mhurhangee/ep-ind-claims huggingface dataset:
A lens, embodied as an intraocular lens or embodied as a contact lens to be worn in a first eye - comprising the following components: - means for adaptation of the refraction power as reaction to a control signal, - at least one position locator, - means for detection of a relative position of the position locator with respect to at least one further position locator being arranged on a further lens to be worn in a second eye, - means for generation of the control signal in order to adapt the refraction power of the lens to the detected relative position, and - at least one device for power supply (30, 31, 32) for at least parts of the components (10, 20) of the lens. - comprising the following components: - means for adaptation of the refraction power as reaction to a control signal, - at least one position locator, - means for detection of a relative position of the position locator with respect to at least one further position locator being arranged on a further lens to be worn in a second eye, - means for generation of the control signal in order to adapt the refraction power of the lens to the detected relative position, and - at least one device for power supply (30, 31, 32) for at least parts of the components (10, 20) of the lens. - means for adaptation of the refraction power as reaction to a control signal, - at least one position locator, - means for detection of a relative position of the position locator with respect to at least one further position locator being arranged on a further lens to be worn in a second eye, - means for generation of the control signal in order to adapt the refraction power of the lens to the detected relative position, and - at least one device for power supply (30, 31, 32) for at least parts of the components (10, 20) of the lens.
An auto-injector device comprising: a medicament reservoir; a stopper for expelling a medicament out of the medicament reservoir; a driving element, formed from a shape memory alloy, which has a first configuration and a second configuration and is configured to change shape from the first configuration to the second configuration when the temperature of the driving element is raised above a shape change temperature, so as to drive the stopper of the syringe mechanism through the medicament reservoir; and a heating mechanism configured to actively heat the driving element, characterised in that: the heating mechanism is a chemical heating element configured to generate heat through an exothermic process. a medicament reservoir; a stopper for expelling a medicament out of the medicament reservoir; a driving element, formed from a shape memory alloy, which has a first configuration and a second configuration and is configured to change shape from the first configuration to the second configuration when the temperature of the driving element is raised above a shape change temperature, so as to drive the stopper of the syringe mechanism through the medicament reservoir; and a heating mechanism configured to actively heat the driving element, characterised in that: the heating mechanism is a chemical heating element configured to generate heat through an exothermic process.
Channel selection method intended for a multiband Wi-Fi device of a Wi-Fi network with multiband channel sharing between devices of the Wi-Fi network, a first band being called the transmission band, a second band being called the signalling band and having better range characteristics than the transmission band, characterized in that it comprises: - a step of transmission, in the signalling band, of first relevant information linked to the occupancy of the transmission band by the device, and - a step of reception, in the signalling band, of second relevant information linked to the occupancy of the transmission band by neighbouring devices that takes place concomitantly with any transmission step in the transmission band. - a step of transmission, in the signalling band, of first relevant information linked to the occupancy of the transmission band by the device, and - a step of reception, in the signalling band, of second relevant information linked to the occupancy of the transmission band by neighbouring devices that takes place concomitantly with any transmission step in the transmission band.
A method for improving noise cancellation for a wearer of a hearing assistance device having an adaptive filter, the method comprising: calculating an annoyance measure based on a residual signal in an ear of the wearer, hearing loss of the wearer, and personal preference of the wearer; estimating a spectral weighting function based on a ratio of the annoyance measure and spectral energy of the residual signal; and incorporating the spectral weighting function into a cost function for an update of the adaptive filter, and updating the adaptive filter using the cost function, wherein the cost function is minimized to achieve perceptually motivated adaptive noise cancellation. calculating an annoyance measure based on a residual signal in an ear of the wearer, hearing loss of the wearer, and personal preference of the wearer; estimating a spectral weighting function based on a ratio of the annoyance measure and spectral energy of the residual signal; and incorporating the spectral weighting function into a cost function for an update of the adaptive filter, and updating the adaptive filter using the cost function, wherein the cost function is minimized to achieve perceptually motivated adaptive noise cancellation.
A surgical device including a hand instrument (1, 50) provided with a rotary motor (2, 52), a driving shaft (4, 54) on which is mounted a removable hand part comprising a tool holder (20, 30, 40) and a tool, said instrument being further provided - with a servo-controlled electronic module of said motor comprising a digital electronic circuit, - with means for controlling rotation of said motor (2, 52), - with means for automatically detecting the type of the mounted tool holder, - and with an electric power supply, said digital electronic circuit being provided with at least one memory containing at least two sets of servo-control parameters of said motor (2, 52), each set of servo-control parameters being associated with a tool holder (20, 30, 40), said digital electronic circuit being laid out for automatically selecting the set of servo-control parameters according to the type of tool holder detected by said automatic detection means, characterized in that the means for automatic detection of the type of tool holder include - at least one ergot (22, 32) laid out on the tool holder for mechanically cooperating with at least one recess of said motor (2, 52), when said tool holder (20, 30, 40) is mounted on the driving shaft (4, 54), - at least one magnetized element laid out on said tool holder (20, 30, 40) for occupying a first position associated with a type of tool holder (20, 30, 40), said first position being referenced to the position of said ergot (22, 32), - at least one sensor laid out on said motor (2, 52) for occupying a second position referenced to the position of said recess, and in that the electronic circuit is laid out for processing output signals of said sensor for detecting the type of tool holder mounted according to the relative position of said magnetized element with said sensor. - with a servo-controlled electronic module of said motor comprising a digital electronic circuit, - with means for controlling rotation of said motor (2, 52), - with means for automatically detecting the type of the mounted tool holder, - and with an electric power supply, - at least one ergot (22, 32) laid out on the tool holder for mechanically cooperating with at least one recess of said motor (2, 52), when said tool holder (20, 30, 40) is mounted on the driving shaft (4, 54), - at least one magnetized element laid out on said tool holder (20, 30, 40) for occupying a first position associated with a type of tool holder (20, 30, 40), said first position being referenced to the position of said ergot (22, 32), - at least one sensor laid out on said motor (2, 52) for occupying a second position referenced to the position of said recess,
A fan comprising: a base comprising an impeller and a motor for driving the impeller; and a nozzle connected to the base, the nozzle comprising at least one air inlet, at least one air outlet, an annular casing defining a bore through which air from outside the fan is drawn by air emitted from said at least one air outlet, the fan being characterised in that an ionizer is located within the casing for treating the air drawn through the bore, and in that said at least one air outlet is arranged to emit air away from the ionizer.
A plastic tailgate structure for automobile, comprising an inner panel and a cover part of the tailgate which are joined with each other, wherein on a surface of the inner panel is provided a plastic joining member comprising a first joining plate connected with the inner panel and a second joining plate joined with the cover part of the tailgate, wherein the first joining plate is integrally formed with the second joining plate in a general L-shape with an almost right angle between them, characterized in that the joining member is further provided with at least a first reinforcing rib and a second reinforcing rib which are both connected with the first joining plate and the second joining plate, and in that the joining member is further provided with at least a third joining plate, two opposite ends of the third joining plate being connected respectively with the second reinforcing rib and the inner panel.
Cleaning device (100, 100A-D, 100K, 100', 100") for selectively applying a medium sequence (MS, MS1-5) consisting of at least one first, in particular gaseous, medium and a second, in particular liquid, medium to a surface, comprising: - a nozzle (180, 180K) which is designed for applying the second medium to the surface, characterized in that the cleaning device further comprises: - a cleaning valve (120, 120', 120", 120K) having a holding port (122, 122K), a pressure port (124, 124', 124K), a plunger (128, 128', 272) and a pressure outlet (126, 126K), - a high-pressure storage reservoir (140, 140", 140K) which is designed to store the first medium which is applied in particular at a storage pressure (PS, PSK), - a switching valve for selectively establishing a connection between a first medium supply line and a holding line (172, 172') connected to the holding port, - the pressure outlet (126, 126K) being designed to apply the first medium to the surface in a pulse-like manner, and a valve storage arrangement (260, 260K) which is designed as a valve storage module and includes at least the cleaning valve (120, 120', 120", 120K) and the high-pressure storage reservoir (140, 140", 140K), - the valve storage module being constructed in two parts from a module inner part and a module outer part, and/or - the pressure outlet (126, 126K) comprising an interchangeable port for interchangeably connecting a module nozzle tip, - in particular for directly connecting it, preferably by receiving it in an insert portion of the module outer part or for indirectly connecting it, preferably via a pressure line of a module nozzle tip. - a nozzle (180, 180K) which is designed for applying the second medium to the surface, - a cleaning valve (120, 120', 120", 120K) having a holding port (122, 122K), a pressure port (124, 124', 124K), a plunger (128, 128', 272) and a pressure outlet (126, 126K), - a high-pressure storage reservoir (140, 140", 140K) which is designed to store the first medium which is applied in particular at a storage pressure (PS, PSK), - a switching valve for selectively establishing a connection between a first medium supply line and a holding line (172, 172') connected to the holding port, - the pressure outlet (126, 126K) being designed to apply the first medium to the surface in a pulse-like manner, and a valve storage arrangement (260, 260K) which is designed as a valve storage module and includes at least the cleaning valve (120, 120', 120", 120K) and the high-pressure storage reservoir (140, 140", 140K), - the valve storage module being constructed in two parts from a module inner part and a module outer part, and/or - the pressure outlet (126, 126K) comprising an interchangeable port for interchangeably connecting a module nozzle tip, - in particular for directly connecting it, preferably by receiving it in an insert portion of the module outer part or for indirectly connecting it, preferably via a pressure line of a module nozzle tip.
A torch system for igniting a target fuel, the torch system comprising: a torch including: an elongate wand having a handle end and an opposing forward end; and a torch head located on the forward end of the wand, the torch head having a central axis (C-C) and including: an outer surface; a combustion chamber; and a plurality of circumferentially spaced apart jet channels fluidly connecting the combustion chamber to the outer surface; wherein the torch head is configured such that, when a pressurized flow of a gaseous torch fuel is supplied to the combustion chamber and ignited, a flame is generated in the combustion chamber and is forced outwardly from the combustion chamber through each of the jet channels as a respective flame jet, and each jet channel directs its respective flame jet forwardly and radially outwardly from the outer surface at an acute angle to the central axis (C-C). a torch including: an elongate wand having a handle end and an opposing forward end; and a torch head located on the forward end of the wand, the torch head having a central axis (C-C) and including: an outer surface; a combustion chamber; and a plurality of circumferentially spaced apart jet channels fluidly connecting the combustion chamber to the outer surface; an elongate wand having a handle end and an opposing forward end; and a torch head located on the forward end of the wand, the torch head having a central axis (C-C) and including: an outer surface; a combustion chamber; and a plurality of circumferentially spaced apart jet channels an outer surface; a combustion chamber; and a plurality of circumferentially spaced apart jet channels fluidly connecting the combustion chamber to the outer surface; wherein the torch head is configured such that, when a pressurized flow of a gaseous torch fuel is supplied to the combustion chamber and ignited, a flame is generated in the combustion chamber and is forced outwardly from the combustion chamber through each of the jet channels as a respective flame jet, and each jet channel directs its respective flame jet forwardly and radially outwardly from the outer surface at an acute angle to the central axis (C-C).
The use of natural or synthetic green-fodder flavorings for increasing the frequency of fodder intake in dairy cows, wherein the green-fodder flavorings encompass C 6 degradation products of long-chain fatty acids and wherein at least one of said green-fodder flavorings is added to the fodder as feed additive.
A police activity detector, comprising a receiver (24, 30) for detecting electromagnetic signals generated in the context of police activity, a processor coupled to said receiver (24, 30) and evaluating electromagnetic signals received by said receiver (24, 30) to determine whether a warning is to be issued, the processor operating under control of software and/or data, and controlling a wireless device interface comprising a radio, the processor pairing with a Bluetooth or Wi-Fi compatible cellular network device via said wireless device interface, the cellular network device providing an Internet connection over a Bluetooth or Wi-FI connection between the cellular network device and the wireless device Interface, the processor exchanging data with a remote server via said Internet connection via said cellular network device, characterized in that the processor transmits via said Internet connection to the remote server data including one or more locations of speed traps detected by the receiver (24, 30) and confirmed by a user of the detector, and in that the processor transmits via said Internet connection to the remote server data including one or more locations detected by the detector and a corresponding false alert designation given by the user of the detector.
A method of processing speech comprising: processing a speech sample to identify candidate phonemes, wherein at least some of the candidate phonemes are alternative candidate phonemes; analysing the candidate phonemes to identify a list of candidate words, at least some of the candidate words being alternative candidate words corresponding to the same or an overlapping portion of the speech sample; and characterised by permuting at least some of the candidate words to create potential syntactically valid sequences of candidate words by applying syntactic transform scripts to the candidate words while giving consideration to word pronunciation boundaries, thereby creating potential syntactic structures comprised of candidate words with beginning boundaries and an end boundaries that do not conflict with the beginning boundaries and end boundaries of other candidate words pronunciations; and selecting one of the potential sequences of candidate words as corresponding to the speech sample. processing a speech sample to identify candidate phonemes, wherein at least some of the candidate phonemes are alternative candidate phonemes; analysing the candidate phonemes to identify a list of candidate words, at least some of the candidate words being alternative candidate words corresponding to the same or an overlapping portion of the speech sample; and characterised by permuting at least some of the candidate words to create potential syntactically valid sequences of candidate words by applying syntactic transform scripts to the candidate words while giving consideration to word pronunciation boundaries, thereby creating potential syntactic structures comprised of candidate words with beginning boundaries and an end boundaries that do not conflict with the beginning boundaries and end boundaries of other candidate words pronunciations; and selecting one of the potential sequences of candidate words as corresponding to the speech sample.
A method for producing an elastic film for disposable hygiene products by means of an extruder, comprising the method steps of: feeding into the extruder a thermoplastic material having elastic properties, wherein the thermoplastic material which is a styrene block copolymer, contains at least one of the following substances: styrene butadiene styrene copolymer, styrene isoprene styrene copolymer, styrene ethane propene copolymer (SEEPS) and styrene ethane buthene styrene copolymer (SEBS). conveying and plasticising the plastic in the extruder with melt pressure building up; injecting an entrainer as liquid into the extruder, wherein the entrainer being injected is carbon dioxide, nitrogen, noble gases in a supercritical state, methane or water. mixing the entrainer with the plasticised pressurised plastic; degassing the plastic mixed with the entrainer by lowering the pressure in a degassing zone of the extruder; renewed compressing of the plastic for generating an extruder pressure; extruding the elastic film at an extrusion nozzle of the extruder. feeding into the extruder a thermoplastic material having elastic properties, wherein the thermoplastic material which is a styrene block copolymer, contains at least one of the following substances: styrene butadiene styrene copolymer, styrene isoprene styrene copolymer, styrene ethane propene copolymer (SEEPS) and styrene ethane buthene styrene copolymer (SEBS). conveying and plasticising the plastic in the extruder with melt pressure building up; injecting an entrainer as liquid into the extruder, wherein the entrainer being injected is carbon dioxide, nitrogen, noble gases in a supercritical state, methane or water. mixing the entrainer with the plasticised pressurised plastic; degassing the plastic mixed with the entrainer by lowering the pressure in a degassing zone of the extruder; renewed compressing of the plastic for generating an extruder pressure; extruding the elastic film at an extrusion nozzle of the extruder.
A method performed by a wireless transmit/receive unit, WTRU, the WTRU having a manual Closed Subscriber Group, CSG, selection mode, the method being characterized by the method comprising: receiving, via at least one of an Open Mobile Alliance Device Management, OMA DM, or a subscriber identity module over-the-air, SIM OTA, communications connection, a configuration corresponding to a public land mobile network, PLMN, the configuration causing the WTRU in the manual CSG selection mode to perform at least: displaying one or more CSG identification, ID, in an operator CSG list, OCL, for the PLMN; and restricting from display one or more CSG IDs of an allowed CSG list, ACL, for the PLMN. receiving, via at least one of an Open Mobile Alliance Device Management, OMA DM, or a subscriber identity module over-the-air, SIM OTA, communications connection, a configuration corresponding to a public land mobile network, PLMN, the configuration causing the WTRU in the manual CSG selection mode to perform at least: displaying one or more CSG identification, ID, in an operator CSG list, OCL, for the PLMN; and restricting from display one or more CSG IDs of an allowed CSG list, ACL, for the PLMN. displaying one or more CSG identification, ID, in an operator CSG list, OCL, for the PLMN; and restricting from display one or more CSG IDs of an allowed CSG list, ACL, for the PLMN.
A barcode verifier comprising: an imaging module for capturing an image in a field of view; a memory communicatively coupled to the imaging module for storing images and a barcode quality verification program; and a processor communicatively coupled to the memory and configured by the barcode quality verification program to execute the ordered steps to: identify printing errors in a user-data barcode encoded with user data; determine a printer malfunction using the printing errors; decode a printer identification barcode; and create a printer malfunction report comprising the printer malfunction associated with the printer identification barcode. an imaging module for capturing an image in a field of view; a memory communicatively coupled to the imaging module for storing images and a barcode quality verification program; and a processor communicatively coupled to the memory and configured by the barcode quality verification program to execute the ordered steps to: identify printing errors in a user-data barcode encoded with user data; determine a printer malfunction using the printing errors; decode a printer identification barcode; and create a printer malfunction report comprising the printer malfunction associated with the printer identification barcode. identify printing errors in a user-data barcode encoded with user data; determine a printer malfunction using the printing errors; decode a printer identification barcode; and create a printer malfunction report comprising the printer malfunction associated with the printer identification barcode.