor wound about a permeable magnetic core; a second conductor wound about the permeable magnetic core; a plurality of electrical insulating layers ; a conductive shield layer sandwiched between electrical insulating layers separating the conductive shield layer from the first conductor and the second conductor, wherein the second conductor is arranged opposite the conductive shield layer from the first conductor; a voltage output arranged to energize the shield layer to a predetermined voltage; characterized by the electrical fault detecting circuit further comprising: a controller module arranged to sense an actual voltage energizing the shield layer , compare the sensed voltage to a threshold voltage value corresponding to a fault, and upon satisfaction of the comparison, provide a fault indication when the comparison indicates the presence of a fault. a first conductor wound about a permeable magnetic core; a second conductor wound about the permeable magnetic core; a plurality of electrical insulating layers ; a conductive shield layer sandwiched between electrical insulating layers separating the conductive shield layer from the first conductor and the second conductor, wherein the second conductor is arranged opposite the conductive shield layer from the first conductor; a voltage output arranged to energize the shield layer to a predetermined voltage; characterized by the electrical fault detecting circuit further comprising: a controller module arranged to sense an actual voltage energizing the shield layer , compare the sensed voltage to a threshold voltage value corresponding to a fault, and upon satisfaction of the comparison, provide a fault indication when the comparison indicates the presence of a fault.
Door for a front-loading household appliance, such as a washing machine, a tumble dryer or a washer-dryer, comprising a drum for laundry treatment, the loading opening of which appliance is closable at the front by means of a door which is hinge-mounted in the form of a ring , a grip element designed as a handle being provided in the edge region of the ring for closing and opening, characterised in that the grip element is arranged in the annular frame of the door so as to be integrated in the ring of the door , and the grip element , in the edge region of the ring , allows engagement or insertion of the fingertips of one hand both radially from the outside and radially from the inside.
A linguistic system for transcribing an input , the linguistic system comprising: an input interface configured to accept the input ; a memory configured to store a neural network trained to transcribe the input to produce a transcription ; a processor configured to: execute the neural network multiple times while varying each time weights of at least some nodes of the neural network to produce multiple transcriptions of the same input ; determine a distribution of pairwise distances of the multiple transcriptions ; determine at least one feature of the distribution of pairwise distances of the multiple transcriptions ; submit the at least one feature of the distribution to a classifier to classify the input as a legitimate input or an illegitimate input; and an output interface configured to: output a transcription of the input , when the input is classified as legitimate; and otherwise execute a counter-measure routine, when the input is classified as the illegitimate input. an input interface configured to accept the input ; a memory configured to store a neural network trained to transcribe the input to produce a transcription ; a processor configured to: execute the neural network multiple times while varying each time weights of at least some nodes of the neural network to produce multiple transcriptions of the same input ; determine a distribution of pairwise distances of the multiple transcriptions ; determine at least one feature of the distribution of pairwise distances of the multiple transcriptions ; submit the at least one feature of the distribution to a classifier to classify the input as a legitimate input or an illegitimate input; and execute the neural network multiple times while varying each time weights of at least some nodes of the neural network to produce multiple transcriptions of the same input ; determine a distribution of pairwise distances of the multiple transcriptions ; determine at least one feature of the distribution of pairwise distances of the multiple transcriptions ; submit the at least one feature of the distribution to a classifier to classify the input as a legitimate input or an illegitimate input; and an output interface configured to: output a transcription of the input , when the input is classified as legitimate; and otherwise execute a counter-measure routine, when the input is classified as the illegitimate input. output a transcription of the input , when the input is classified as legitimate; and otherwise execute a counter-measure routine, when the input is classified as the illegitimate input.
A computer-implemented method, comprising: receiving a bot creation control directive from a web page ; instantiating a page bot from a template ; authorizing the page bot to access the contents of the web page; associating the page bot with the web page; and enabling the page bot to respond to messages sent to the web page; characterized by comprising; receiving a message at the page bot from a client device ; requesting a meaning of the message from a natural language processing (NLP) component ; identifying a field in the web page associated with the page bot according to the meaning of the message; retrieving data from the identified field; composing a message response including the retrieved data; and sending the message response to the client device . receiving a bot creation control directive from a web page ; instantiating a page bot from a template ; authorizing the page bot to access the contents of the web page; associating the page bot with the web page; and enabling the page bot to respond to messages sent to the web page; characterized by comprising; receiving a message at the page bot from a client device ; requesting a meaning of the message from a natural language processing (NLP) component ; identifying a field in the web page associated with the page bot according to the meaning of the message; retrieving data from the identified field; composing a message response including the retrieved data; and sending the message response to the client device .
A display apparatus, comprising: a display panel configured to display an image; a roller on which the display panel is wound or unwound; a rolling module including at least one structure connected to an upper portion of the display panel and configured to wind and unwind the display panel , a supporting frame , and a driving unit configured to fold and unfold the at least one structure ; characterized by at least one vibration device at the at least one structure configured to vibrate the display panel when unwound from the roller , wherein the at least one vibration device includes a vibration generator that contacts a contact surface of the display panel and is configured to move to maintain the contact with the contact surface, wherein the at least one structure comprises: a first link part including a first portion rotatably connected to one portion of the supporting frame and a second portion rotatably connected to a link connection part ; and a second link part including a first portion rotatably connected to the driving unit and a second portion rotatably connected to the link connection part ; wherein the at least one vibration device is disposed at the link connection part . a display panel configured to display an image; a roller on which the display panel is wound or unwound; a rolling module including at least one structure connected to an upper portion of the display panel and configured to wind and unwind the display panel , a supporting frame , and a driving unit configured to fold and unfold the at least one structure ; characterized by at least one vibration device at the at least one structure configured to vibrate the display panel when unwound from the roller , wherein the at least one vibration device includes a vibration generator that contacts a contact surface of the display panel and is configured to move to maintain the contact with the contact surface, wherein the at least one structure comprises: a first link part including a first portion rotatably connected to one portion of the supporting frame and a second portion rotatably connected to a link connection part ; and a second link part including a first portion rotatably connected to the driving unit and a second portion rotatably connected to the link connection part ; wherein the at least one vibration device is disposed at the link connection part . a first link part including a first portion rotatably connected to one portion of the supporting frame and a second portion rotatably connected to a link connection part ; and a second link part including a first portion rotatably connected to the driving unit and a second portion rotatably connected to the link connection part ; wherein the at least one vibration device is disposed at the link connection part .
Thread feeding device for feeding a thread to a textile machine, with a housing and with a storage device, from which the thread is drawn off by the textile machine, wherein the storage device comprises a stationary drum-like storage body with a body axis (K) and a holder of the housing extends alongside the storage body , with a braking device on the holder for adjusting the tension of the thread , which is arranged in the run of thread after the storage body , wherein the braking device has a braking element , an adjusting device and a release device, wherein the adjusting device comprises at least one adjusting element, which is arranged to be adjustable relative to the housing in the direction of the body axis (K) of the storage body , wherein in a clamping position of the adjusting device the braking element can be pressed by means of the adjusting element against a clamping surface at the withdrawal end of the storage body , wherein the release device comprises a support element , which is connected at least to the adjusting element of the adjusting device, wherein the support element is arranged to be movable relative to the holder , characterised in that the support element supports the adjusting device and is arranged with the adjusting device to be rotatable about a support axis (T), wherein the support axis (T) is arranged in a support section of the holder and is perpendicular to a holder axis (H) and perpendicular to a connecting line between the body axis (K) and the holder axis (H), wherein the holder axis (H) extends through the holder parallel to the body axis (K). wherein the storage device comprises a stationary drum-like storage body with a body axis (K) and a holder of the housing extends alongside the storage body , with a braking device on the holder for adjusting the tension of the thread , which is arranged in the run of thread after the storage body , wherein the braking device has a braking element , an adjusting device and a release device, wherein the adjusting device comprises at least one adjusting element, which is arranged to be adjustable relative to the housing in the direction of the body axis (K) of the storage body , wherein in a clamping position of the adjusting device the braking element can be pressed by means of the adjusting element against a clamping surface at the withdrawal end of the storage body , wherein the release device comprises a support element , which is connected at least to the adjusting element of the adjusting device, wherein the support element is arranged to be movable relative to the holder , characterised in that the support element supports the adjusting device and is arranged with the adjusting device to be rotatable about a support axis (T), wherein the support axis (T) is arranged in a support section of the holder and is perpendicular to a holder axis (H) and perpendicular to a connecting line between the body axis (K) and the holder axis (H), wherein the holder axis (H) extends through the holder parallel to the body axis (K).
A cocrystal of ubiquinone and a hydrogen bond donor coformer, wherein the hydrogen bond donor coformer is a phenolic compound.
A processor executing a plurality of instructions, comprising: an arithmetic logic unit ; and a plurality of registers coupled to the ALU , each register programmable to store a register value, wherein one of the registers (R6) stores a pointer to a stack ; wherein said processor is adapted to execute a test and skip instruction that includes a first register reference and a second register reference , characterized in that the processor further comprises means arranged to determine an address mode based on a bit in the test and skip instruction; and means arranged to compare the register value stored in one of the plurality of registers corresponding to the first register reference to a second value stored in the second register, if the bit is in a first state, or to compare the first register value to a third value stored in a non-register location that may be accessed by the processor, if the bit is in a second state, and to execute or not execute a subsequent instruction that follows the test and skip instruction based on the comparison, wherein the third value is stored in memory or in the stack , the second register reference containing a value used to compute a pointer to a location containing the third value. an arithmetic logic unit ; and a plurality of registers coupled to the ALU , each register programmable to store a register value, wherein one of the registers (R6) stores a pointer to a stack ;
A transition joint device for connecting two conductors , comprising a first end segment adapted for welding to a first conductor , a second end segment adapted for welding to a second conductor , characterized in that at least one of the first or second segments has an end portion , which is cut in a grid pattern forming a plurality of filament shaped projections .
A method for producing audio from electrical signals within a data processing device, the method comprising: receiving, at the data processing device, a stream of audio input data; identifying, in the audio input data, an onset of an audio event; selecting a discrete analysis window from the audio data based on the location of the onset of the audio event in the audio data; generating, by the data processing device, an n-dimensional representation of the audio event by evaluating the contents of the analysis window and recording the results of the analysis; classifying the audio event by comparing the n-dimensional representation of the audio event to expected representations of audio events, such as those stored in a database or generated by a user trained model, along a plurality of the n dimensions; outputting a sound selected based on the classification of the audio event; wherein the n-dimensional representation is compared geometrically to a plurality of audio zones defined by expected signal parameters in at least two of the n-dimensions, and wherein when the n-dimensional representation is within one of the audio zones, the audio event is classified in accordance with the corresponding audio zone and the sound is a sample sound of the corresponding audio zone; characterized in that when the n-dimensional representation is not within one of the audio zones, the sound is a combination of elements of the sample sounds of a plurality of the audio zones based on a geometric Euclidean distance between the n-dimensional representation and the audio zones along at least two dimensions. receiving, at the data processing device, a stream of audio input data; identifying, in the audio input data, an onset of an audio event; selecting a discrete analysis window from the audio data based on the location of the onset of the audio event in the audio data; generating, by the data processing device, an n-dimensional representation of the audio event by evaluating the contents of the analysis window and recording the results of the analysis; classifying the audio event by comparing the n-dimensional representation of the audio event to expected representations of audio events, such as those stored in a database or generated by a user trained model, along a plurality of the n dimensions; outputting a sound selected based on the classification of the audio event; wherein the n-dimensional representation is compared geometrically to a plurality of audio zones defined by expected signal parameters in at least two of the n-dimensions, and wherein when the n-dimensional representation is within one of the audio zones, the audio event is classified in accordance with the corresponding audio zone and the sound is a sample sound of the corresponding audio zone; characterized in that when the n-dimensional representation is not within one of the audio zones, the sound is a combination of elements of the sample sounds of a plurality of the audio zones based on a geometric Euclidean distance between the n-dimensional representation and the audio zones along at least two dimensions.
A method for cleaning the surface of a metal workpiece by means of at least one jet of steam and/or hot water generated by at least one nozzle and impinging on the surface at a point of impingement , - wherein during cleaning said point of impingement of the jet is moved relative to said surface in a scanning manner, wherein surface contaminants are transported in the scanning direction towards one end of the workpiece , - wherein said method is performed in a closed container in a reduced pressure atmosphere, so that the residues of condensed steam or water that are present on said surface behind said point of impingement in the scanning direction at least partially evaporate, - thereby at least partially extracting from said workpiece the heat supplied by said jet , characterized in that the scanning is effected by moving said workpiece , said at least one nozzle ad/or both, and the scanning takes place by means of the jet of the nozzle over a scan path , which results from superimposing a circular movement of the at least one nozzle and/or of the workpiece and a linear movement of the workpiece and/or the at least one nozzle . - wherein during cleaning said point of impingement of the jet is moved relative to said surface in a scanning manner, wherein surface contaminants are transported in the scanning direction towards one end of the workpiece , - wherein said method is performed in a closed container in a reduced pressure atmosphere, so that the residues of condensed steam or water that are present on said surface behind said point of impingement in the scanning direction at least partially evaporate, - thereby at least partially extracting from said workpiece the heat supplied by said jet , characterized in that the scanning is effected by moving said workpiece , said at least one nozzle ad/or both, and the scanning takes place by means of the jet of the nozzle over a scan path , which results from superimposing a circular movement of the at least one nozzle and/or of the workpiece and a linear movement of the workpiece and/or the at least one nozzle .