mhurhangee/patent-ind-claim-en huggingface dataset:
A method of automatically generating secure code , the method comprising: receiving source code and security constraints for the source code , the security constraints encoding, to what extend a variable in the source code is considered secure; generating secure code from the source code and the security constraints by replacing non-secure operations in the source code , which operate on the variables considered as secure, with secure operations ; wherein a secure operation is an operation, which, when applied to at least one encrypted variable , generates an encrypted result, which, when decrypted, is the result of the non-secure operation applied to the not encrypted variable ; characterised in that , the security constraints encode a confidentiality domain for at least one of the variables in the source code ; wherein, when generating secure code , an operation in the source code , which operates on a variable with a confidentiality domain is replaced with a confidentiality domain operation ; wherein a confidentiality domain operation comprises the non-secure operation and a corresponding secure operation . receiving source code and security constraints for the source code , the security constraints encoding, to what extend a variable in the source code is considered secure; generating secure code from the source code and the security constraints by replacing non-secure operations in the source code , which operate on the variables considered as secure, with secure operations ; wherein a secure operation is an operation, which, when applied to at least one encrypted variable , generates an encrypted result, which, when decrypted, is the result of the non-secure operation applied to the not encrypted variable ; characterised in that , the security constraints encode a confidentiality domain for at least one of the variables in the source code ; wherein, when generating secure code , an operation in the source code , which operates on a variable with a confidentiality domain is replaced with a confidentiality domain operation ; wherein a confidentiality domain operation comprises the non-secure operation and a corresponding secure operation .
A wireless communication device , comprising: time-division demultiplexing means for time-division demultiplexing a signal formed by time-division multiplexing a first transmit modulated signal and a second transmit modulated signal into a first modulated signal and a second modulated signal; a first adaptive filter (104-1) for the first modulated signal; a second adaptive filter (104-2) for the second modulated signal; adaptive control means for performing, based on the first modulated signal, an adaptive control on the first adaptive filter (104-1) only and outputting an output of the adaptive control to the second adaptive filter (104-2); first demodulation means (105-1) for demodulating an output of the first adaptive filter (104-1); and second demodulation means (105-2) for demodulating an output of the second adaptive filter (104-2). time-division demultiplexing means for time-division demultiplexing a signal formed by time-division multiplexing a first transmit modulated signal and a second transmit modulated signal into a first modulated signal and a second modulated signal; a first adaptive filter (104-1) for the first modulated signal; a second adaptive filter (104-2) for the second modulated signal; adaptive control means for performing, based on the first modulated signal, an adaptive control on the first adaptive filter (104-1) only and outputting an output of the adaptive control to the second adaptive filter (104-2); first demodulation means (105-1) for demodulating an output of the first adaptive filter (104-1); and second demodulation means (105-2) for demodulating an output of the second adaptive filter (104-2).
A rear cover of a vehicle lamp having a valve structure and infrared radiation drying and air discharging function, comprising: an end cover provided with a plurality of air vents (1-1); a connecting base for connecting with a vehicle lamp housing; a membrane module for infrared radiation drying and air discharging, wherein the end cover and the connecting base are assembled and connected to form the rear cover of the vehicle lamp, the membrane module is built in a cavity of the rear cover of the vehicle lamp; and at least one valve provided on a path of air circulation inside and outside the vehicle lamp housing through the rear cover of the vehicle lamp, and the at least one valve automatically opens and closes under impulse of air pressure difference, characterized in that the membrane module for infrared radiation drying and air discharging comprises a cylindrical body and microporous membranes, wherein end faces on both sides of the cylindrical body are connected with the microporous membranes, an interior of the cylindrical body is in the form of straight through bores separated by honeycomb hollows, and the interior is filled with a mixture (3 - 1) of a reversible moisture-absorbing micro-grain substance and substance micro-powder particles that efficiently absorb far-infrared radiation energy. an end cover provided with a plurality of air vents (1-1); a connecting base for connecting with a vehicle lamp housing; a membrane module for infrared radiation drying and air discharging, wherein the end cover and the connecting base are assembled and connected to form the rear cover of the vehicle lamp, the membrane module is built in a cavity of the rear cover of the vehicle lamp; and at least one valve provided on a path of air circulation inside and outside the vehicle lamp housing through the rear cover of the vehicle lamp, and the at least one valve automatically opens and closes under impulse of air pressure difference, characterized in that the membrane module for infrared radiation drying and air discharging comprises a cylindrical body and microporous membranes, wherein end faces on both sides of the cylindrical body are connected with the microporous membranes, an interior of the cylindrical body is in the form of straight through bores separated by honeycomb hollows, and the interior is filled with a mixture (3 - 1) of a reversible moisture-absorbing micro-grain substance and substance micro-powder particles that efficiently absorb far-infrared radiation energy.
Body monitoring device , comprising at least one needle configured to come into contact with interstitial fluid, the needle being configured to sample or measure a physical quantity of the interstitial fluid, characterised in that the device comprises electrophoresis electrodes configured to be in contact with the skin and cause electrophoresis under the skin without the interstitial liquid passing through the skin when they are supplied with a current of less than 300 μA, preferably between 10 μA and 300 μA, and in that that the at least one needle is positioned in the vicinity of at least one of the electrodes , so that electrophoresis causes an accumulation of interstitial liquid at said at least one of the electrodes in contact with the skin and at the needle without it passing through the skin. the device comprises electrophoresis electrodes configured to be in contact with the skin and cause electrophoresis under the skin without the interstitial liquid passing through the skin when they are supplied with a current of less than 300 μA, preferably between 10 μA and 300 μA, and in that that the at least one needle is positioned in the vicinity of at least one of the electrodes , so that electrophoresis causes an accumulation of interstitial liquid at said at least one of the electrodes in contact with the skin and at the needle without it passing through the skin.
A button structure for an electronic device, said electronic device comprising a housing having an external surface and an internal surface , said surfaces being connected by a through-going opening , said button structure comprising a push-button and a switch assembly , wherein said switch assembly comprises a switch and a connector , characterised in that said switch and said connector are configured to interlock, and said switch comprises connection means extending at least partially along a center axis (C) of said switch, said connection means is configured to receive at least a part of said connector , and wherein said switch is configured to be inserted into said opening in a direction from said external surface , and said connector is configured to be connected to said switch such that said switch assembly is secured to said housing . said button structure comprising a push-button and a switch assembly , wherein said switch assembly comprises a switch and a connector , characterised in that said switch and said connector are configured to interlock, and said switch comprises connection means extending at least partially along a center axis (C) of said switch, said connection means is configured to receive at least a part of said connector , and wherein said switch is configured to be inserted into said opening in a direction from said external surface , and said connector is configured to be connected to said switch such that said switch assembly is secured to said housing .
A method of assembling a position measurement device comprising an encoder readhead for reading a scale , the method comprising: taking a casing comprising a body having an opening and a lid for the opening, locating at least one electronic component within the body; locating a first end of a cable for electrically connecting the electronic component within the body to an external device, wherein the body comprises a perimetral flange within which the lid is received, characterised by crimping the perimetral flange of the body at discrete points about the lid so as to secure the lid to the body and such that the cable is secured to the casing by the lid and such that when assembled the cable is compressed between the lid and the body . taking a casing comprising a body having an opening and a lid for the opening, locating at least one electronic component within the body; locating a first end of a cable for electrically connecting the electronic component within the body to an external device, wherein the body comprises a perimetral flange within which the lid is received, characterised by crimping the perimetral flange of the body at discrete points about the lid so as to secure the lid to the body and such that the cable is secured to the casing by the lid and such that when assembled the cable is compressed between the lid and the body .
A biocompatible gel comprising nanoparticles and/or nanoparticles aggregates for use in medically diagnosing or monitoring a patient by delineating and visualizing a tumor bed in the patient, wherein i) the nanoparticle and/or nanoparticles aggregate consists of an inorganic material selected from lutetium oxide (Lu 2 O 3 ), hafnium oxide (HfO 2 ), tantalum (V) oxide (Ta 2 O 5 ), rhenium (IV) oxide (ReO 2 ), bismuth (III) oxide (Bi 2 O 3 ), bismuth sulfide (Bi2S3), gold metal (Au), platinum metal (Pt), tantalum metal (Ta), ytterbium metal (Yb), hafnium metal (Hf), thulium metal (Tm), erbium metal (Er) lutetium metal (Lu) and a mixture thereof, each of said nanoparticle and of said nanoparticles aggregate being covered with a biocompatible coating; ii) the nanoparticles and/or nanoparticles aggregates concentration is of about or less than 0.5% (w/w); and iii) the apparent viscosity at 2s -1 of the gel comprising nanoparticles and/or nanoparticles aggregates, is between about 0.1 Pa.s and about 1000 Pa.s when measured between 20°C and 37°C, and wherein the medical diagnostic or monitoring step comprises a step of exposing a tumor bed in the subject to the biocompatible gel wherein the gel delineates and allows the visualization of at least 40% of the tumor bed when the tumor bed is observed using an X-ray imaging equipment.
Bag with a filling space for bulk material which is delimited by a lower base , a circumferential wall and an upper filling space termination facing away from the lower base , and with at least one tear-off strip to release an opening field of the bag which is delimited by an upper tear line and a lower tear line , wherein both tear lines run parallel to the upper filling space termination and the upper tear line is positioned between the upper filling space termination and the lower tear line , wherein the bag has a longitudinal seam which opens transversely to the upper filling space termination , the upper and the lower tear line begin in the region of the longitudinal seam and the longitudinal seam is formed to be weaker in the region between the two tear lines than above the upper tear line and below the lower tear line , wherein the bag is a side gusset bag with a front side and a rear side which are connected to one another via a first side wall and a second side wall , wherein the side walls are formed in each case by side gussets , and the tear lines extend transversely over at least 80% of the width (a) of the front side or the width of the rear side, in particular over the entire width (a) of the front side or the entire width of the rear side, the region of the side gussets is, however, free of the tear lines , and wherein the upper filling space termination has a fingertip bearing region on its inside facing the filling space, which is formed by a material fold between a first limb and a second limb of the bag , wherein the first limb extends from the upper tear line up to the material fold and the second limb adjoins this starting from the material fold , characterized in that the two limbs enclose, in the state with an opened opening field of a bag filled with filling material when carrying the bag by engagement into the opening field , an angle of no more than 135 degrees, and that the distance (b) from the upper tear line to the material fold is 30 to 65 mm, the distance (c) from the lower tear line to the upper tear line is 15 to 25 mm and the circumferential wall of the bag has a front side and a rear side, wherein both tear lines are arranged centred either on the front side or on the rear side of the bag and extend over 15 to 35% of the circumference of the bag.
Forming section for a multi-ply fiber web comprising at least one twin-wire forming part formed between a wire for the bottom layer of the multi-ply fiber web and a wire (20; 120) for the top layer of the multi-ply fiber web, in which twin-wire part the layers for the multi-ply fiber web are united and the layers of the multi-ply fiber web are joined, characterized in that the forming section comprises a sleeve roll , which comprises a stationary support shaft , an belt loop , which is led to circle around the stationary support shaft , that the sleeve roll further comprises at least one curvilinear dewatering zone (K) consisting of two partial curves such that the radius of curvature (K1) of a first partial curve is greater than the radius of curvature (K2) of a second partial curve following the first partial curve (K1) in the travel direction of belt loop , for joining layers of the multi-ply fiber web in a sleeve roll nip between the sleeve roll and the wire (10; 20; 120).
A non-woven fabric comprising a plurality of textile fibres, said plurality of fibres comprising fibres that have been selected from two groups of fibres; - a first group of fibres (F) comprising multiple fibres having a first average length (A1), and - a second group of fibres (X) comprising multiple fibres having a second average length (A2), where said first average length (A1) is shorter than said second average length (A2), wherein the fibres of said fabric are oriented primarily in the same direction, characterised in that the fibres of the first group of fibres (F) have a first length variance (V1) being greater than a second length variance (V2) of the fibres of the second group of fibres (X), and that said average length (A2) of the fibers of said second group of fibres (X) is above 30 mm. - a first group of fibres (F) comprising multiple fibres having a first average length (A1), and - a second group of fibres (X) comprising multiple fibres having a second average length (A2), where said first average length (A1) is shorter than said second average length (A2), wherein the fibres of said fabric are oriented primarily in the same direction, characterised in that the fibres of the first group of fibres (F) have a first length variance (V1) being greater than a second length variance (V2) of the fibres of the second group of fibres (X), and that said average length (A2) of the fibers of said second group of fibres (X) is above 30 mm.
A method for use with a time-of-flight sensor , the method comprising: generating by at least one processing device at least one high-resolution depth map frame from at least one high-resolution image received from the time-of-flight sensor ; analyzing by the at least one processing device at least one of the at least one high-resolution depth map frame and the at least one high-resolution image ; determining by the at least one processing device a pixel binning mode of operation having an illuminator power output level and a binning factor for at least one binned lower-resolution image; generating a new image at the at least one processing device using the binning factor as determined and the new illumination power as determined, and at least one binned lower-resolution depth map frame from the at least one binned lower-resolution image received from the time-of-flight sensor ; combining information from the at least one high-resolution depth map frame with information from the at least one binned lower-resolution depth map frame to generate at least one compensated depth map frame ; and controlling by the at least one processing device the time-of-flight sensor and at least one illuminator according to the pixel binning mode of operation. generating by at least one processing device at least one high-resolution depth map frame from at least one high-resolution image received from the time-of-flight sensor ; analyzing by the at least one processing device at least one of the at least one high-resolution depth map frame and the at least one high-resolution image ; determining by the at least one processing device a pixel binning mode of operation having an illuminator power output level and a binning factor for at least one binned lower-resolution image; generating a new image at the at least one processing device using the binning factor as determined and the new illumination power as determined, and at least one binned lower-resolution depth map frame from the at least one binned lower-resolution image received from the time-of-flight sensor ; combining information from the at least one high-resolution depth map frame with information from the at least one binned lower-resolution depth map frame to generate at least one compensated depth map frame ; and controlling by the at least one processing device the time-of-flight sensor and at least one illuminator according to the pixel binning mode of operation.
A computer-implemented method when executed on data processing hardware causes the data processing hardware to perform operations comprising: receiving a user pronunciation of a particular word present in a query spoken by a user; receiving a text-to-speech, TTS, pronunciation of the same particular word that is present in a TTS input , the TTS input comprising a textual representation of a response to the query , and the TTS pronunciation of the particular word is different than the user pronunciation of the particular word; obtaining user pronunciation-related features associated with the user pronunciation of the particular word; obtaining TTS pronunciation-related features associated with the TTS pronunciation of the particular word; generating, as output from a pronunciation decision model configured to receive the user pronunciation-related features and the TTS pronunciation-related features as input, a pronunciation decision selecting the one of the user pronunciation of the particular word or the TTS pronunciation of the particular word that is associated with a highest confidence for use in TTS audio ; and providing, for audible output from a user device associated with the user, the TTS audio comprising a synthesized speech representation of the response to the query using the one of the user pronunciation for the particular word or the TTS pronunciation for the particular word that was selected by the pronunciation decision output from the pronunciation decision model . receiving a user pronunciation of a particular word present in a query spoken by a user; receiving a text-to-speech, TTS, pronunciation of the same particular word that is present in a TTS input , the TTS input comprising a textual representation of a response to the query , and the TTS pronunciation of the particular word is different than the user pronunciation of the particular word; obtaining user pronunciation-related features associated with the user pronunciation of the particular word; obtaining TTS pronunciation-related features associated with the TTS pronunciation of the particular word; generating, as output from a pronunciation decision model configured to receive the user pronunciation-related features and the TTS pronunciation-related features as input, a pronunciation decision selecting the one of the user pronunciation of the particular word or the TTS pronunciation of the particular word that is associated with a highest confidence for use in TTS audio ; and providing, for audible output from a user device associated with the user, the TTS audio comprising a synthesized speech representation of the response to the query using the one of the user pronunciation for the particular word or the TTS pronunciation for the particular word that was selected by the pronunciation decision output from the pronunciation decision model .
A method for identifying a sample slip in the transmission channel of an in-band modem comprising: receiving a synchronization sequence, wherein the synchronization sequence comprises at least a repeating pseudorandom sequence; correlating the received synchronization sequence with a reference signal; computing a plurality of correlation peaks based on the repeating pseudorandom sequence when synchronization is locked at a receiver; computing a correlation peak shape, wherein the computing a correlation peak shape comprises combining the peaks; and identifying the sample slip based on the correlation peak shape. receiving a synchronization sequence, wherein the synchronization sequence comprises at least a repeating pseudorandom sequence; correlating the received synchronization sequence with a reference signal; computing a plurality of correlation peaks based on the repeating pseudorandom sequence when synchronization is locked at a receiver; computing a correlation peak shape, wherein the computing a correlation peak shape comprises combining the peaks; and identifying the sample slip based on the correlation peak shape.