mhurhangee/ep-ind-claims huggingface dataset:
Photodiodes array comprising: - a so-called useful layer made of a semiconducting alloy of cadmium, mercury and tellurium of the Cd x Hg 1-x Te type, the useful layer having an upper face and a lower face; - at least two first doped zones, located in the useful layer, each forming a PN junction with a second doped zone surrounding the first doped zones, the PN junctions being flush with the upper face of the useful layer; wherein the array comprises at least one region, located between two neighbouring PN junctions and having a cadmium concentration gradient decreasing from the upper face to the lower face of the useful layer; wherein said at least one region exhibits: - a first portion extending outside the first doped zones; and - a second portion partially covering the first doped zones; wherein the first portion extends deeper in the useful layer than the second portion, the first portion is surrounded by the second portion, and the first portion extents deeper in the useful layer than the first doped zones; characterised in that the photodiodes array is a matrix of planar photodiodes; and the second portion extends in an upper peripheral volume of at least one first doped zone. - a so-called useful layer made of a semiconducting alloy of cadmium, mercury and tellurium of the Cd x Hg 1-x Te type, the useful layer having an upper face and a lower face; - at least two first doped zones, located in the useful layer, each forming a PN junction with a second doped zone surrounding the first doped zones, the PN junctions being flush with the upper face of the useful layer; - a first portion extending outside the first doped zones; and - a second portion partially covering the first doped zones;
A system for immobilizing the joint between the tibia and the talus of a human patient, said system being characterized in that it comprises at least: an antero-lateral plate, itself comprising a tibio-lateral strip and a talo-lateral tab interconnected by a link zone, said tibio-lateral strip, said talo-lateral tab, and said link zone being shaped both so that: at least one portion of the tibio-lateral strip rests substantially against the anterior lateral face of the tibia that is situated towards the outside of the body of the patient relative to the anterior tibial crest (1 B); and also so that the talo-lateral tab rests substantially against the talus; and an antero-medial plate, itself comprising a tibio-medial strip and a talo-medial tab interconnected by a link zone, said tibio-medial strip, said talo-medial tab, and said link zone being shaped both so that: at least one portion of the tibio-medial strip rests substantially against the anterior medial face of the tibia that is situated towards the inside of the body of the patient relative to the anterior tibial crest (1 B); and also so that the talo-medial tab rests substantially against the talus said link zone of the antero-medial plate being designed to come into register with at least a portion of the tibial pilon (1 C), said link zone having a shape that is substantially complementary to the shape of said portion of the tibial pilon. an antero-lateral plate, itself comprising a tibio-lateral strip and a talo-lateral tab interconnected by a link zone, said tibio-lateral strip, said talo-lateral tab, and said link zone being shaped both so that: at least one portion of the tibio-lateral strip rests substantially against the anterior lateral face of the tibia that is situated towards the outside of the body of the patient relative to the anterior tibial crest (1 B); and also so that the talo-lateral tab rests substantially against the talus; and an antero-medial plate, itself comprising a tibio-medial strip and a talo-medial tab interconnected by a link zone, said tibio-medial strip, said talo-medial tab, and said link zone being shaped both so that: at least one portion of the tibio-medial strip rests substantially against the anterior medial face of the tibia that is situated towards the inside of the body of the patient relative to the anterior tibial crest (1 B); and also so that the talo-medial tab rests substantially against the talus said link zone of the antero-medial plate being designed to come into register with at least a portion of the tibial pilon (1 C), said link zone having a shape that is substantially complementary to the shape of said portion of the tibial pilon.
A method for obtaining a first system information from a network device based on a request of a terminal, the method comprising: receiving(201, 301), by the terminal, configuration indication information from the network device, wherein the configuration indication information comprises a correspondence between the first system information and a random access, RACH, preamble configuration information or the configuration indication information does not comprise a correspondence between the first system information and a RACH preamble configuration information; determining, by the terminal based on the configuration indication information, that the first system information has a corresponding RACH preamble configuration information in the configuration indication information; sending(202, 302), by the terminal, a first request message to request the first system information, to the network device according to the RACH preamble configuration information corresponding to the first system information; determining, by the terminal based on the configuration indication information, that the first system information has no corresponding RACH preamble configuration information in the configuration indication information; sending(202, 302), by the terminal to the network device, a radio resource control, RRC, signaling for requesting the first system information; and receiving(203, 303), by the terminal, the first system information from the network device. determining, by the terminal based on the configuration indication information, that the first system information has a corresponding RACH preamble configuration information in the configuration indication information; sending(202, 302), by the terminal, a first request message to request the first system information, to the network device according to the RACH preamble configuration information corresponding to the first system information; determining, by the terminal based on the configuration indication information, that the first system information has no corresponding RACH preamble configuration information in the configuration indication information; sending(202, 302), by the terminal to the network device, a radio resource control, RRC, signaling for requesting the first system information; and receiving(203, 303), by the terminal, the first system information from the network device.
A method for de-icing of a wind turbine blade, comprising: (i) positioning a wind turbine blade in a substantially horizontal position; (ii) positioning the wind turbine blade pitch with the leading edge pointing substantially upwards; the method being characterized in that it further comprises: (iii) pulling a line one over the wind turbine blade; (iv) pulling both ends of the line one sideways parallel to the wind turbine blade. (i) positioning a wind turbine blade in a substantially horizontal position; (ii) positioning the wind turbine blade pitch with the leading edge pointing substantially upwards; (iii) pulling a line one over the wind turbine blade; (iv) pulling both ends of the line one sideways parallel to the wind turbine blade.
A system for in situ cleaning of internal components of a gas turbine engine, the gas turbine engine including an outer casing and an inner casing, the system comprising: a plug assembly defining a fluid passageway extending lengthwise between an inlet end and an outlet end, the plug assembly configured to be installed within an access port of the gas turbine engine such that the fluid passageway defines a flow path between the inner and outer casings of the gas turbine engine for supplying a cleaning fluid within an interior of the gas turbine engine, the plug assembly including an inner sleeve at least partially defining the fluid passageway and an outer sleeve configured to receive a portion of the inner sleeve, the inner sleeve configured to be coupled to the inner casing and the outer sleeve configured to be coupled to the outer casing, a fluid conduit configured to be coupled between a fluid source positioned external to the gas turbine engine and the inlet end of the plug assembly for supplying the cleaning fluid to the plug assembly, whereby a cleaning fluid supplied from the fluid conduit is directed through the fluid passageway from the inlet end to the outlet end and is expelled from the plug assembly into the interior of the gas turbine engine, characterised in that the inner sleeve defines an inner threaded area around an outer perimeter of the inner sleeve, the inner threaded area configured to engage a corresponding threaded portion of the access port defined through the inner casing. a plug assembly defining a fluid passageway extending lengthwise between an inlet end and an outlet end, the plug assembly configured to be installed within an access port of the gas turbine engine such that the fluid passageway defines a flow path between the inner and outer casings of the gas turbine engine for supplying a cleaning fluid within an interior of the gas turbine engine, the plug assembly including an inner sleeve at least partially defining the fluid passageway and an outer sleeve configured to receive a portion of the inner sleeve, the inner sleeve configured to be coupled to the inner casing and the outer sleeve configured to be coupled to the outer casing, a fluid conduit configured to be coupled between a fluid source positioned external to the gas turbine engine and the inlet end of the plug assembly for supplying the cleaning fluid to the plug assembly, whereby a cleaning fluid supplied from the fluid conduit is directed through the fluid passageway from the inlet end to the outlet end and is expelled from the plug assembly into the interior of the gas turbine engine, characterised in that the inner sleeve defines an inner threaded area around an outer perimeter of the inner sleeve, the inner threaded area configured to engage a corresponding threaded portion of the access port defined through the inner casing.
A driver circuit for lighting means, in particular for one or more LEDs, having: - a circuit which can be supplied with voltage (V dc) and is clocked by means of at least two switches (LS, HS), - a resonant circuit supplied starting from the clocked circuit having a transformer for transferring a voltage from a primary winding of the transformer to a secondary winding of the transformer, wherein connections for the supply of the lighting means are supplied starting from the secondary winding, - wherein on the transformer a detection circuit is provided with a detection winding, which is preferably magnetically coupled with the primary winding, wherein the detection circuit has a damping element, which is configured, to damp the resonant circuit indirectly, characterized in that the driver circuit has a control unit, which is configured, to detect a measuring voltage (V filI) at a midpoint of a voltage divider (R ST 1, R ST 2) of the detection circuit, wherein the control unit detects a further measuring voltage (V Sense) and discriminates with respect to at least one stored threshold value and activates or deactivates the damping element depending on the discrimination, wherein the control unit detects a midpoint voltage (V mp) on the clocked circuit and activates the damping element, if the further detected measuring voltage (V Sense) falls below the at least one stored threshold value, and the midpoint voltage (V mp) corresponds to a high level, in particular, to the voltage (V dc), by means of which it is detected, whether one of the at least two switches (LS, HS) is closed. - a circuit which can be supplied with voltage (V dc) and is clocked by means of at least two switches (LS, HS), - a resonant circuit supplied starting from the clocked circuit having a transformer for transferring a voltage from a primary winding of the transformer to a secondary winding of the transformer, - wherein on the transformer a detection circuit is provided with a detection winding, which is preferably magnetically coupled with the primary winding, wherein
A macromolecule comprising a polylysine dendrimer of 3 to 4 generations and having one or more sulfonic acid-containing moieties attached to one or more surface amino groups of the outermost generation of the dendrimer, for use in the treatment of bacterial vaginosis in a subject, wherein the macromolecule is administered by vaginal administration in an amount of from 40 mg to 100 mg per day, and wherein the sulfonic acid-containing moiety is selected from:
An apparatus comprising circuitry configured to perform a Random Access, RA, procedure that is based on one or more access control parameters (203-1, 203-2, 203-3) that are specific for a predefined coverage level, and to perform a coverage level reselection process, and to perform an access barring check for a specific coverage level within the coverage level reselection process, when the coverage level changes during the Random Access procedure. to perform a Random Access, RA, procedure that is based on one or more access control parameters (203-1, 203-2, 203-3) that are specific for a predefined coverage level, and to perform a coverage level reselection process, and to perform an access barring check for a specific coverage level within the coverage level reselection process, when the coverage level changes during the Random Access procedure.
A method, implemented on a computing device having at least one processor and at least one computer-readable storage medium, for key phrase spotting, the method comprising: obtaining an audio comprising a sequence of audio portions; obtaining a plurality of candidate words corresponding to a plurality of the audio portions and obtaining a first probability score for each corresponding relationship between the obtained candidate word and the audio portion; determining if the plurality of candidate words respectively match a plurality of key words of a key phrase and if the first probability score of each of the plurality of candidate words exceeds a corresponding first threshold, the plurality of candidate words constituting a candidate phrase; in response to determining the plurality of candidate words matching the plurality of key words and the first probability score of each of the plurality of candidate words exceeding the corresponding threshold, obtaining a second probability score representing a matching relationship between the candidate phrase and the key phrase based on the first probability score of each of the plurality of candidate words; and in response to determining the second probability score exceeding a second threshold, determining the candidate phrase as the key phrase. obtaining an audio comprising a sequence of audio portions; obtaining a plurality of candidate words corresponding to a plurality of the audio portions and obtaining a first probability score for each corresponding relationship between the obtained candidate word and the audio portion; determining if the plurality of candidate words respectively match a plurality of key words of a key phrase and if the first probability score of each of the plurality of candidate words exceeds a corresponding first threshold, the plurality of candidate words constituting a candidate phrase; in response to determining the plurality of candidate words matching the plurality of key words and the first probability score of each of the plurality of candidate words exceeding the corresponding threshold, obtaining a second probability score representing a matching relationship between the candidate phrase and the key phrase based on the first probability score of each of the plurality of candidate words; and in response to determining the second probability score exceeding a second threshold, determining the candidate phrase as the key phrase.
A vehicular sanitization control system, comprising: a vehicular battery mounted on a vehicle; a solar panel mounted on the vehicle; a rechargeable internal power source; a deep ultraviolet light source; a first display light source configured to display an operating state of the deep ultraviolet light source; a second display light source configured to display a state of charge of the internal power source; a control unit configured to control a power supplied to the deep ultraviolet light source, a charging operation of the internal power source, and displays of the first display light source and the second display light source, respectively; and wherein the control unit switches a supply source of a power supplied to the deep ultraviolet light source to the vehicular battery in a case that an ignition of the vehicle is in an on state, and switches the supply source of the power supplied to the deep ultraviolet light source to the solar panel in a case that the ignition of the vehicle is in an off state. a vehicular battery mounted on a vehicle; a solar panel mounted on the vehicle; a rechargeable internal power source; a deep ultraviolet light source; a first display light source configured to display an operating state of the deep ultraviolet light source; a second display light source configured to display a state of charge of the internal power source; a control unit configured to control a power supplied to the deep ultraviolet light source, a charging operation of the internal power source, and displays of the first display light source and the second display light source, respectively; and wherein the control unit switches a supply source of a power supplied to the deep ultraviolet light source to the vehicular battery in a case that an ignition of the vehicle is in an on state, and switches the supply source of the power supplied to the deep ultraviolet light source to the solar panel in a case that the ignition of the vehicle is in an off state.
A method for using a bandwidth, BW, allocation in a Time Division Multiple Access, TDMA, network, the method comprising: filling a buffer having a buffer length with a demand-inducing stream data until either the demand-inducing stream data is exhausted or the buffer length equals the BW allocation; determining a leftover BW as the BW allocation minus the buffer length after the filling; characterized by: composing a leftover buffer when demand-deferring stream data is present, wherein the leftover buffer comprises a transmission header, TH, and a transmission data, TD, comprising a portion of a demand-deferring stream data; and transmitting the buffer and the leftover buffer in a time slot associated with the BW allocation, wherein a length of the TH plus a length of the TD is less than or equal to the leftover BW. filling a buffer having a buffer length with a demand-inducing stream data until either the demand-inducing stream data is exhausted or the buffer length equals the BW allocation; determining a leftover BW as the BW allocation minus the buffer length after the filling; characterized by: composing a leftover buffer when demand-deferring stream data is present, wherein the leftover buffer comprises a transmission header, TH, and a transmission data, TD, comprising a portion of a demand-deferring stream data; and transmitting the buffer and the leftover buffer in a time slot associated with the BW allocation, wherein a length of the TH plus a length of the TD is less than or equal to the leftover BW. composing a leftover buffer when demand-deferring stream data is present, wherein the leftover buffer comprises a transmission header, TH, and a transmission data, TD, comprising a portion of a demand-deferring stream data; and transmitting the buffer and the leftover buffer in a time slot associated with the BW allocation, wherein a length of the TH plus a length of the TD is less than or equal to the leftover BW.
A packet switching apparatus including a mesh comprising a rectangular array of memory tiles arranged in X and Y directions, the apparatus comprising: a first node configured to receive a first operation; and a second node connected to the first node, wherein the first node is configured to permit the first operation to continue to the second node in the mesh in a same direction in which the first node received the first operation in the mesh unless a second operation is available for transfer at the first node to the second node, wherein the first node is configured to select the second operation if the second operation has a highest latency estimate and wherein the same direction is either a X direction or a Y direction. a first node configured to receive a first operation; and a second node connected to the first node, wherein the first node is configured to permit the first operation to continue to the second node in the mesh in a same direction in which the first node received the first operation in the mesh unless a second operation is available for transfer at the first node to the second node, wherein the first node is configured to select the second operation if the second operation has a highest latency estimate and wherein the same direction is either a X direction or a Y direction.
Washer-dryer comprising a suds container in which a laundry drum for receiving laundry is rotatably mounted, an adsorption module which contains an adsorbent for receiving moisture, a fan which is designed to exchange process air between the suds container and the adsorption module, and a control device which is designed to convey, by means of the fan, dry process air from the adsorption module into the suds container during a drying phase in such a way that moisture from the laundry is emitted to the process air, and to convey, by means of the fan, moist process air from the adsorption module into the suds container during a washing phase in such a way that moisture from the process air condenses on the laundry and the laundry is heated by means of condensation heat released in this condensing process, characterised in that the adsorption module contains at most so much adsorbent that an overall condensation heat emitted to the laundry exceeds the washing energy required for a normal washing process by no more than 20%, 10% or 5%, the overall condensation heat then being emitted to the laundry when, in the case of the adsorbent being fully loaded with moisture, the overall moisture adsorbed by the adsorbent is completely desorbed from the adsorbent and is condensed on the laundry.