mhurhangee/ep-ind-claims huggingface dataset:
A method to provide feedback about communications between a device and a remote control, the method comprising: transmitting a wireless signal from the device to the remote control; receiving, at the device, a wireless message from the remote control, wherein the wireless message comprises an indication of the quality of the wireless signal as measured by the remote control; and providing feedback based upon the quality of the wireless signal that is received at the remote control. transmitting a wireless signal from the device to the remote control; receiving, at the device, a wireless message from the remote control, wherein the wireless message comprises an indication of the quality of the wireless signal as measured by the remote control; and providing feedback based upon the quality of the wireless signal that is received at the remote control.
An internal combustion engine fuel cut control device for an internal combustion engine including a plurality of cylinders, wherein the internal combustion engine fuel cut control device is configured to perform the following: performing a first operation of cutting off fuel supply to part of the cylinders in response to satisfaction of a predetermined fuel cut condition, and performing a second operation of cutting off fuel supply to all of the cylinders in response to a lapse of a first predetermined time period after the first operation; performing a third operation and a fourth operation in response to satisfaction of a first predetermined fuel cut recovery condition during the first operation, wherein the third operation is to restart fuel supply to the part of the cylinders, and the fourth operation is to control exhaust gas to a first air fuel ratio richer than a theoretical air fuel ratio by an increased amount of fuel supply during a second predetermined time period after the third operation; performing a fifth operation and a sixth operation in response to satisfaction of a second predetermined fuel cut recovery condition during the second operation, wherein the fifth operation is to restart fuel supply to all of the cylinders, and the sixth operation is to control exhaust gas to a second air fuel ratio richer than the theoretical air fuel ratio by an increased amount of fuel supply during a third predetermined time period after the fifth operation; setting the first air fuel ratio higher in degree of being rich than the second air fuel ratio; and setting the second predetermined time period shorter than the third predetermined time period. performing a first operation of cutting off fuel supply to part of the cylinders in response to satisfaction of a predetermined fuel cut condition, and performing a second operation of cutting off fuel supply to all of the cylinders in response to a lapse of a first predetermined time period after the first operation; performing a third operation and a fourth operation in response to satisfaction of a first predetermined fuel cut recovery condition during the first operation, wherein the third operation is to restart fuel supply to the part of the cylinders, and the fourth operation is to control exhaust gas to a first air fuel ratio richer than a theoretical air fuel ratio by an increased amount of fuel supply during a second predetermined time period after the third operation; performing a fifth operation and a sixth operation in response to satisfaction of a second predetermined fuel cut recovery condition during the second operation, wherein the fifth operation is to restart fuel supply to all of the cylinders, and the sixth operation is to control exhaust gas to a second air fuel ratio richer than the theoretical air fuel ratio by an increased amount of fuel supply during a third predetermined time period after the fifth operation; setting the first air fuel ratio higher in degree of being rich than the second air fuel ratio; and setting the second predetermined time period shorter than the third predetermined time period.
Apparatus for filling cavities with particulate material, the apparatus comprising: - a conveyor belt comprising an orifice, wherein the orifice is adapted for accommodating particulate material and for dispensing the particulate material through the orifice; - a first guiding wheel and a second guiding wheel for transporting and guiding the conveyor belt, the first guiding wheel and the second guiding wheel being arranged at a distance to each other and such that the conveyor belt comprises a straight belt portion arranged between the first guiding wheel and the second guiding wheel; - a retention element arranged adjacent the lower side of the conveyor belt for keeping the orifice closed before the orifice reaches a transfer location at the first guiding wheel, the retention element and the straight belt portion further being arranged to allow particulate material in the orifice to be dispensed through the open orifice at the transfer location, characterized by the particulate material being transferred to the conveyor belt through the first guiding wheel, and by - a pusher element arranged next to an upper side of the straight belt portion, the pusher element comprising a cam for being inserted into the orifice of the conveyor belt for pushing particulate material out of the orifice. - a conveyor belt comprising an orifice, wherein the orifice is adapted for accommodating particulate material and for dispensing the particulate material through the orifice; - a first guiding wheel and a second guiding wheel for transporting and guiding the conveyor belt, the first guiding wheel and the second guiding wheel being arranged at a distance to each other and such that the conveyor belt comprises a straight belt portion arranged between the first guiding wheel and the second guiding wheel; - a retention element arranged adjacent the lower side of the conveyor belt for keeping the orifice closed before the orifice reaches a transfer location at the first guiding wheel, the retention element and the straight belt portion further being arranged to allow particulate material in the orifice to be dispensed through the open orifice at the transfer location, characterized by the particulate material being transferred to the conveyor belt through the first guiding wheel, and by - a pusher element arranged next to an upper side of the straight belt portion, the pusher element comprising a cam for being inserted into the orifice of the conveyor belt for pushing particulate material out of the orifice.
Direct contact-making plug-type connection comprising a printed circuit board which has contact areas on one of its sides, and comprising a direct contact-making plug which can be plug-connected to the printed circuit board and has contact elements for making direct electrical contact with the contact areas of the printed circuit board, wherein the contact areas are provided on a printed circuit board section which runs transverse to the plug-in direction of the direct contact-making plug, and wherein the contact elements each make contact with the contact areas by way of their front end side in the plug-in direction, characterized in that the printed circuit board section is angled in relation to the rest of the printed circuit board.
A cutter assembly for a hair cutting appliance, the cutter assembly comprising: - a cutting element; and - a clamping element; wherein, the cutter assembly is configured to contact skin of a user of the hair cutting appliance; wherein, the clamping element is configured to clamp hair of the user that is growing out of the skin; wherein, the clamping element is configured to move within the cutter assembly to pull the clamped hair away from the skin of the user; and wherein, the cutting element is configured to cut the clamped hair that has been pulled away from the skin of the user characterized in that the clamping element is configured to move in a direction substantially perpendicular to the skin of the user. - a cutting element; and - a clamping element; wherein, the cutter assembly is configured to contact skin of a user of the hair cutting appliance; wherein, the clamping element is configured to clamp hair of the user that is growing out of the skin; wherein, the clamping element is configured to move within the cutter assembly to pull the clamped hair away from the skin of the user; and wherein, the cutting element is configured to cut the clamped hair that has been pulled away from the skin of the user characterized in that the clamping element is configured to move in a direction substantially perpendicular to the skin of the user.
Method for detecting anomalies in a spectrogram, spectrum or signal using a detection module, said detection module comprising a first machine learning submodule, a second machine learning submodule and a comparison submodule, the method comprising the following steps: a) receiving the spectrogram, spectrum or signal, as measured data by the detection module, b) generating filtered data based on the measured data by the first submodule, wherein the filtered data is a denoised version of the measured data, c) comparing the filtered data with the measured data by the comparison submodule, d) generating predicted data based on the measured data and/or the filtered data by the second submodule, wherein the predicted data is a predicted version of the measured data and/or filtered data for a predetermined point in the future, e) comparing the predicted data with the measured data and/or the filtered data by the comparison submodule, and f) determining by the comparison submodule, that the spectrogram, spectrum or signal comprises an anomaly if the filtered data deviates from the measured data and/or the predicted data deviates from the measured data and/or the filtered data by at least a predetermined amount, wherein first submodule comprises a pre-trained artificial neural network and the second submodule comprises a pre-trained artificial neural network, wherein the first submodule and the second submodule have been pre-trained with a training data set free of anomalies, wherein the first submodule is pre-trained to remove noise and/or anomalies from the measured data. a) receiving the spectrogram, spectrum or signal, as measured data by the detection module, b) generating filtered data based on the measured data by the first submodule, wherein the filtered data is a denoised version of the measured data, c) comparing the filtered data with the measured data by the comparison submodule, d) generating predicted data based on the measured data and/or the filtered data by the second submodule, wherein the predicted data is a predicted version of the measured data and/or filtered data for a predetermined point in the future, e) comparing the predicted data with the measured data and/or the filtered data by the comparison submodule, and f) determining by the comparison submodule, that the spectrogram, spectrum or signal comprises an anomaly if the filtered data deviates from the measured data and/or the predicted data deviates from the measured data and/or the filtered data by at least a predetermined amount,
Trolley, in particular ward trolley and care trolley, for hospitals, nursery homes and other health care facilities, the trolley comprising a cabinet part constructed to be movable and serving for receiving among others a computer system, and a monitor arranged for swiveling on a support tube, said monitor comprising a monitor unit, characterized by a touch screen which is constructed in a completely encapsulated manner and which frontally carries a cover plate of transparent material, wherein said touch screen is a capacitive foil disk, wherein said foil disk is larger than the front-side surface of the monitor unit and projects beyond the same on the edge side.
A method for determining a content acquisition path, comprising: receiving, by a first network node, a request from a user, wherein the request is used for requesting an original content provider to provide a content, and the request carries a name of the content, a network address of the original content provider and a network address of the user; calculating, by the first network node, at least two forwarding paths to the original content provider, and determining a content acquisition path according to link cost on each forwarding path and a content cache hit rate of a network node on each forwarding path; sending, by the first network node, the request to a next network node according to the content acquisition path, for enabling the next network node to forward or respond to the request; the method being further characterised by the features of: receiving, by the first network node, a content data packet generated by a cache network node hitting the content or generated by the original content provider, wherein the content data packet carries content hit rate information of all cache network nodes passed by the request; extracting, by the first network node, the content hit rate information in the content data packet; and updating, by the first network node, content hit rate information stored locally of corresponding network nodes. receiving, by a first network node, a request from a user, wherein the request is used for requesting an original content provider to provide a content, and the request carries a name of the content, a network address of the original content provider and a network address of the user; calculating, by the first network node, at least two forwarding paths to the original content provider, and determining a content acquisition path according to link cost on each forwarding path and a content cache hit rate of a network node on each forwarding path; sending, by the first network node, the request to a next network node according to the content acquisition path, for enabling the next network node to forward or respond to the request; the method being further characterised by the features of: receiving, by the first network node, a content data packet generated by a cache network node hitting the content or generated by the original content provider, wherein the content data packet carries content hit rate information of all cache network nodes passed by the request; extracting, by the first network node, the content hit rate information in the content data packet; and updating, by the first network node, content hit rate information stored locally of corresponding network nodes. receiving, by the first network node, a content data packet generated by a cache network node hitting the content or generated by the original content provider, wherein the content data packet carries content hit rate information of all cache network nodes passed by the request; extracting, by the first network node, the content hit rate information in the content data packet; and updating, by the first network node, content hit rate information stored locally of corresponding network nodes.
A tool assembly for a surgical stapler, comprising an anvil and a cartridge assembly, the cartridge assembly including a cartridge body defining a plurality of staple pockets, a pusher rotatably supported in each of the staple pockets, and a staple supported on each of the pushers; characterised in that each of the staple pockets includes a pivot member and each of the pushers is rotatably supported on a respective one of the pivot members; and each of the pushers defines a slot dimensioned to receive the pivot member such that the pusher is rotatably supported within a respective one of the plurality of staple pockets.
An embolism protection device made of a biocompatible expandable polymer, wherein the expandable polymer expands upon release within a patient's vessel into a structure configured to filter flow through the vessel and filing the lumen of the vessel, wherein the device has a random array of fibrous polymer forming the interior of the device.
An anode support type solid oxide fuel cell in which an anode support, an anode functional layer, an electrolyte, and a cathode are sequentially provided, wherein the electrolyte includes ceria-based metal oxide, the cathode includes a cathode thin film layer provided on the electrolyte and a cathode thick film layer provided on the cathode thin film layer, the thickness of the cathode thin film layer is less than 50 nm, the porosity of the cathode thin film layer is 1% or less, the thickness of the cathode thick film layer is 20 μm or more and 40 μm or less, the porosity of the cathode thick film layer is 30% or more, a contact area between the electrolyte and the cathode thin film layer is 100% based on the entire area of one side facing the cathode thin film layer of the surface of the electrolyte, and a contact area between the cathode thin film layer and the cathode thick film layer is 80% or more and 97% or less based on the entire area of one side facing the cathode thick film layer of the surface of the cathode thin film layer.
A method for simulating the movements of a virtual vehicle, a user being in physical contact with a simulator including a force-feedback haptic interface (211, 300), wherein said physical contact corresponds to at least one physical point of contact between the haptic interface and the body of the user that is representative of a virtual point of contact between the user and the virtual vehicle, said method being characterized in that it comprises at least two steps: - a first step for determining a linear acceleration vector a lin and a linear velocity vector V lin at the virtual point of contact between the user and the virtual vehicle, said vectors being representative of the movement of the vehicle at said point; - a second step for deducing a three-dimensional force vector F 3D from the linear acceleration vector a lin and linear velocity vector V lin, said force vector being determined by a linear combination of said linear acceleration and velocity vectors, the corresponding force being applied via the haptic interface substantially at the physical point of contact. - a first step for determining a linear acceleration vector a lin and a linear velocity vector V lin at the virtual point of contact between the user and the virtual vehicle, said vectors being representative of the movement of the vehicle at said point; - a second step for deducing a three-dimensional force vector F 3D from the linear acceleration vector a lin and linear velocity vector V lin, said force vector being determined by a linear combination of said linear acceleration and velocity vectors, the corresponding force being applied via the haptic interface substantially at the physical point of contact.
A system for use with a subterranean well, the system comprising: a tubular string positioned in a riser string, the riser string including an outer housing of a pressure control device and a first annular seal operable to prevent flow through an annulus formed between the tubular string and the riser string, the tubular string including an equalization valve and a running tool operable to convey a releasable assembly of the pressure control device through the riser string, the releasable assembly being releasably securable in the riser string, and the equalization valve selectively permitting fluid communication between the annulus and a flow passage extending longitudinally through the tubular string, in which the equalization valve opens in response to a fluid flow in a downward direction through the flow passage in the tubular string at greater than a predetermined flow rate. a tubular string positioned in a riser string, the riser string including an outer housing of a pressure control device and a first annular seal operable to prevent flow through an annulus formed between the tubular string and the riser string, the tubular string including an equalization valve and a running tool operable to convey a releasable assembly of the pressure control device through the riser string, the releasable assembly being releasably securable in the riser string, and the equalization valve selectively permitting fluid communication between the annulus and a flow passage extending longitudinally through the tubular string, in which the equalization valve opens in response to a fluid flow in a downward direction through the flow passage in the tubular string at greater than a predetermined flow rate.
A computer-implemented method for triggering an animation action, the method comprising: receiving, at a computer system executing a presentation application, a request to trigger an animation action when playback of a media object during viewing of a slide presentation reaches a bookmark within a media object timeline associated with the media object, the bookmark being specified by a user of the presentation application prior to viewing of the slide presentation, the media object being inserted onto a slide of the slide presentation, the media object being an audio file or a video file; and in response to receiving the request, storing data defining a new animation timeline associated with the presentation application, the new animation timeline being configured to cause the presentation application to determine whether the bookmark has been encountered during playback of the media object during the slide show presentation, and in response to encountering the bookmark during playback of the media object, perform the animation action by transforming the data defining the new animation timeline to a visual depiction for display by a computer system. receiving, at a computer system executing a presentation application, a request to trigger an animation action when playback of a media object during viewing of a slide presentation reaches a bookmark within a media object timeline associated with the media object, the bookmark being specified by a user of the presentation application prior to viewing of the slide presentation, the media object being inserted onto a slide of the slide presentation, the media object being an audio file or a video file; and in response to receiving the request, storing data defining a new animation timeline associated with the presentation application, the new animation timeline being configured to cause the presentation application to determine whether the bookmark has been encountered during playback of the media object during the slide show presentation, and in response to encountering the bookmark during playback of the media object, perform the animation action by transforming the data defining the new animation timeline to a visual depiction for display by a computer system.
A perovskite solar cell, comprising: a back plate; a transparent substrate, wherein a sealed cavity is formed between the transparent substrate and the back plate; and a perovskite solar cell device, wherein the perovskite solar cell device is located in the sealed cavity; wherein a chemical formula of a perovskite material of the perovskite solar cell device is ABX 3, wherein A comprises an organic amine cation, B is a metal cation, and X is a halogen anion or SCN -, characterized in that the sealed cavity contains ammonia gas having a volume fraction of 10% -100% and residual inert gas. a back plate; a transparent substrate, wherein a sealed cavity is formed between the transparent substrate and the back plate; and a perovskite solar cell device, wherein the perovskite solar cell device is located in the sealed cavity; wherein a chemical formula of a perovskite material of the perovskite solar cell device is ABX 3, wherein A comprises an organic amine cation, B is a metal cation, and X is a halogen anion or SCN -,