mhurhangee/patent-ind-claim-en huggingface dataset:
A pan-PPAR agonist for use in a method of treatment of a fibrotic condition, wherein said pan-PPAR agonist is 5-Chloro-1-[(6-benzothiazolyl)sulfonyl]-1H-indole-2-butanoic acid.
A method for controlling a dental instrument being an ultrasonic dental scaler, said method comprising: providing a foot pedal and a control circuit for communicating control signals from the foot pedal to the dental instrument, the foot pedal responsive to commands communicated by a user applying a force to the foot pedal , the foot pedal having at least two switches; selecting between a first operating mode for ultrasonic operation of the dental instrument, and a second operating mode for ultrasonic operation of the dental instrument using the foot pedal ; wherein: selecting the first operating mode comprises applying a sustained force to the foot pedal to a first level to actuate at least one of the switches on the foot pedal ; the foot pedal configured to operate the dental instrument in the first operating mode in response to the sustained force being applied to the foot pedal ; and selecting the second operating mode comprises applying a momentary force to the foot pedal to transition from the first operating mode; transitioning from the second operating mode to the first operating mode by applying a momentary force to the foot pedal ; and transitioning from the first operating mode to the second operating mode by applying a momentary force to the foot pedal . providing a foot pedal and a control circuit for communicating control signals from the foot pedal to the dental instrument, the foot pedal responsive to commands communicated by a user applying a force to the foot pedal , the foot pedal having at least two switches; selecting between a first operating mode for ultrasonic operation of the dental instrument, and a second operating mode for ultrasonic operation of the dental instrument using the foot pedal ; wherein: selecting the first operating mode comprises applying a sustained force to the foot pedal to a first level to actuate at least one of the switches on the foot pedal ; the foot pedal configured to operate the dental instrument in the first operating mode in response to the sustained force being applied to the foot pedal ; and selecting the second operating mode comprises applying a momentary force to the foot pedal to transition from the first operating mode; transitioning from the second operating mode to the first operating mode by applying a momentary force to the foot pedal ; and transitioning from the first operating mode to the second operating mode by applying a momentary force to the foot pedal . selecting the first operating mode comprises applying a sustained force to the foot pedal to a first level to actuate at least one of the switches on the foot pedal ; the foot pedal configured to operate the dental instrument in the first operating mode in response to the sustained force being applied to the foot pedal ; and selecting the second operating mode comprises applying a momentary force to the foot pedal to transition from the first operating mode; transitioning from the second operating mode to the first operating mode by applying a momentary force to the foot pedal ; and transitioning from the first operating mode to the second operating mode by applying a momentary force to the foot pedal .
A method for communication by a user equipment, the method comprising the steps of: establishing a mapping scheme between a plurality of control channel element sets and a plurality of acknowledgement channel resource sets, with each of the control channel element sets comprising a plurality of control channel elements, and each of the acknowledgement channel resource sets comprising a plurality of acknowledgement channel resources; in accordance with a scheduling grant received from a base station using a control channel element set selected from the plurality of control channel element sets, transmitting a data packet to the base station; and receiving from the base station an acknowledgement channel message by using at least one acknowledgement channel resource selected from the acknowledgement channel resource set that corresponds to the control channel element set used for transmitting the scheduling grant in accordance with the mapping scheme, with the acknowledgement channel message being one of a positive acknowledgement message if the base station correctly decoded the data packet, and a negative acknowledgement message if the base station did not correctly decode the data packet. establishing a mapping scheme between a plurality of control channel element sets and a plurality of acknowledgement channel resource sets, with each of the control channel element sets comprising a plurality of control channel elements, and each of the acknowledgement channel resource sets comprising a plurality of acknowledgement channel resources; in accordance with a scheduling grant received from a base station using a control channel element set selected from the plurality of control channel element sets, transmitting a data packet to the base station; and receiving from the base station an acknowledgement channel message by using at least one acknowledgement channel resource selected from the acknowledgement channel resource set that corresponds to the control channel element set used for transmitting the scheduling grant in accordance with the mapping scheme, with the acknowledgement channel message being one of a positive acknowledgement message if the base station correctly decoded the data packet, and a negative acknowledgement message if the base station did not correctly decode the data packet.
A heat exchanger comprising a pressure vessel with an inlet for air, an outlet for air and a bundle of pipes housed within the pressure vessel for a thermo-vector fluid, and at least one gas/solid separator for separating particles drawn by the air; characterized in that the at least one gas/solid separator is provided within the pressure vessel and comprises a plurality of vanes inclined with reference to a plane perpendicular to a pressure vessel longitudinal axis .
A method for identifying communication-ready data bus subscribers (7a, 7b, ..., 7n) that are connected to a local bus , wherein the local bus is a ring bus, the method comprising: sending at least one data packet from a local bus master onto the local bus to all of the data bus subscribers (7a, 7b, ..., 7n) of the local bus for querying an address of a communication-ready data bus subscriber (7a, 7b, ..., 7n), wherein the at least one data packet comprises a counter value for relative addressing the to be queried communication-ready data bus subscriber (7a, 7b, ..., 7n) and an address field for writing in an address of the to be queried communication-ready data bus subscriber (7a, 7b, ..., 7n); receiving, at the local bus master , at least one data packet sent by the local bus master and transmitted via the local bus , the at least one data packet being received at the local bus master comprises an address of a communication-ready data bus subscriber (7a, 7b, ..., 7n) among a plurality of communication-ready data bus subscribers (7a, 7b, ..., 7n) in the local bus , wherein the communication-ready data bus subscriber (7a, 7b, ..., 7n) is in a sequence of communication-ready data bus subscribers (7a, 7b, ..., 7n); and mapping the received address to a relative position of the communication-ready data bus subscriber (7a, 7b, ..., 7n) in the sequence of communication-ready data bus subscribers (7a, 7b, ..., 7n) in the local bus by the local bus master . sending at least one data packet from a local bus master onto the local bus to all of the data bus subscribers (7a, 7b, ..., 7n) of the local bus for querying an address of a communication-ready data bus subscriber (7a, 7b, ..., 7n), wherein the at least one data packet comprises a counter value for relative addressing the to be queried communication-ready data bus subscriber (7a, 7b, ..., 7n) and an address field for writing in an address of the to be queried communication-ready data bus subscriber (7a, 7b, ..., 7n); receiving, at the local bus master , at least one data packet sent by the local bus master and transmitted via the local bus , the at least one data packet being received at the local bus master comprises an address of a communication-ready data bus subscriber (7a, 7b, ..., 7n) among a plurality of communication-ready data bus subscribers (7a, 7b, ..., 7n) in the local bus , wherein the communication-ready data bus subscriber (7a, 7b, ..., 7n) is in a sequence of communication-ready data bus subscribers (7a, 7b, ..., 7n); and mapping the received address to a relative position of the communication-ready data bus subscriber (7a, 7b, ..., 7n) in the sequence of communication-ready data bus subscribers (7a, 7b, ..., 7n) in the local bus by the local bus master .
An information processing program executed by a computer of an information processing apparatus for correcting data outputted from an input device, the information processing program causing the computer to function as: input data acquisition means (S101) for acquiring, as output data, one-dimensional or multidimensional input data (ix) according to a displacement (X1) of an analog stick used as the input device; and input data updating means (S103) for sequentially updating the output data, when the input data becomes equal to or greater than an upper limit value defined by an allowed range of displacement allowed by a physical limitation of the input device, such that the updated output data approaches, by a predetermined amount, a predetermined output value which is greater than the output value for the upper limit value defined by the allowed range of displacement on the input device, wherein the input data updating means (S103) updates the output data, in accordance with a change per unit time in the displacement obtained through calculation of magnitude of a differential vector defined by position vectors representing input data corresponding to displacements obtained at adjacent time points, one of which is a displacement position of a point defined by the input data which is a displacement from a reference position which is set so as to correspond to a predetermined position in the input device, such that the range of displacement is pseudo-enlarged. input data acquisition means (S101) for acquiring, as output data, one-dimensional or multidimensional input data (ix) according to a displacement (X1) of an analog stick used as the input device; and input data updating means (S103) for sequentially updating the output data, when the input data becomes equal to or greater than an upper limit value defined by an allowed range of displacement allowed by a physical limitation of the input device, such that the updated output data approaches, by a predetermined amount, a predetermined output value which is greater than the output value for the upper limit value defined by the allowed range of displacement on the input device, wherein the input data updating means (S103) updates the output data, in accordance with a change per unit time in the displacement obtained through calculation of magnitude of a differential vector defined by position vectors representing input data corresponding to displacements obtained at adjacent time points, one of which is a displacement position of a point defined by the input data which is a displacement from a reference position which is set so as to correspond to a predetermined position in the input device, such that the range of displacement is pseudo-enlarged.
A saw blade , comprising a generally circular blade base body , and a plurality of teeth , extending radially from the base body , wherein the teeth are alternatingly set towards opposing axial (A) directions of the saw blade, such that each tooth presents a respective tooth plane, which is angled relative to a base body plane, wherein the teeth present a respective first cutting edge , extending along a radially distal edge portion of the respective tooth, along a length of the tooth, as seen in a direction of rotation of the saw blade, wherein the radially distal edge portion of the respective tooth presents a first bevel , providing a first bevel surface which is non-perpendicular relative to the tooth plane, characterized in that the radially distal edge portion presents, at a radially outermost portion thereof, a hard portion having greater hardness than the base body , and the hard portion extends more than 0.05 mm and less than 1.5 mm, preferably less than 1 mm or less than 0.5 mm, radially (R) inwardly from the radially distal edge of the tooth .
A plunger for engaging with a feed tube of a kitchen appliance , the plunger comprising an elongate body terminating in a surface for engaging with a food item , said surface comprising: an arrangement of spikes for engaging with the food item to prevent twisting of the food item relative to said surface, characterized in that said surface comprises at least one grab hook for engaging with the food item to prevent release of the food item from said surface.
Supporting beam for a system for attaching a tarpaulin for the purpose of closing a side of a loading space , which supporting beam is provided to extend in the system between an upper support beam and a lower support beam , and wherein the supporting beam comprises on an upper side an upper carriage which is compatible with an upper rail of the upper support beam , and comprises on an underside a lower carriage which is compatible with a lower rail of the lower support beam , wherein the supporting beam is provided to hold the lower carriage at a first predetermined minimum distance relative to the upper carriage in a first mode of use, this minimum distance being related to the height of the loading space , characterized in that the supporting beam has a second mode of use for holding the lower carriage at a second predetermined minimum distance relative to the upper carriage , wherein the second predetermined minimum distance is greater than the first predetermined minimum distance , wherein the supporting beam comprises a guide housing on an upper side and wherein the upper carriage is connected to a guide which is compatible with the guide housing, so that the upper carriage is movable in a longitudinal direction of the supporting beam in the first mode of use and in the second mode of use of the supporting beam in order to increase the distance between the lower and the upper carriage .
Underground compressed air storage system, built-up especially in an abandoned mine shaft, constituting a vertical, cylindrical underground tank, preferably a mine shaft, characterized by the fact that the system contains a pressure tank with a lining and a bottom , tightly closed from above with a lid with a built-in supply port with a shut-off valve through which high temperature air is supplied and shut-off valve through which a high temperature air is discharged and where cylindrical elements are suspended coaxially in vertical position on upright supports , the cylindrical elements being closed from the top with a lid , from the bottom with an endplate with pressure flaps and externally covered with thermal insulation made of glass or ceramic fibers and filled inside with a heat accumulative insert .
A training method for training a generator neural network (110; 120, 130, 140) configured to generate synthesized sensor data for training and testing a classifier, wherein the classifier is classifying measured sensor data, the method comprising - accessing a training set of measured sensor data obtained from a sensor, - training the generator neural network together with a discriminator neural network (160; 172, 174), wherein the discriminator network comprises an encoder network and a decoder network, wherein - the encoder network is configured to receive as input the discriminator input data, - the decoder network is configured to receive as input the encoder network output and to produce as output localized distinguishing information, the training comprising - generating synthesized sensor data using the generator neural network, - optimizing the discriminator network to distinguish between measured sensor data and synthesized sensor data, - optimizing the generator network to generate synthesized sensor data which is indistinguishable from measured sensor data by the discriminator network, wherein - the discriminator network is configured to receive discriminator input data comprising synthesized sensor data and/or measured sensor data, and to produce as output the localized distinguishing information, the localized distinguishing information indicating for a plurality of sub-sets of the discriminator input data if said sub-set corresponds to measured sensor data or to synthesized sensor data. - accessing a training set of measured sensor data obtained from a sensor, - training the generator neural network together with a discriminator neural network (160; 172, 174), wherein the discriminator network comprises an encoder network and a decoder network, wherein - the encoder network is configured to receive as input the discriminator input data, - the decoder network is configured to receive as input the encoder network output and to produce as output localized distinguishing information, the training comprising - generating synthesized sensor data using the generator neural network, - optimizing the discriminator network to distinguish between measured sensor data and synthesized sensor data, - optimizing the generator network to generate synthesized sensor data which is indistinguishable from measured sensor data by the discriminator network, wherein - the discriminator network is configured to receive discriminator input data comprising synthesized sensor data and/or measured sensor data, and to produce as output the localized distinguishing information, the localized distinguishing information indicating for a plurality of sub-sets of the discriminator input data if said sub-set corresponds to measured sensor data or to synthesized sensor data.
An apparatus comprising: optical fiber means for generating a stream of pulses having a pulse repetition rate of at least about 50000 pulses per second and a per-pulse length of less than one picosecond, wherein the optical fiber means is a pulsed laser; and means for scanning and focusing the stream of pulses to an output light pattern suitable to cut tissue for a surgical procedure using at least 500000 pulses in less than four seconds. optical fiber means for generating a stream of pulses having a pulse repetition rate of at least about 50000 pulses per second and a per-pulse length of less than one picosecond, wherein the optical fiber means is a pulsed laser; and means for scanning and focusing the stream of pulses to an output light pattern suitable to cut tissue for a surgical procedure using at least 500000 pulses in less than four seconds.
A detection device , comprising: a first detection unit configured to detect a leading edge portion and a trailing edge portion of a medium while the medium is being transported; a second detection unit configured to detect both edge portions of the medium in an orthogonal direction that is orthogonal to a transporting direction of the medium while the medium is being transported; and a transport unit configured to transport the medium; the detection device being characterized by further comprising: an adjustment unit configured to correct skewing and configured to correct displacement of the medium in the orthogonal direction, wherein the adjustment unit is disposed downstream of the transport unit in the transporting direction and comprises an abutting unit against which a leading edge of the medium transported by the transport unit is abutted to correct skewing, wherein the first detection unit is disposed upstream of the abutting unit in the transporting direction. a first detection unit configured to detect a leading edge portion and a trailing edge portion of a medium while the medium is being transported; a second detection unit configured to detect both edge portions of the medium in an orthogonal direction that is orthogonal to a transporting direction of the medium while the medium is being transported; and
A computer-implemented method, comprising: identifying, via a processor, one or more content tags which are live or scheduled to be live, the one or more content tags which are live or scheduled to be live comprising data indicating content to be presented via a content presentation service through scheduling by a content provider service; identifying, via the processor, one or more testing parameters associated with presentation parameters of the content presentation service; at periodic intervals, pulsing, via the processor, the one or more content tags which are live or scheduled to be live by identifying any changes to one or more features applicable to the one or more testing parameters that have been made to the one or more content tags which are live or scheduled to be live, wherein the one or more features subject to pulsing comprise a bit rate, a resolution, a pixel size, a type of pixel, a duration of content, or any combination thereof; and based upon the pulsing, updating a tag status of a content tag of the one or more content tags which are live or scheduled to be live that does not meet at least a threshold portion of the one or more testing parameters as quality control (QC) fail, updating a content status associated with content that does not meet at least the threshold portion of the one or more testing parameters as QC fail, or both; and in response to the update, providing a request to deactivate the content tag with the tag status of QC fail, the content associated with the content tag, or both. identifying, via a processor, one or more content tags which are live or scheduled to be live, the one or more content tags which are live or scheduled to be live comprising data indicating content to be presented via a content presentation service through scheduling by a content provider service; identifying, via the processor, one or more testing parameters associated with presentation parameters of the content presentation service; at periodic intervals, pulsing, via the processor, the one or more content tags which are live or scheduled to be live by identifying any changes to one or more features applicable to the one or more testing parameters that have been made to the one or more content tags which are live or scheduled to be live, wherein the one or more features subject to pulsing comprise a bit rate, a resolution, a pixel size, a type of pixel, a duration of content, or any combination thereof; and based upon the pulsing, updating a tag status of a content tag of the one or more content tags which are live or scheduled to be live that does not meet at least a threshold portion of the one or more testing parameters as quality control (QC) fail, updating a content status associated with content that does not meet at least the threshold portion of the one or more testing parameters as QC fail, or both; and in response to the update, providing a request to deactivate the content tag with the tag status of QC fail, the content associated with the content tag, or both.