mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit enabling the selection of a circuit, the integrated circuit comprising: redundant circuits (512, 514) providing predetermined functions; a voltage sensor coupled to receive a reference voltage (Vdd); and a selection circuit coupled to the voltage sensor and the reference voltage (Vdd), wherein the selection circuit selects, for a first plurality of the redundant circuits having a first function using a first switch of a plurality of switches, one of the first plurality of the redundant circuits to be implemented in the integrated circuit based upon a detected voltage of the reference voltage (Vdd) by providing power to the selected one of the first plurality of the redundant circuits by way of the first switch; and wherein the selection circuit selects, for a second plurality of the redundant circuits having a second function using a second switch of the plurality of switches, one of the second plurality of the redundant circuits to be implemented in the integrated circuit based upon the detected voltage of the reference voltage (Vdd) by providing power to the selected one of the second plurality of the redundant circuits by way of the second switch. redundant circuits (512, 514) providing predetermined functions; a voltage sensor coupled to receive a reference voltage (Vdd); and a selection circuit coupled to the voltage sensor and the reference voltage (Vdd), wherein the selection circuit selects, for a first plurality of the redundant circuits having a first function using a first switch of a plurality of switches, one of the first plurality of the redundant circuits to be implemented in the integrated circuit based upon a detected voltage of the reference voltage (Vdd) by providing power to the selected one of the first plurality of the redundant circuits by way of the first switch; and wherein the selection circuit selects, for a second plurality of the redundant circuits having a second function using a second switch of the plurality of switches, one of the second plurality of the redundant circuits to be implemented in the integrated circuit based upon the detected voltage of the reference voltage (Vdd) by providing power to the selected one of the second plurality of the redundant circuits by way of the second switch.
A configuration method implemented by a configuration device comprising: - acquisition of a set of instruction codes comprising: ∘ production instruction codes for configuring a reference electronic device; and ∘ functional instruction codes for configuring a functional electronic device; wherein the production instruction codes and the functional instruction codes are at least partly separate from one another; - first loading during which the production instruction codes are loaded into a first memory area of the reference electronic device, without loading any functional instruction code not also part of the production instruction codes, such as to cause the execution by the reference electronic device of the production instruction codes to generate user data in a second memory area of the reference electronic device; - extraction of the user data from the second memory area of the reference electronic device; - second loading during which the functional instruction codes are loaded into a first memory area of the functional electronic device, without loading any production instruction codes not also part of the functional instruction codes; and - third loading during which the user data, extracted from the second memory area of the reference electronic device, are loaded into a second memory area of the functional electronic device. - acquisition of a set of instruction codes comprising: ∘ production instruction codes for configuring a reference electronic device; and ∘ functional instruction codes for configuring a functional electronic device; wherein the production instruction codes and the functional instruction codes are at least partly separate from one another; ∘ production instruction codes for configuring a reference electronic device; and ∘ functional instruction codes for configuring a functional electronic device; - first loading during which the production instruction codes are loaded into a first memory area of the reference electronic device, without loading any functional instruction code not also part of the production instruction codes, such as to cause the execution by the reference electronic device of the production instruction codes to generate user data in a second memory area of the reference electronic device; - extraction of the user data from the second memory area of the reference electronic device; - second loading during which the functional instruction codes are loaded into a first memory area of the functional electronic device, without loading any production instruction codes not also part of the functional instruction codes; and - third loading during which the user data, extracted from the second memory area of the reference electronic device, are loaded into a second memory area of the functional electronic device.
Electrochromic device comprising at least one electrochromic working electrode, a counter-electrode, a solid electrolyte and optionally no more than one current collector, said device also comprising means allowing the application of an electric voltage to said electrodes, a device in which: - the working electrode comprises an electrochromic material containing at least one electrochromic polymer and, when the current collector is present, said working electrode is in contact with said current collector; - the solid electrolyte is in contact with each of said electrodes; said electrochromic device being characterized in that: - the counter-electrode is in conductive metal material having a redox potential corresponding to the high potential of the operating potential window of said electrochromic device. - the working electrode comprises an electrochromic material containing at least one electrochromic polymer and, when the current collector is present, said working electrode is in contact with said current collector; - the solid electrolyte is in contact with each of said electrodes; - the counter-electrode is in conductive metal material having a redox potential corresponding to the high potential of the operating potential window of said electrochromic device.
A rotationally polarized antenna comprising: a ground plane; a polarization dependent electromagnetic band gap, PDEBG, structure disposed above the ground plane, the PDEBG structure having a number of unit cells arranged in rows and columns; a radiating element disposed above the PDEBG structure, the radiating element having a long dimension and a short dimension; a conductive cavity encompassing the PDEBG structure and the radiating element, the conductive cavity being open on a radiating side of the antenna; wherein the radiating element is oriented at a non-zero angle with respect to the rows and columns of the PDEBG structure; and wherein a distance between side walls of the conductive cavity and the outermost edges of the PDEBG structure is selected to produce an additional resonance in an electrical response of the antenna that enhances a bandwidth thereof. a ground plane; a polarization dependent electromagnetic band gap, PDEBG, structure disposed above the ground plane, the PDEBG structure having a number of unit cells arranged in rows and columns; a radiating element disposed above the PDEBG structure, the radiating element having a long dimension and a short dimension; a conductive cavity encompassing the PDEBG structure and the radiating element, the conductive cavity being open on a radiating side of the antenna; wherein the radiating element is oriented at a non-zero angle with respect to the rows and columns of the PDEBG structure; and wherein a distance between side walls of the conductive cavity and the outermost edges of the PDEBG structure is selected to produce an additional resonance in an electrical response of the antenna that enhances a bandwidth thereof.
Apparatus for use in an audio/video network including a plurality of audio/video devices (32, 33, 34), the apparatus comprising: means for generating a request for content information relating to content stored at a remote internet source; means (110, 130) for sending the request, via the network, to an internet gateway associated with the network and for receiving the requested content information in response to the request; means operable to receive a content selection and a content control command, relating to the selected content, from a user, wherein the sending and receiving means (110, 130) is further arranged to send the content selection and the content control command to the internet gateway; and wherein the means (110, 130) operable to receive the requested content information comprises a simple object access protocol SOAP client transceiver, and further comprises an audio/video network transceiver configured to receive a content data from the gateway, wherein the SOAP client transceiver is configured to receive control data, the control data being separate from the content data. means for generating a request for content information relating to content stored at a remote internet source; means (110, 130) for sending the request, via the network, to an internet gateway associated with the network and for receiving the requested content information in response to the request; means operable to receive a content selection and a content control command, relating to the selected content, from a user, wherein the sending and receiving means (110, 130) is further arranged to send the content selection and the content control command to the internet gateway; and wherein the means (110, 130) operable to receive the requested content information comprises a simple object access protocol SOAP client transceiver, and further comprises an audio/video network transceiver configured to receive a content data from the gateway, wherein the SOAP client transceiver is configured to receive control data, the control data being separate from the content data.
A user equipment, UE (24, 26, 28, 40), configured to: receive, from an external device, (22, 26, 30) configuration data of a joint-resource pool, JRP, for uplink, UL, communications in JRP physical resources (52, 52a-52k, JRP 1, JRP 2) shared with other UEs; transmit a data in the JRP and, in case of necessity of retransmission, use a particular granted resource for retransmitting the data (1b*) after a backoff timer having expired, wherein the UE is configured to have a different backoff timer with respect to the other UEs, characterised in that the UE is further configured to receive the backoff timer from the external device with a non-acknowledgement, NACK, message. receive, from an external device, (22, 26, 30) configuration data of a joint-resource pool, JRP, for uplink, UL, communications in JRP physical resources (52, 52a-52k, JRP 1, JRP 2) shared with other UEs; transmit a data in the JRP and, in case of necessity of retransmission, use a particular granted resource for retransmitting the data (1b*) after a backoff timer having expired, wherein the UE is configured to have a different backoff timer with respect to the other UEs, characterised in that the UE is further configured to receive the backoff timer from the external device with a non-acknowledgement, NACK, message.
A ventilator system comprising: a ventilator comprising a ventilation gas source, a ventilation gas delivery circuit, and a control unit; a patient interface in communication with the ventilation gas delivery circuit; at least one breath sensor (29, 30, 35); at least one patient activity sensor (20, 31, 33); wherein the ventilator is adapted to provide mechanical assistance to respiratory muscles to support work of breathing of a spontaneously breathing patient; wherein the ventilator is adapted to be coupled to a patient for permitting ambulation of a respiratory compromised patient while supporting the work of breathing; and wherein the control unit is configured to adjust ventilation based upon measurements from the at least one breath sensor (29, 30, 35) detecting an onset or precursor to a respiratory exacerbation and measurements from the at least one patient activity sensor (20, 31, 33), wherein the control unit is configured to adjust ventilation parameters to avoid or alleviate the respiratory exacerbation. a ventilator comprising a ventilation gas source, a ventilation gas delivery circuit, and a control unit; a patient interface in communication with the ventilation gas delivery circuit; at least one breath sensor (29, 30, 35); at least one patient activity sensor (20, 31, 33); wherein the ventilator is adapted to provide mechanical assistance to respiratory muscles to support work of breathing of a spontaneously breathing patient; wherein the ventilator is adapted to be coupled to a patient for permitting ambulation of a respiratory compromised patient while supporting the work of breathing; and wherein the control unit is configured to adjust ventilation based upon measurements from the at least one breath sensor (29, 30, 35) detecting an onset or precursor to a respiratory exacerbation and measurements from the at least one patient activity sensor (20, 31, 33), wherein the control unit is configured to adjust ventilation parameters to avoid or alleviate the respiratory exacerbation.
An audio data processing method, comprising: obtaining to-be-separated audio data; obtaining an overall spectrum of the to-be-separated audio data; separating the overall spectrum, to obtain a singing voice spectrum and an accompaniment spectrum; calculating an accompaniment binary mask of the to-be-separated audio data according to the to-be-separated audio data; and processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data; wherein the overall spectrum is separated to obtain a first singing voice spectrum and a first accompaniment spectrum; and the method further comprises: adjusting the overall spectrum according to the first singing voice spectrum and the first accompaniment spectrum, to obtain a second singing voice spectrum and a second accompaniment spectrum, wherein the processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data comprises: processing the second singing voice spectrum and the second accompaniment spectrum using the accompaniment binary mask, to obtain the accompaniment data and the singing voice data. obtaining to-be-separated audio data; obtaining an overall spectrum of the to-be-separated audio data; separating the overall spectrum, to obtain a singing voice spectrum and an accompaniment spectrum; calculating an accompaniment binary mask of the to-be-separated audio data according to the to-be-separated audio data; and processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data; wherein the overall spectrum is separated to obtain a first singing voice spectrum and a first accompaniment spectrum; and the method further comprises: adjusting the overall spectrum according to the first singing voice spectrum and the first accompaniment spectrum, to obtain a second singing voice spectrum and a second accompaniment spectrum, wherein the processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data comprises: processing the second singing voice spectrum and the second accompaniment spectrum using the accompaniment binary mask, to obtain the accompaniment data and the singing voice data. adjusting the overall spectrum according to the first singing voice spectrum and the first accompaniment spectrum, to obtain a second singing voice spectrum and a second accompaniment spectrum, wherein the processing the singing voice spectrum and the accompaniment spectrum using the accompaniment binary mask, to obtain accompaniment data and singing voice data comprises: processing the second singing voice spectrum and the second accompaniment spectrum using the accompaniment binary mask, to obtain the accompaniment data and the singing voice data.
A cleaning composition which comprises a polyalkanolamine polymer obtainable by a process comprising steps a) and b), wherein a) condensing triethanolamine in order to obtain a polyether having remaining hydroxyl groups and optionally remaining secondary amino groups, and b) reacting a part of the remaining hydroxyl groups and optionally a part of the remaining secondary amino groups of the polyether obtained in step a) with at least one alkylene oxide; wherein in step b) the alkylene oxide is selected from butylene oxide and/or dodecene oxide; wherein the ratio of i) the alkylene oxide versus ii) the sum of the amount of the remaining hydroxy groups and optionally the remaining secondary amino groups is 0.1:1 to 0.7:1 [mol/mol]; and wherein 100% wt. of all the monomers employed in step a) are selected from triethanolamine. a) condensing triethanolamine in order to obtain a polyether having remaining hydroxyl groups and optionally remaining secondary amino groups, and b) reacting a part of the remaining hydroxyl groups and optionally a part of the remaining secondary amino groups of the polyether obtained in step a) with at least one alkylene oxide; wherein in step b) the alkylene oxide is selected from butylene oxide and/or dodecene oxide;
A compound, or a pharmaceutically acceptable salt thereof, for use in a therapy for the treatment of cancer in a mammal, which compound has the structure:
A method for generating syngas, comprising: providing a hydrocarbon feed stream without pre-reforming and/or heating said hydrocarbon feed stream; splitting said hydrocarbon feed stream between a fuel stream directed to the hot oxygen burner assembly integrated with an auto thermal reactor and a hydrocarbon feed stream where said fuel stream is combusted with oxygen in the hot oxygen burner assembly of an autothermal reactor to form a hot oxygen jet; mixing the hydrocarbon feed stream with steam, and introducing said mixture of hydrocarbon feed in a non-catalytic region of the auto thermal reactor wherein the mixture of hydrocarbon feed is substantially entrained in the hot oxygen jet; igniting the hydrocarbon stream with hot oxygen to create a reactive jet, thereby performing partial reforming of the hydrocarbon in a non-catalytic zone of the auto thermal reactor; and further reforming the hydrocarbon in a catalyst bed of the auto thermal reactor to generate syngas. providing a hydrocarbon feed stream without pre-reforming and/or heating said hydrocarbon feed stream; splitting said hydrocarbon feed stream between a fuel stream directed to the hot oxygen burner assembly integrated with an auto thermal reactor and a hydrocarbon feed stream where said fuel stream is combusted with oxygen in the hot oxygen burner assembly of an autothermal reactor to form a hot oxygen jet; mixing the hydrocarbon feed stream with steam, and introducing said mixture of hydrocarbon feed in a non-catalytic region of the auto thermal reactor wherein the mixture of hydrocarbon feed is substantially entrained in the hot oxygen jet; igniting the hydrocarbon stream with hot oxygen to create a reactive jet, thereby performing partial reforming of the hydrocarbon in a non-catalytic zone of the auto thermal reactor; and further reforming the hydrocarbon in a catalyst bed of the auto thermal reactor to generate syngas.
Construction apparatus with - a carrier vehicle, - a boom supported in an adjustable manner on the carrier vehicle, - a hoist rope which is guided from a rope winch on the carrier vehicle via a pulley on the boom and which has a free end for receiving a tool, and - a rope linkage means which is arranged on the carrier vehicle or the boom for fastening the free end of the hoist rope, characterized in that - the rope linkage means comprises a coupling element which is supported in a deflectable manner on a base and on which the free end of the hoist rope can be fastened, and - in that the rope linkage means has a sensor for detecting a deflected position of the coupling element. - a carrier vehicle, - a boom supported in an adjustable manner on the carrier vehicle, - a hoist rope which is guided from a rope winch on the carrier vehicle via a pulley on the boom and which has a free end for receiving a tool, and - a rope linkage means which is arranged on the carrier vehicle or the boom for fastening the free end of the hoist rope, characterized in that - the rope linkage means comprises a coupling element which is supported in a deflectable manner on a base and on which the free end of the hoist rope can be fastened, and - in that the rope linkage means has a sensor for detecting a deflected position of the coupling element.
A method of investigating a specimen using a tomographic imaging technique selected from the group comprising TEM tomography, STEM tomography, X-ray Laminography, and combinations hereof, comprising the following steps: - Providing the specimen on a specimen holder; - Directing a beam of radiation through the specimen and onto a detector, thereby generating an image of the specimen; - Repeating said directing step for a set of different specimen orientations relative to said beam, thereby generating a corresponding set of images; - Using an iterative mathematical reconstruction technique to convert said set of images into a tomogram of at least a portion of the specimen; - Mathematically constraining said reconstruction, so as to curtail a solution space resulting therefrom, characterized by the following steps: - Obtaining three-dimensional SEM imagery of at least a part of the specimen that overlaps at least partially with said portion; - Using said SEM imagery to perform said constraining step, by requiring iterative results of said reconstruction to be consistent with pixel values derived from said SEM imagery. - Providing the specimen on a specimen holder; - Directing a beam of radiation through the specimen and onto a detector, thereby generating an image of the specimen; - Repeating said directing step for a set of different specimen orientations relative to said beam, thereby generating a corresponding set of images; - Using an iterative mathematical reconstruction technique to convert said set of images into a tomogram of at least a portion of the specimen; - Mathematically constraining said reconstruction, so as to curtail a solution space resulting therefrom, - Obtaining three-dimensional SEM imagery of at least a part of the specimen that overlaps at least partially with said portion; - Using said SEM imagery to perform said constraining step, by requiring iterative results of said reconstruction to be consistent with pixel values derived from said SEM imagery.