mhurhangee/ep-ind-claims huggingface dataset:
A road surface image-drawing system mounted on a vehicle comprising: an image-drawing device configured to perform image drawing so as to draw a first display including information to be visible to a driver of the vehicle at a first position and to draw a second display including information to be visible to a person other than the driver at a second position different from the first position, wherein the information included in the first display and the information included in the second display are related to each other for the purpose of avoiding collision between the vehicle and the other person, and a control device configured to perform trapezoidal distortion correction of a shape of the first display according to a positional relationship between the first position and the driver so that the first display can be seen without distortion as viewed from the driver of the vehicle, and to perform trapezoidal distortion correction of a shape of the second display according to a positional relationship between the second position and the person other than the driver so that the second display can be seen without distortion as viewed from the person other than the driver, wherein the first position is on a windshield of the vehicle, wherein the second position is on a road, and wherein trapezoidal distortion correction is applied by the control device to the shape of the first display and to the shape of second display prior to the drawing of the first display and second display by the image-drawing device. an image-drawing device configured to perform image drawing so as to draw a first display including information to be visible to a driver of the vehicle at a first position and to draw a second display including information to be visible to a person other than the driver at a second position different from the first position, wherein the information included in the first display and the information included in the second display are related to each other for the purpose of avoiding collision between the vehicle and the other person, and a control device configured to perform trapezoidal distortion correction of a shape of the first display according to a positional relationship between the first position and the driver so that the first display can be seen without distortion as viewed from the driver of the vehicle, and to perform trapezoidal distortion correction of a shape of the second display according to a positional relationship between the second position and the person other than the driver so that the second display can be seen without distortion as viewed from the person other than the driver, wherein the first position is on a windshield of the vehicle, wherein the second position is on a road, and wherein trapezoidal distortion correction is applied by the control device to the shape of the first display and to the shape of second display prior to the drawing of the first display and second display by the image-drawing device.
Method for optimised operation of a fan or a fan arrangement, wherein using a digital image of the fan or the fan arrangement and at least one operating-parameter-specific algorithm, whose combination forms a digital twin algorithm, the data and knowledge obtained during operation are supplied to an innovation and algorithm analysis so that, on the one hand, production innovations, that is to say, an improved fan or an improved fan arrangement, and, on the other hand, improved intelligent algorithms are generated, wherein with the innovation analysis digital images are collected during real client operation and by means of pattern recognition the characteristic properties of the client operation are filtered out and identified, wherein with reference to the characteristic properties from the client operation a client model is produced and wherein by means of artificial intelligence an analysis of the model with respect to weaknesses is carried out, wherein the algorithm analysis uses a program for machine learning for artificial generation of knowledge from experience during operation of the fan or the fan arrangement, wherein thermal and mechanical component states of the fan or the fan arrangement are calculated via the digital twin algorithm during operation of the fan by means of virtual sensors, wherein the operating-parameter-specific algorithm establishes from the component states specific operating parameters of the fan or the fan arrangement, wherein characteristic variables of the fan are calculated taking as a basis calculated component states and resulting operating parameters, and wherein the improvement of the algorithms is used for optimum calculation of the servicelife and/or in order to optimise the operation and/or best possible prognosis for the maintenance of the fans or the fan arrangements. wherein with the innovation analysis digital images are collected during real client operation and by means of pattern recognition the characteristic properties of the client operation are filtered out and identified, wherein with reference to the characteristic properties from the client operation a client model is produced and wherein by means of artificial intelligence an analysis of the model with respect to weaknesses is carried out, wherein the algorithm analysis uses a program for machine learning for artificial generation of knowledge from experience during operation of the fan or the fan arrangement, wherein thermal and mechanical component states of the fan or the fan arrangement are calculated via the digital twin algorithm during operation of the fan by means of virtual sensors, wherein the operating-parameter-specific algorithm establishes from the component states specific operating parameters of the fan or the fan arrangement, wherein characteristic variables of the fan are calculated taking as a basis calculated component states and resulting operating parameters, and wherein the improvement of the algorithms is used for optimum calculation of the servicelife and/or in order to optimise the operation and/or best possible prognosis for the maintenance of the fans or the fan arrangements.
A network system comprising: a home appliance consuming energy, an energy management unit managing the home appliance, wherein the home appliance comprises a display unit to display driving information of the home appliance, wherein an amount of energy used or energy charge of the home appliance is adjustable; an amount of energy used or energy charge when the home appliance is controlled on the basis of information related to at least usage charge may be less than that when the home appliance is controlled not on the basis of the information related to at least usage charge; and the home appliance has a power saving mode to determine a driving method or a driving time of the home appliance on the basis of the information related to energy charge, characterized in that the power saving mode comprises first and second power saving modes in which driving time is divided, the display unit displays driving time of the first and second power saving modes and forecast expense consumed during the first and second power saving modes, and one of the first and second power saving modes is selectable based on the driving time and the forecast expense displayed on the display unit. a home appliance consuming energy, an energy management unit managing the home appliance, wherein the home appliance comprises a display unit to display driving information of the home appliance, wherein an amount of energy used or energy charge of the home appliance is adjustable; an amount of energy used or energy charge when the home appliance is controlled on the basis of information related to at least usage charge may be less than that when the home appliance is controlled not on the basis of the information related to at least usage charge; and the home appliance has a power saving mode to determine a driving method or a driving time of the home appliance on the basis of the information related to energy charge, characterized in that the power saving mode comprises first and second power saving modes in which driving time is divided, the display unit displays driving time of the first and second power saving modes and forecast expense consumed during the first and second power saving modes, and one of the first and second power saving modes is selectable based on the driving time and the forecast expense displayed on the display unit.
A grass mowing machine operator platform comprising: a one-piece plastic composite molded structure mounted on a grass mowing machine frame characterised in that it includes: hinge supports molded into a top front wall of the one-piece plastic composite molded structure pivotably supporting an operator seat; steering lever slots molded into a top surface of the one-piece plastic composite molded structure and having integral bearing surfaces pivotably supporting a pair of steering levers; and brake lever slots molded into a side wall of the one-piece plastic composite molded structure and having integral bearing surfaces pivotably supporting a brake lever. a one-piece plastic composite molded structure mounted on a grass mowing machine frame characterised in that it includes: hinge supports molded into a top front wall of the one-piece plastic composite molded structure pivotably supporting an operator seat; steering lever slots molded into a top surface of the one-piece plastic composite molded structure and having integral bearing surfaces pivotably supporting a pair of steering levers; and brake lever slots molded into a side wall of the one-piece plastic composite molded structure and having integral bearing surfaces pivotably supporting a brake lever. hinge supports molded into a top front wall of the one-piece plastic composite molded structure pivotably supporting an operator seat; steering lever slots molded into a top surface of the one-piece plastic composite molded structure and having integral bearing surfaces pivotably supporting a pair of steering levers; and brake lever slots molded into a side wall of the one-piece plastic composite molded structure and having integral bearing surfaces pivotably supporting a brake lever.
A method for repairing user devices infected with malicious code, the method comprising: storing registration information for each of a plurality of user devices accessing a remote file storage system, the registration information for each of the plurality of user devices including a unique identifier of each user device and an identifier of an antivirus software installed locally on each user device; and in response to detecting an infected file within the remote file storage system, determining, with an electronic processor remote from each of the plurality of user devices, a unique identifier of a user device included in the plurality of user devices interacting with the infected file within the remote file storage system, wherein interacting with the infected file includes at least one of uploading the infected file to the remote file storage system, accessing the infected file included within the remote file storage system, and modifying the infected file included within the remote file storage system, accessing, with the electronic processor, the registration information to identify, based on the unique identifier of the user device interacting with the infected file within the remote file storage system, an identifier of antivirus software installed locally on the user device, and remotely initiating, with the electronic processor, the antivirus software installed locally on the user device based on the identifier of the antivirus software identified based on the registration information. storing registration information for each of a plurality of user devices accessing a remote file storage system, the registration information for each of the plurality of user devices including a unique identifier of each user device and an identifier of an antivirus software installed locally on each user device; and in response to detecting an infected file within the remote file storage system, determining, with an electronic processor remote from each of the plurality of user devices, a unique identifier of a user device included in the plurality of user devices interacting with the infected file within the remote file storage system, wherein interacting with the infected file includes at least one of uploading the infected file to the remote file storage system, accessing the infected file included within the remote file storage system, and modifying the infected file included within the remote file storage system, accessing, with the electronic processor, the registration information to identify, based on the unique identifier of the user device interacting with the infected file within the remote file storage system, an identifier of antivirus software installed locally on the user device, and remotely initiating, with the electronic processor, the antivirus software installed locally on the user device based on the identifier of the antivirus software identified based on the registration information.
An apparatus configured to volatilize components of smokable material for inhalation, the apparatus comprising: a housing comprising a smokable material heating chamber; and a disposable cartridge containing the smokable material, wherein the disposable cartridge can be inserted into and removed from the smokable material heating chamber via an opening in the housing; and a heating material which is configured to be heated by the presence of a varying magnetic field, wherein the heating material is within the smokable material in the disposable cartridge and is arranged to transfer heat energy to the smokable material to volatilize said components for inhalation by a user, wherein the heating material comprises a plurality of pieces of heating material dispersed within the smokable material, characterised in that each of the plurality of pieces of heating material is surrounded by a layer of base material, wherein the base material is configured to retain heat energy received from the heating material and to transfer the energy to the smokable material. a housing comprising a smokable material heating chamber; and a disposable cartridge containing the smokable material, wherein the disposable cartridge can be inserted into and removed from the smokable material heating chamber via an opening in the housing; and a heating material which is configured to be heated by the presence of a varying magnetic field, wherein the heating material is within the smokable material in the disposable cartridge and is arranged to transfer heat energy to the smokable material to volatilize said components for inhalation by a user, wherein the heating material comprises a plurality of pieces of heating material dispersed within the smokable material, characterised in that each of the plurality of pieces of heating material is surrounded by a layer of base material, wherein the base material is configured to retain heat energy received from the heating material and to transfer the energy to the smokable material.
A surgical instrument, comprising: an end effector, comprising: an ultrasonic blade; and a clamp arm movable relative to the ultrasonic blade to transition the end effector between an open configuration and a closed configuration to clamp tissue between the ultrasonic blade and the clamp arm; a transducer configured to generate an ultrasonic energy output; a waveguide configured to transmit the ultrasonic energy output to the ultrasonic blade; and a control circuit (710, 760) configured to monitor a parameter of the surgical instrument, characterized in that either crossing an upper predetermined threshold of the parameter, or a reading greater than or equal to an upper predetermined threshold, causes the control circuit (710, 760) to effect a change in a first electromechanical system comprising the transducer and ultrasonic blade, thereby effecting a change in energy delivered to the tissue, and wherein either crossing a lower predetermined threshold of the parameter, or a reading less than or equal to a lower predetermined threshold of the parameter, causes the control circuit (710, 760) to effect a change in a second electromechanical system comprising the clamp arm, thereby transitioning the end effector between the open configuration and the closed configuration, and wherein the second electromechanical system is different than the first electromechanical system. an end effector, comprising: an ultrasonic blade; and a clamp arm movable relative to the ultrasonic blade to transition the end effector between an open configuration and a closed configuration to clamp tissue between the ultrasonic blade and the clamp arm; an ultrasonic blade; and a clamp arm movable relative to the ultrasonic blade to transition the end effector between an open configuration and a closed configuration to clamp tissue between the ultrasonic blade and the clamp arm; a transducer configured to generate an ultrasonic energy output; a waveguide configured to transmit the ultrasonic energy output to the ultrasonic blade; and a control circuit (710, 760) configured to monitor a parameter of the surgical instrument, characterized in that either crossing an upper predetermined threshold of the parameter, or a reading greater than or equal to an upper predetermined threshold, causes the control circuit (710, 760) to effect a change in a first electromechanical system comprising the transducer and ultrasonic blade, thereby effecting a change in energy delivered to the tissue, and wherein either crossing a lower predetermined threshold of the parameter, or a reading less than or equal to a lower predetermined threshold of the parameter, causes the control circuit (710, 760) to effect a change in a second electromechanical system comprising the clamp arm, thereby transitioning the end effector between the open configuration and the closed configuration, and wherein the second electromechanical system is different than the first electromechanical system.
A method of reconstructing a time-domain output audio signal from an encoded bit stream, comprising: receiving a scaled bit stream having a predetermined data rate within a given range as a sequence of frames, each frame containing at least one of the following and at least some of the frames containing all of the following (a) a plurality of quantized tonal components representing frequency domain content at different frequency resolutions of an input signal, b) quantized residual time-sample components representing a time-domain residual formed from the difference between reconstructed tonal components and an input signal, and c) scale factor grids representing signal energies of a residual signal formed from the difference between reconstructed tonal components and an input signal, wherein the scale factor grids at least partially span a frequency range of the input signal; receiving information for each frame about the position of the quantized components and/or grids within the frequency range; parsing the frames of the scaled bit stream into the components and grids; decoding any tonal components to form transform coefficients; decoding any time-sample components and any grids; multiplying the time-sample components by grid elements to form time-domain samples; and applying an inverse hierarchical filterbank to the transform coefficients and time-domain samples to reconstruct a time-domain output audio signal. receiving a scaled bit stream having a predetermined data rate within a given range as a sequence of frames, each frame containing at least one of the following and at least some of the frames containing all of the following (a) a plurality of quantized tonal components representing frequency domain content at different frequency resolutions of an input signal, b) quantized residual time-sample components representing a time-domain residual formed from the difference between reconstructed tonal components and an input signal, and c) scale factor grids representing signal energies of a residual signal formed from the difference between reconstructed tonal components and an input signal, wherein the scale factor grids at least partially span a frequency range of the input signal; receiving information for each frame about the position of the quantized components and/or grids within the frequency range; parsing the frames of the scaled bit stream into the components and grids; decoding any tonal components to form transform coefficients; decoding any time-sample components and any grids; multiplying the time-sample components by grid elements to form time-domain samples; and applying an inverse hierarchical filterbank to the transform coefficients and time-domain samples to reconstruct a time-domain output audio signal.
Encapsulating section of a compressed-gas-insulated electrical power transmission device having an encapsulating housing having a first tubular section and a second tubular section which can move relative to one another and partially bound at least one variable encapsulating volume and the encapsulating section surrounds at least one electrically active conductor element, wherein a channel connects the encapsulating volume to a compensation volume, which is variable in inverse proportion to a volume change of the encapsulating volume characterized in that the compensation volume has a piston and a cylinder, wherein the piston and the cylinder are each coupled to one of the tubular sections (2, 3), wherein, in order to couple the piston, a threaded flange is screwed into an envelope surface of one of the tubular sections (2, 3) and the channel passes through said threaded flange.