mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving, by a first computing device, audio data that corresponds to an utterance; processing the audio data by buffering, filtering and digitizing the audio data and comparing the processed audio data to known hotword data to determine a first value corresponding to a likelihood that the utterance includes a hotword; once the first computing device likely identifies a hotword in the utterance, initiating, by the first computing device, speech recognition processing on a portion of the utterance after the hotword to identify a command; categorizing the command and determining a first frequency with which the first computing device is used for handling commands of that category; transmitting the first value and the first frequency to a second computing device; receiving a second value corresponding to a likelihood that the utterance includes the hotword and a second frequency, the second frequency being a frequency with which the second computing device is used for handling commands of that category, the second value and the second frequency being determined by the second computing device; and using the first value, the second value, the first frequency and the second frequency to determine whether to execute the identified command. receiving, by a first computing device, audio data that corresponds to an utterance; processing the audio data by buffering, filtering and digitizing the audio data and comparing the processed audio data to known hotword data to determine a first value corresponding to a likelihood that the utterance includes a hotword; once the first computing device likely identifies a hotword in the utterance, initiating, by the first computing device, speech recognition processing on a portion of the utterance after the hotword to identify a command; categorizing the command and determining a first frequency with which the first computing device is used for handling commands of that category; transmitting the first value and the first frequency to a second computing device; receiving a second value corresponding to a likelihood that the utterance includes the hotword and a second frequency, the second frequency being a frequency with which the second computing device is used for handling commands of that category, the second value and the second frequency being determined by the second computing device; and using the first value, the second value, the first frequency and the second frequency to determine whether to execute the identified command.
A region of interest, ROI, segmentation system , comprising: a display device configured to display an image ; a gaze-tracking device configured to generate gaze points relative to the displayed image ; a gaze point collector configured to select gaze points from the generated gaze points corresponding to a ROI of the displayed image ; a boundary identifier configured to estimate a boundary based on the selected gaze points ; and a region identifier configured to segment the ROI based on the generated boundary , wherein the gaze point collector is further configured to generate a dwelling point from the generated gaze points , and the dwelling point identifies a spatial location in the displayed image within the ROI, and the dwelling point defines a spatial and temporal proximity of the selected gaze points , and wherein the display device is further configured to display a visual representation of the dwelling point relative to the displayed image . a display device configured to display an image ; a gaze-tracking device configured to generate gaze points relative to the displayed image ; a gaze point collector configured to select gaze points from the generated gaze points corresponding to a ROI of the displayed image ; a boundary identifier configured to estimate a boundary based on the selected gaze points ; and a region identifier configured to segment the ROI based on the generated boundary , wherein the gaze point collector is further configured to generate a dwelling point from the generated gaze points , and the dwelling point identifies a spatial location in the displayed image within the ROI, and the dwelling point defines a spatial and temporal proximity of the selected gaze points , and wherein the display device is further configured to display a visual representation of the dwelling point relative to the displayed image .
A method for identifying a website, comprising: when a client visits a website over hypertext transfer protocol secure HTTPS, acquiring , by a deep packet inspection, DPI, device , a certificate message that is generated in a process of key negotiation between the client and a server of the website; obtaining by parsing the certificate message by the DPI device , a server certificate of the website visited by the client ; and identifying the website visited by the client , characterized by obtaining , by the DPI device , a key value of the server certificate, by calculating a digital digest of the server certificate using a preset function; searching , by the DPI device , in a website key value table for the key value of the server certificate, wherein the website key value table records a website name and a key value of a server certificate of a website, and the key value of the server certificate of the website in the website key value table is obtained by calculating content of the server certificate of the website by using the preset algorithm; and if a website name corresponding to the key value of the server certificate is found in the website key value table, identifying , by the DPI device , according to the website name, the website visited by the client . when a client visits a website over hypertext transfer protocol secure HTTPS, acquiring , by a deep packet inspection, DPI, device , a certificate message that is generated in a process of key negotiation between the client and a server of the website; obtaining by parsing the certificate message by the DPI device , a server certificate of the website visited by the client ; and identifying the website visited by the client , characterized by obtaining , by the DPI device , a key value of the server certificate, by calculating a digital digest of the server certificate using a preset function; searching , by the DPI device , in a website key value table for the key value of the server certificate, wherein the website key value table records a website name and a key value of a server certificate of a website, and the key value of the server certificate of the website in the website key value table is obtained by calculating content of the server certificate of the website by using the preset algorithm; and if a website name corresponding to the key value of the server certificate is found in the website key value table, identifying , by the DPI device , according to the website name, the website visited by the client .
Media roll holder assembly (20; 120; 220; 320) for a roll (R1) that is detachably supported in a printing system , the assembly (20; 120; 220; 320) comprising: - a support (25; 125; 225; 325) positioned to support the roll (R1) in an operative position, such that the roll (R1) is arranged to rotate around a rotation axis (RA); - a holding element (23; 123; 223; 323) positionable in a holding position (HLD) at a periphery of the roll (R1) to engage the roll (R1) at a contact point (P) for rotatably holding the roll (R1) on the support (25; 125; 225; 325); - a pivotable arm (21; 121; 221; 321) on which the holding element (23; 123; 223; 323) is provided, the pivotable arm (21; 121; 221; 321) being configured to pivot around a pivot axis (PA), characterized in that the holding element (23; 123; 223; 323) in the holding position (HLD) is positioned at an angle (β) of at least 180° from the pivot axis (PA) as measured around the rotation axis (RA) in a first pivoting direction (PD1) wherein the holding element (23; 123; 223; 323) moves towards the rotation axis (RA). - a support (25; 125; 225; 325) positioned to support the roll (R1) in an operative position, such that the roll (R1) is arranged to rotate around a rotation axis (RA); - a holding element (23; 123; 223; 323) positionable in a holding position (HLD) at a periphery of the roll (R1) to engage the roll (R1) at a contact point (P) for rotatably holding the roll (R1) on the support (25; 125; 225; 325); - a pivotable arm (21; 121; 221; 321) on which the holding element (23; 123; 223; 323) is provided, the pivotable arm (21; 121; 221; 321) being configured to pivot around a pivot axis (PA),
Squirrel cage rotor of an asynchronous machine with a magnetically conductive main body , with said squirrel cage rotor being rotatably supported about an axis and having electrical conductors extending substantially axially in slots, which are electrically contacted by short-circuit rings provided on the end faces of the magnetic main body , wherein the short-circuit rings are thermally linked to a shaft , characterised in that each short-circuit ring has a void which is embodied as a thermosiphon .
A refrigerator unit and/or a freezer unit having at least one control unit that is adapted to control/regulate functions of the refrigerator unit and/or freezer unit , and at least one communication interface that is adapted to establish a data link between control/regulation electronics and the control unit of the refrigerator unit and/or freezer unit , wherein the communication interface is further configured to utilize, in particular to install and/or to deinstall, and/or to visualize and/or to control applications for the functional expansion of the control unit and/or of the refrigerator unit and/or freezer unit , wherein the applications can be downloaded via the control unit and/or the communication interface , wherein the communication interface is modular, and wherein the communication interface can be retrofitted and is coupled to the refrigerator unit and/or freezer unit via a slot, characterized in that the communication interface is configured with a power supply independent of the remaining refrigerator unit and/or freezer unit .
An equipment for cold-drawing a metal wire , said equipment comprising a sequence of a sleeve and a drawing die in the wire advance path, said sleeve comprising a hole for inserting the wire to be drawn and said drawing die comprising a conical hole , first sleeve support means and second drawing die support means coupled to one another so as to keep said sleeve and said drawing die in place to allow the wire advance path from the sleeve to the drawing die, said first support means comprising a hole for inserting the metal wire which precedes the sleeve hole in the metal wire advance path, said hole of the first support means being coaxial with the sleeve hole and having a smaller diameter than the initial opening of the sleeve hole in the metal wire advance path, said hole of the sleeve comprising an initial truncated-cone-shaped part , the larger diameter base of which is the initial opening of the sleeve hole in the metal wire advance path, characterized in that the walls of said initial truncated-cone-shaped part of the sleeve hole form an angle of less than 30° with the hole axis (A).
A composite spar having an upper and lower wall region connected by leading and trailing edge regions , the spar comprising: a plurality of first laminates including one or more plies of graphite fibers having an intermediate modulus, the plurality of first laminates being arranged in one or more intermediate modulus layers , the intermediate modulus layers forming at least a portion of the upper wall region , the lower wall region , the leading edge conic region and the trailing edge conic region ; and a plurality of second laminates including one or more plies of graphite fibers having a high modulus which is higher than the intermediate modulus, the plurality of second laminates being arranged in one or more high modulus layers , the high modulus layers being interposed between intermediate modulus layers , wherein the high modulus layers are arranged only within the upper wall region and the lower wall region . a plurality of first laminates including one or more plies of graphite fibers having an intermediate modulus, the plurality of first laminates being arranged in one or more intermediate modulus layers , the intermediate modulus layers forming at least a portion of the upper wall region , the lower wall region , the leading edge conic region and the trailing edge conic region ; and a plurality of second laminates including one or more plies of graphite fibers having a high modulus which is higher than the intermediate modulus, the plurality of second laminates being arranged in one or more high modulus layers , the high modulus layers being interposed between intermediate modulus layers , wherein the high modulus layers are arranged only within the upper wall region and the lower wall region .
A non-pneumatic tire , comprising: an inner cylinder attachable to an axle shaft; an outer cylinder configured to surround the inner cylinder from the outside in a tire radial direction; a linking member configured to link the inner cylinder to the outer cylinder ; and a tread member externally fitted onto the outer cylinder, wherein the outer cylinder includes an outer circumferential section positioned on a tire equatorial line, the outer circumferential section being an outer end portion of the outer cylinder in a tire radial direction, and formed in a straight linear form in which the outer circumferential section extends in the tire width direction when viewed in a vertical cross-sectional view, side sections that are outer end portions of the outer cylinder in the tire width direction, positioned on both sides in the tire width direction with respect to the outer circumferential section and further inwardly in the tire radial direction than the outer circumferential section and formed in a straight linear form in which the side sections extend in the tire radial direction when viewed in the vertical cross-sectional view, and shoulder sections configured to connect the outer circumferential section to the side sections , wherein the tread member covers the outer circumferential section, the side sections , and the shoulder sections , and is fitted onto the outer cylinder , , and the inner cylinder the linking members and the outer cylinder are integrally formed using a thermoplastic resin, characterized in that each shoulder section is chamfered. an inner cylinder attachable to an axle shaft; an outer cylinder configured to surround the inner cylinder from the outside in a tire radial direction; a linking member configured to link the inner cylinder to the outer cylinder ; and a tread member externally fitted onto the outer cylinder, wherein the outer cylinder includes an outer circumferential section positioned on a tire equatorial line, the outer circumferential section being an outer end portion of the outer cylinder in a tire radial direction, and formed in a straight linear form in which the outer circumferential section extends in the tire width direction when viewed in a vertical cross-sectional view, side sections that are outer end portions of the outer cylinder in the tire width direction, positioned on both sides in the tire width direction with respect to the outer circumferential section and further inwardly in the tire radial direction than the outer circumferential section and formed in a straight linear form in which the side sections extend in the tire radial direction when viewed in the vertical cross-sectional view, and shoulder sections configured to connect the outer circumferential section to the side sections , wherein the tread member covers the outer circumferential section, the side sections , and the shoulder sections , and is fitted onto the outer cylinder , , and the inner cylinder the linking members and the outer cylinder are integrally formed using a thermoplastic resin, characterized in that each shoulder section is chamfered.
Carriage assembly comprising at least two wheels , an actuating system and at least one transmission system , said actuating system operatively cooperating with said transmission system both for passing said wheels from an operating circulation position to an operating working position through a rotation, and vice versa, wherein the rotation axes of said wheels are substantially mutually parallel in the operating working position and substantially coinciding in the operating circulation position, and for changing an operating working configuration of said carriage assembly by modifying a distance between said wheels when said wheels are in said operating working position, said transmission system comprising at least one articulated kinematism composed of at least one guiding element common to a pair of articulated transmissions, each of said articulated transmissions comprising at least one first arm , at least one second arm , at least one joining rod , said joining rod having a first end connected to a respective hub by interposing a respective articulation kinematism and a second end connected in an articulated way to a first end of said first arm , said first arm having a second end connected in an articulated way to a first end of said second arm , said first end of said second arm and said second end of said first arm being further connected in an articulated way to a fixed point of a respective drive shaft , said second arm having a second end at least partially sliding along said guiding element , characterized in that said second ends of said second arms are mutually cooperating by interposing at least one elastic means .
A process for producing a polymerizable composition for an optical material, comprising: a step of mixing (A) at least one kind of thiol compound having at least two mercapto groups, (B) a tin compound represented by general formula , and (C) at least one kind of isocyanate compound having at least two isocyanato groups, to obtain a polymerizable composition for an optical material having a haze value of 0.05 or less, (R 4 ) c -Sn-X 4-c wherein, in general formula , R 4 represents an alkyl group having 1 to 8 carbon atoms, X represents a fluorine atom, a chlorine atom, a bromine atom, or -O-C(=O)-R 5 , R 5 represents an alkyl group having 1 to 11 carbon atoms, and c represents an integer of 1 to 3.
A formula detection method for identifying a mathematical formula contained in data parsed from a fixed format document and allowing said mathematical formula to be transformed into a flow format element, said method comprising the steps of: identifying a formula seed indicative of a mathematical formula in data parsed from a fixed format document, wherein a formula seed is a text element that carries some indication of being part of a formula; creating a formula area bounding the identified formula seed; expanding the formula area to include formula elements proximate to the identified formula seed, wherein a formula element is a page element that is potentially part of a formula, wherein the expanded formula area includes a plurality of captured elements comprising the formula seed and the formula elements included in the expanded formula area; placing the plurality of captured elements included in the expanded formula area into groups based on vertical position of the plurality of captured elements relative to a line of normal text overlapping the expanded formula area; creating a new formula area for each of the groups; splitting each new formula area into split formula areas based on horizontal separation between consecutive captured elements of the plurality of captured elements of the respective new formula area; generating a set of split formula areas from the split formula areas, wherein the split formula areas within the generated set at least partially horizontally overlap each other; and merging the split formula areas within the generated set that appear in the same line on a page into a single formula area. identifying a formula seed indicative of a mathematical formula in data parsed from a fixed format document, wherein a formula seed is a text element that carries some indication of being part of a formula; creating a formula area bounding the identified formula seed; expanding the formula area to include formula elements proximate to the identified formula seed, wherein a formula element is a page element that is potentially part of a formula, wherein the expanded formula area includes a plurality of captured elements comprising the formula seed and the formula elements included in the expanded formula area; placing the plurality of captured elements included in the expanded formula area into groups based on vertical position of the plurality of captured elements relative to a line of normal text overlapping the expanded formula area; creating a new formula area for each of the groups; splitting each new formula area into split formula areas based on horizontal separation between consecutive captured elements of the plurality of captured elements of the respective new formula area; generating a set of split formula areas from the split formula areas, wherein the split formula areas within the generated set at least partially horizontally overlap each other; and merging the split formula areas within the generated set that appear in the same line on a page into a single formula area.
A method of cleaning and sanitizing a separation matrix comprising multimers of immunoglobulin-binding alkali-stabilized Protein A domains covalently coupled to a porous support, wherein the method comprises the steps of: a) purifying a mixture comprising a first immunoglobulin using the separation matrix; b) providing a cleaning liquid comprising at least 50% by volume of an aqueous alkali metal hydroxide solution; c) cleaning and/or sanitizing the separation matrix by contacting the cleaning liquid with the separation matrix for a predetermined contact time; and d) purifying a mixture comprising a second immunoglobulin using the separation matrix, wherein the second immunoglobulin is different from the first immunoglobulin; wherein the alkali-stabilized Protein A domains comprise mutants of a parental Fc-binding domain of Staphylococcus Protein A (SpA), as defined by SEQ ID NO 51 or SEQ ID NO 52, wherein the amino acid residues at positions 13 and 44 of SEQ ID NO 51 or 52 are asparagines and wherein at least the asparagine residue at position 3 of SEQ ID NO 51 or 52 has been mutated to an amino acid selected from the group consisting of glutamic acid, lysine, tyrosine, threonine, phenylalanine, leucine, isoleucine, tryptophan, methionine, valine, alanine, histidine and arginine, such as to glutamic acid. a) purifying a mixture comprising a first immunoglobulin using the separation matrix; b) providing a cleaning liquid comprising at least 50% by volume of an aqueous alkali metal hydroxide solution; c) cleaning and/or sanitizing the separation matrix by contacting the cleaning liquid with the separation matrix for a predetermined contact time; and d) purifying a mixture comprising a second immunoglobulin using the separation matrix, wherein the second immunoglobulin is different from the first immunoglobulin;