mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a mode of a digitizer in an electronic device , the method comprising: detecting (S1112), by the electronic device , an input unit by scanning the digitizer , the method being characterized in that it further comprises: determining (S1114), by the electronic device , a distance between the digitizer and the input unit ; switching (S1118), by the electronic device , the digitizer to a passive mode if the determined distance is larger than a distance threshold; and if the determined distance is equal to or smaller than the distance threshold: switching the digitizer to a digital mode; analyzing (S1122), by the electronic device , a signal received from the input unit ; determining (S1122), by the electronic device , a type of the input unit based on the analysis on the signal received from the input unit ; and switching (S1124), by the electronic device , the digitizer to an operation mode according to the determined type of the input unit . detecting (S1112), by the electronic device , an input unit by scanning the digitizer , the method being characterized in that it further comprises: determining (S1114), by the electronic device , a distance between the digitizer and the input unit ; switching (S1118), by the electronic device , the digitizer to a passive mode if the determined distance is larger than a distance threshold; and if the determined distance is equal to or smaller than the distance threshold: switching the digitizer to a digital mode; analyzing (S1122), by the electronic device , a signal received from the input unit ; determining (S1122), by the electronic device , a type of the input unit based on the analysis on the signal received from the input unit ; and switching (S1124), by the electronic device , the digitizer to an operation mode according to the determined type of the input unit . determining (S1114), by the electronic device , a distance between the digitizer and the input unit ; switching (S1118), by the electronic device , the digitizer to a passive mode if the determined distance is larger than a distance threshold; and if the determined distance is equal to or smaller than the distance threshold: switching the digitizer to a digital mode; analyzing (S1122), by the electronic device , a signal received from the input unit ; determining (S1122), by the electronic device , a type of the input unit based on the analysis on the signal received from the input unit ; and switching (S1124), by the electronic device , the digitizer to an operation mode according to the determined type of the input unit . switching the digitizer to a digital mode; analyzing (S1122), by the electronic device , a signal received from the input unit ; determining (S1122), by the electronic device , a type of the input unit based on the analysis on the signal received from the input unit ; and switching (S1124), by the electronic device , the digitizer to an operation mode according to the determined type of the input unit .
Trailer coupling for a motor vehicle for attaching a trailer or supporting a load carrier, with a coupling arm (11-311) provided with a coupling element for coupling-on the trailer or load carrier, and at least one sensor mounted on the coupling arm (11-311), for detecting a deformation of the coupling arm (11-311) due to a load acting on the coupling arm (11-311), wherein the coupling arm (11-311) has reinforcing ribs at its outer peripheral contour , between which a lateral recess is provided, wherein there is provided on an outer peripheral contour of the coupling arm (11-311), in addition to the lateral recess provided between the reinforcing ribs , at least one recess (40, 41; 340, 341), in or on which the at least one sensor is mounted or held, and wherein the recess (40, 41; 340, 341) is produced in a dedicated manner for the at least one sensor , characterised in that the at least one sensor is provided to detect a deformation of the coupling arm (11-311) outside the neutral phase or neutral fibre of the coupling arm (11-311).
A system for visualizing blood flow in tissue before and after a surgical intervention, comprising: a processor arranged for: - acquiring a first image data sequence from indocyanine green near-infrared fluorescence angiography ICG-NIR-FA comprising a plurality of fluorescence images of the tissue before the surgical intervention, wherein the first image data sequence encompasses at least one cycle of the full arterial, microvascular, and venous phases of blood flow through the tissue; - deriving a first average intensity v. time curve from the first image data sequence; - acquiring a second image data sequence from indocyanine green near-infrared fluorescence angiography ICG-NIR-FA comprising a plurality of fluorescence images of the tissue after the surgical intervention, wherein the second image data sequence encompasses at least one cycle of the full arterial, microvascular, and venous phases of blood flow through the tissue; - deriving a second average intensity v. time curve from the second image data sequence; - synchronizing the first and second average intensity v. time curves based on peak fluorescence intensities to align at least a portion of the first image data sequence with the corresponding portion of the second image data sequence; - quantifying, in real time, an amount of perfusion change in the tissue based on the synchronized curves; and - a displaying, in real time, the synchronized average intensity v. time curves and determined amount of perfusion change on a display. - acquiring a first image data sequence from indocyanine green near-infrared fluorescence angiography ICG-NIR-FA comprising a plurality of fluorescence images of the tissue before the surgical intervention, wherein the first image data sequence encompasses at least one cycle of the full arterial, microvascular, and venous phases of blood flow through the tissue; - deriving a first average intensity v. time curve from the first image data sequence; - acquiring a second image data sequence from indocyanine green near-infrared fluorescence angiography ICG-NIR-FA comprising a plurality of fluorescence images of the tissue after the surgical intervention, wherein the second image data sequence encompasses at least one cycle of the full arterial, microvascular, and venous phases of blood flow through the tissue; - deriving a second average intensity v. time curve from the second image data sequence; - synchronizing the first and second average intensity v. time curves based on peak fluorescence intensities to align at least a portion of the first image data sequence with the corresponding portion of the second image data sequence; - quantifying, in real time, an amount of perfusion change in the tissue based on the synchronized curves; and - a displaying, in real time, the synchronized average intensity v. time curves and determined amount of perfusion change on a display.
A laser scattered light measuring device comprising: a light receiving unit that receives laser scattered light generated by irradiating an object with laser light and detects intensity of the laser scattered light; and characterized by : a calculation unit that compares the intensity of the laser scattered light detected by the light receiving unit with a predetermined threshold value and calculates a degree of risk of the laser scattered light to a human body based on a comparison result; and a display unit that displays the degree of risk calculated by the calculation unit. a light receiving unit that receives laser scattered light generated by irradiating an object with laser light and detects intensity of the laser scattered light; and characterized by : a calculation unit that compares the intensity of the laser scattered light detected by the light receiving unit with a predetermined threshold value and calculates a degree of risk of the laser scattered light to a human body based on a comparison result; and a display unit that displays the degree of risk calculated by the calculation unit.
Machine for the production of plastic film bags comprising: - a station for unwinding of a flattened tubular film ; - a cutter/sealer station , where at least one hot blade in contact with the plastic film causes longitudinal cutting and, at the same time, through the effect of the temperature of the blade, the formation of longitudinal weld seams , obtaining at least two flattened tubular films ; - a station of gusseting machines, i.e. apparatuses for the formation of the side gussets of the bags to be produced, wherein each flattened tubular film takes on the shape of a balloon filled with compressed air with at least one longitudinal lateral weld; characterised in that at each balloon at least one feeler device for the automatic control of a corresponding longitudinal weld is placed, simulating the pressure exerted by the operator's finger against the balloon of the gusset machine and immediately signalling the possible break of the weld. - a station for unwinding of a flattened tubular film ; - a cutter/sealer station , where at least one hot blade in contact with the plastic film causes longitudinal cutting and, at the same time, through the effect of the temperature of the blade, the formation of longitudinal weld seams , obtaining at least two flattened tubular films ; - a station of gusseting machines, i.e. apparatuses for the formation of the side gussets of the bags to be produced, wherein each flattened tubular film takes on the shape of a balloon filled with compressed air with at least one longitudinal lateral weld;
A railway vehicle comprising: - a first car comprising at least one fuel cell adapted to produce electrical energy and a free heat flow , - a second car comprising at least one cold room , and - at least one refrigerated unit configured to receive at least a part of the free heat flow as an energy source and to produce cold in the cold room . - a first car comprising at least one fuel cell adapted to produce electrical energy and a free heat flow , - a second car comprising at least one cold room , and - at least one refrigerated unit configured to receive at least a part of the free heat flow as an energy source and to produce cold in the cold room .
Supporting structure of fire protection design, in particular a post-and-beam structure, having at least one post , to which at least one beam is fixed, an insert and a fire protection panel , the at least one post being held on a ceiling of a building via a support and the insert being inserted in a hollow chamber of the post , characterized in that the fire protection panel is fixed to the insert via fastening means comprising an agraffe holder, which fastening means engage through an opening in the wall of the post .
Method for the computer-aided parameterization of a technical system , in which a software package (SP) is stored on the technical system , which software package is signed with a first digital signature (SIG1), wherein - the validity of the first digital signature (SIG1) is checked by the technical system ; - if the first digital signature (SIG1) is valid, the software package (SP) is installed on the technical system and, in the course of the installation, a test program (PM) checks whether a number of rules (RU) that are stored at least in part in the test program (PM) are complied with by external digital information (DA) that originates from outside the software package (SP); - if a number of conditions (CO), comprising the external digital information (DA) complying with the number of rules (RU), are present, a parameter setting is performed in the technical system and otherwise the method is terminated, characterized - in that the software package (SP) comprises the test program (PM); and; - in that the parameter setting is performed by way of the external digital information (DA). - the validity of the first digital signature (SIG1) is checked by the technical system ; - if the first digital signature (SIG1) is valid, the software package (SP) is installed on the technical system and, in the course of the installation, a test program (PM) checks whether a number of rules (RU) that are stored at least in part in the test program (PM) are complied with by external digital information (DA) that originates from outside the software package (SP); - if a number of conditions (CO), comprising the external digital information (DA) complying with the number of rules (RU), are present, a parameter setting is performed in the technical system and otherwise the method is terminated, - in that the software package (SP) comprises the test program (PM); and; - in that the parameter setting is performed by way of the external digital information (DA).
Mobile and self-sufficient device for converting solar energy into electrical energy, comprising solar modules arranged in panels, and a container , characterised in that the panels comprising solar modules have at least two sub-panels which comprise solar modules and can be folded towards one another, in that one panel comprising solar modules is pivotably arranged on both sides of a first frame , the first frame being, in the unfolded state, a support for the obliquely arranged panels which comprise solar modules and form a gable roof shape, in that the first frame having panels comprising solar modules is movably arranged in or on a second frame having on both sides pivotable panels comprising solar modules such that, when pushed apart, the frames having the obliquely arranged panels comprising solar modules are in the shape of a gable roof and, when pushed into one another, the frames having folded-up panels that have folded-up sub-panels in each case comprising solar modules are in the shape of a cuboid, and in that the second frame is hingedly connected to a guided holding element of the container for moving the frames having the panels comprising the solar modules in and out of the container such that the frames having the panels comprising solar modules are arranged vertically in the container and are pivotable relative to the container outside the container .
An apparatus for communicatively coupling a plurality of Internet-of-Things, IoT, devices (112a - 112x) of an IoT network to each other, and to an enterprise or public network , comprising: first networking circuitry to communicatively couple the apparatus with the plurality of the IoT devices of the IoT network; second networking circuitry to communicatively couple the apparatus with the enterprise or public network; routing circuitry coupled to the first and second networking circuitries; and code table building circuitry coupled with the first and second networking circuitries to: - monitor and analyze the messages exchanged between the IoT devices or the messages exchanged between the IoT devices and the enterprise or public network; - detect long words in the messages exchanged between the IoT devices or the messages exchanged between the IoT devices and the enterprise or public network, that have word lengths greater than a word length threshold; and - dynamically provide a code table with code entries that map at least some of the long words to assigned codes to the IoT devices to use to exchange messages with each other, or with other devices on the enterprise or public network, based at least in part on words in the messages exchanged. first networking circuitry to communicatively couple the apparatus with the plurality of the IoT devices of the IoT network; second networking circuitry to communicatively couple the apparatus with the enterprise or public network; routing circuitry coupled to the first and second networking circuitries; and code table building circuitry coupled with the first and second networking circuitries to: - monitor and analyze the messages exchanged between the IoT devices or the messages exchanged between the IoT devices and the enterprise or public network; - detect long words in the messages exchanged between the IoT devices or the messages exchanged between the IoT devices and the enterprise or public network, that have word lengths greater than a word length threshold; and - dynamically provide a code table with code entries that map at least some of the long words to assigned codes to the IoT devices to use to exchange messages with each other, or with other devices on the enterprise or public network, based at least in part on words in the messages exchanged. - monitor and analyze the messages exchanged between the IoT devices or the messages exchanged between the IoT devices and the enterprise or public network; - detect long words in the messages exchanged between the IoT devices or the messages exchanged between the IoT devices and the enterprise or public network, that have word lengths greater than a word length threshold; and - dynamically provide a code table with code entries that map at least some of the long words to assigned codes to the IoT devices to use to exchange messages with each other, or with other devices on the enterprise or public network, based at least in part on words in the messages exchanged.
A laser light source, the laser light source comprising: a submount comprising: a substrate that includes a first side having a first raised surface and a second raised surface and an opposing second side ; a first electrical contact arranged on the first raised surface and a second electrical contact arranged on the second raised surface , wherein the first electrical contact and the second electrical contact are separated by a trench ; a semiconductor laser comprising: a first doped side and a second doped side , oppositely doped from the first doped side ; a third electrical contact connected to the first doped side and bonded to the first electrical contact ; a fourth electrical contact connected to the second doped side and bonded to the second electrical contact ; and a laser active stripe arranged between the third and fourth electrical contacts and wherein the laser active stripe is arranged over the trench . a submount comprising: a substrate that includes a first side having a first raised surface and a second raised surface and an opposing second side ; a first electrical contact arranged on the first raised surface and a second electrical contact arranged on the second raised surface , wherein the first electrical contact and the second electrical contact are separated by a trench ; a substrate that includes a first side having a first raised surface and a second raised surface and an opposing second side ; a first electrical contact arranged on the first raised surface and a second electrical contact arranged on the second raised surface , wherein the first electrical contact and the second electrical contact are separated by a trench ; a semiconductor laser comprising: a first doped side and a second doped side , oppositely doped from the first doped side ; a third electrical contact connected to the first doped side and bonded to the first electrical contact ; a fourth electrical contact connected to the second doped side and bonded to the second electrical contact ; and a laser active stripe arranged between the third and fourth electrical contacts and wherein the laser active stripe is arranged over the trench . a first doped side and a second doped side , oppositely doped from the first doped side ; a third electrical contact connected to the first doped side and bonded to the first electrical contact ; a fourth electrical contact connected to the second doped side and bonded to the second electrical contact ; and a laser active stripe arranged between the third and fourth electrical contacts and wherein the laser active stripe is arranged over the trench .
A method of authentication of a first electronic entity (C) by a second electronic entity (H), characterised by the following steps implemented by the first electronic entity (C): - reception (E6) of a challenge (HCH) originating from the second electronic entity (H); - generation (E10) of a number (CCH) as a function of a current value of a counter (SQC) and of a first secret key (K-ENC); - generation of a session key (SK) as a function of a cryptographic key (K-ENC), of the challenge (HCH) and of said number (CCH); - generation (E14) of a cryptogram (CAC) as a function of the challenge (HCH) and of a second secret key (S-MAC); - transmission (E18) to the second electronic entity (H) of a response including the cryptogram (CAC) without transmission of said number (CCH), wherein the step of generation (E14) of the cryptogram (CAC) uses said number (CCH). - reception (E6) of a challenge (HCH) originating from the second electronic entity (H); - generation (E10) of a number (CCH) as a function of a current value of a counter (SQC) and of a first secret key (K-ENC); - generation of a session key (SK) as a function of a cryptographic key (K-ENC), of the challenge (HCH) and of said number (CCH); - generation (E14) of a cryptogram (CAC) as a function of the challenge (HCH) and of a second secret key (S-MAC); - transmission (E18) to the second electronic entity (H) of a response including the cryptogram (CAC) without transmission of said number (CCH),
A blind rivet nut made of an aluminum alloy of AlMg 5 comprising a Magnesium mass percentage w Mg in the range of 4.5 %m/m≤w Mg ≤5.6 %m/m, and which preferably comprises at least one component selected from the following group of manganese (MN), chromium (Cr), zinc (Zn), copper (Cu), iron (Fe), titanium (Ti), wherein the blind rivet nut has a head forming a first axial end, a subsequent crimp section of a shaft deformable into a crimping bead and a thread section of the shaft providing a radial inner thread , characterized in that , if the blind rivet nut is provided in a cut along its longitudinal axis (X-X') in an uncrimped condition, the head and the crimp section have a longitudinal cut surface, respectively, and a material of the longitudinal cut surface of the head and of the crimp section of the shaft , respectively, has a Vickers hardness H v in the range of 65 HV 0.1≤H v ≤85 HV 0.1.
A method for making a reaction product with enhanced rate of formation comprising providing a solution including a carboxylic acid and a urea; adding at least one acid to said solution to form a reaction product having the formula where R 1 and R 2 are the same or different and are selected from the group consisting of hydrogen or substituted and unsubstituted alkyl, and R 3 and R 4 are the same or different and are selected from the group consisting of hydrogen, substituted and unsubstituted alkyl, allyl, vinyl and alkoxyl groups having from 1-6 carbon atoms, substituted and unsubstituted phenyl groups and the halides. providing a solution including a carboxylic acid and a urea; adding at least one acid to said solution to form a reaction product having the formula where R 1 and R 2 are the same or different and are selected from the group consisting of hydrogen or substituted and unsubstituted alkyl, and R 3 and R 4 are the same or different and are selected from the group consisting of hydrogen, substituted and unsubstituted alkyl, allyl, vinyl and alkoxyl groups having from 1-6 carbon atoms, substituted and unsubstituted phenyl groups and the halides.