mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving a context, specified by an input to a device ; in response to the input, causing to record context information associated with the device, a user of the device, or a combination thereof, wherein the recorded context information includes information from one or more sensors of the device and/or information from one or more services associated with the device or the user of the device; causing to generate a context model based, at least in part, on the recorded context information; causing to associate the recorded context information with the context comprising at least in part associating the context model with the context; causing to monitor unlabeled context information associated with the device, the user of the device, or a combination thereof, in accordance with a semi-supervised processing technique; causing to compare the unlabeled context information against the recorded context information; causing to recognize the context associated with the unlabeled context information based, at least in part, on the comparison and on the context model; and causing to update the context model based, at least in part, on the recognition of the context. receiving a context, specified by an input to a device ; in response to the input, causing to record context information associated with the device, a user of the device, or a combination thereof, wherein the recorded context information includes information from one or more sensors of the device and/or information from one or more services associated with the device or the user of the device; causing to generate a context model based, at least in part, on the recorded context information; causing to associate the recorded context information with the context comprising at least in part associating the context model with the context; causing to monitor unlabeled context information associated with the device, the user of the device, or a combination thereof, in accordance with a semi-supervised processing technique; causing to compare the unlabeled context information against the recorded context information; causing to recognize the context associated with the unlabeled context information based, at least in part, on the comparison and on the context model; and causing to update the context model based, at least in part, on the recognition of the context.
A multilayer floor covering comprising: - a lower layer A of reinforcing fibers; - an adhesive layer B; - an underside layer C; - a reinforcing layer D, free of reinforcing fibers, made of thermoplastic polymer chosen from the group comprising polyester resins, acrylic resins and mixtures thereof; - a surface layer E, the layer A is rendered rigidly connected to layer C by adhesive layer B. - a lower layer A of reinforcing fibers; - an adhesive layer B; - an underside layer C; - a reinforcing layer D, free of reinforcing fibers, made of thermoplastic polymer chosen from the group comprising polyester resins, acrylic resins and mixtures thereof; - a surface layer E,
Method (100; 300) for detecting bypasses in a mobile telephony network during telephone communications, said method (100; 300) comprising at least one iteration of a so-called test phase , comprising the following steps: - sending at least one so-called test call to at least one so-called target call number, - for at least one test call: - storing a so-called sending caller identifier, used in sending, - recovering a so-called reception caller identifier, received for said test call, and - comparing said sending and reception caller identifiers; characterised in that it comprises, prior to said test phase , a phase of forming a list of target numbers, referred to as a target list, by selecting call numbers corresponding to actual users, said at least one target number being selected from said target list. - sending at least one so-called test call to at least one so-called target call number, - for at least one test call: - storing a so-called sending caller identifier, used in sending, - recovering a so-called reception caller identifier, received for said test call, and - comparing said sending and reception caller identifiers; - storing a so-called sending caller identifier, used in sending, - recovering a so-called reception caller identifier, received for said test call, and - comparing said sending and reception caller identifiers;
A drone suitable for cleaning tasks, said drone comprising: a chassis for holding components of the drone ; at least one rotary wing driven by a respective motor; a controller for piloting the drone in speed and altitude relative to a target surface ; at least one strut depending from the chassis ; a head connected to said strut , the head having a downwardly facing surface to removably receive a cleaning sheet thereon; characterized in that the drone further comprises a shock absorber operatively mounted between said at least one strut and said head for absorbing compressive forces between said head and a target surface . a chassis for holding components of the drone ; at least one rotary wing driven by a respective motor; a controller for piloting the drone in speed and altitude relative to a target surface ; at least one strut depending from the chassis ; a head connected to said strut , the head having a downwardly facing surface to removably receive a cleaning sheet thereon; characterized in that the drone further comprises a shock absorber operatively mounted between said at least one strut and said head for absorbing compressive forces between said head and a target surface .
A method comprising: receiving radar signals with a millimeter-wave radar ; generating range data based on the received radar signals; detecting a target based on the range data; performing ellipse fitting on in-phase, I, and quadrature, Q, signals associated with the detected target to generate compensated I and Q signals associated with the detected target; generating an amplitude imbalance value and a phase imbalance value associated with the compensated I and Q signals of the detected target ; classifying the compensated I and Q signals as a first class when the amplitude imbalance value is lower than a first threshold, and when the phase imbalance value is lower than a second threshold; classifying the compensated I and Q signals as a second class when the amplitude imbalance value is higher than the first threshold, or when the phase imbalance value is higher than the second threshold ; when the classification of the compensated I and Q signals correspond to the first class, determining a displacement signal based on the compensated I and Q signals, and determining a vital sign based on the displacement signal; and when the classification of the compensated I and Q signals correspond to the second class, discarding the compensated I and Q signals. receiving radar signals with a millimeter-wave radar ; generating range data based on the received radar signals; detecting a target based on the range data; performing ellipse fitting on in-phase, I, and quadrature, Q, signals associated with the detected target to generate compensated I and Q signals associated with the detected target; generating an amplitude imbalance value and a phase imbalance value associated with the compensated I and Q signals of the detected target ; classifying the compensated I and Q signals as a first class when the amplitude imbalance value is lower than a first threshold, and when the phase imbalance value is lower than a second threshold; classifying the compensated I and Q signals as a second class when the amplitude imbalance value is higher than the first threshold, or when the phase imbalance value is higher than the second threshold ; when the classification of the compensated I and Q signals correspond to the first class, determining a displacement signal based on the compensated I and Q signals, and determining a vital sign based on the displacement signal; and when the classification of the compensated I and Q signals correspond to the second class, discarding the compensated I and Q signals.
A pressure-sensitive adhesive comprising a copolymeric (meth)acrylic-based elastomeric material comprising a reaction product of polymerizable material comprising: (a) a first monomer that is of Formula (I) R 1 -O-(CO)-Y-O-(CO)-C(R 3 )=CH 2 (I) wherein R 1 is an alkyl, aryl, or a combination thereof; Y is a branched or linear alkylene of formula -C n (R 2 ) 2n -; R 2 is hydrogen or alkyl; n is an integer in a range of 1 to 12; R 3 is hydrogen or methyl; and (b) a second monomer having an ethylenically unsaturated group, wherein the second monomer is a crosslinker monomer having at least two ethylenically unsaturated groups, a non-polar monomer with a single ethylenically unsaturated group, a polar monomer with a single ethylenically unsaturated group, or a mixture thereof, said non-polar monomer with a single ethylenically unsaturated group being a (meth)acrylate ester not having an additional ester linkage in addition to that present in the (meth)acryloyloxy group. (a) a first monomer that is of Formula (I) R 1 -O-(CO)-Y-O-(CO)-C(R 3 )=CH 2 (I) wherein R 1 is an alkyl, aryl, or a combination thereof; Y is a branched or linear alkylene of formula -C n (R 2 ) 2n -; R 2 is hydrogen or alkyl; n is an integer in a range of 1 to 12; R 3 is hydrogen or methyl; and R 1 is an alkyl, aryl, or a combination thereof; Y is a branched or linear alkylene of formula -C n (R 2 ) 2n -; R 2 is hydrogen or alkyl; n is an integer in a range of 1 to 12; R 3 is hydrogen or methyl; and (b) a second monomer having an ethylenically unsaturated group, wherein the second monomer is a crosslinker monomer having at least two ethylenically unsaturated groups, a non-polar monomer with a single ethylenically unsaturated group, a polar monomer with a single ethylenically unsaturated group, or a mixture thereof, said non-polar monomer with a single ethylenically unsaturated group being a (meth)acrylate ester not having an additional ester linkage in addition to that present in the (meth)acryloyloxy group.
A coating composition, comprising shaped transition metal particles having a longest dimension of edge length of from 15 nm to 600 nm and a thickness of from 2 to 40 nm and a binder, wherein the ratio of shaped transition metal particles to binder is such that the resulting coating shows a variation of color as a function of the viewing angle, wherein the transition metal is Ag, Cu, Pd or Au and the shaped transition metal particles/binder ratio is 10:1 to 1:10.
A clothes treatment apparatus comprising: a cabinet comprising a treatment chamber for allowing clothes to be hung therein and a cycle chamber for allowing machinery to be installed therein, the cycle chamber being located at a lower side of the treatment chamber ; a partition plate for partitioning the treatment chamber and the cycle chamber from each other and provided with a drainage grill for discharging the condensed water from the treatment chamber ; a door for opening and closing the cabinet ; a door liner disposed at an inside of the door for guiding condensed water generated in the treatment chamber and dropping the condensed water to an upper side of the partition plate ; and a condensed water guide member disposed at the partition plate for guiding the condensed water dropped from the door liner to the drainage grill , characterized in that the condensed water guide member comprises: a guide member body disposed at the partition plate ; a guide surface formed at an upper side surface of the guide member body for guiding the condensed water dropped from the door liner to the drainage grill , the guide surface being inclined to have an adverse slope having a high front and a low rear with respect to the cabinet ; and wherein the guide surface is inclined toward the drainage grill . a cabinet comprising a treatment chamber for allowing clothes to be hung therein and a cycle chamber for allowing machinery to be installed therein, the cycle chamber being located at a lower side of the treatment chamber ; a partition plate for partitioning the treatment chamber and the cycle chamber from each other and provided with a drainage grill for discharging the condensed water from the treatment chamber ; a door for opening and closing the cabinet ; a door liner disposed at an inside of the door for guiding condensed water generated in the treatment chamber and dropping the condensed water to an upper side of the partition plate ; and a condensed water guide member disposed at the partition plate for guiding the condensed water dropped from the door liner to the drainage grill , characterized in that the condensed water guide member comprises: a guide member body disposed at the partition plate ; a guide surface formed at an upper side surface of the guide member body for guiding the condensed water dropped from the door liner to the drainage grill , the guide surface being inclined to have an adverse slope having a high front and a low rear with respect to the cabinet ; and wherein the guide surface is inclined toward the drainage grill . a guide member body disposed at the partition plate ; a guide surface formed at an upper side surface of the guide member body for guiding the condensed water dropped from the door liner to the drainage grill , the guide surface being inclined to have an adverse slope having a high front and a low rear with respect to the cabinet ; and wherein the guide surface is inclined toward the drainage grill .
A microelectronic assembly, comprising: a first element comprising at least one of semiconductor or inorganic dielectric material; a microelectronic element attached to the first element such that a first surface of the first element faces a major surface of the microelectronic element , the microelectronic element having a plurality of conductive pads exposed at the major surface, the microelectronic element having active semiconductor devices therein, the microelectronic element having a rear surface opposite the major surface; a first opening extending from an exposed second surface of the first element towards the first surface thereof, and a second opening extending from the first opening through a first one of the conductive pads to the rear surface of the microelectronic element, wherein where the first and second openings meet at a first location, interior surfaces of the first and second openings extend at different angles relative to the major surface of the microelectronic element ; a conductive element extending within the first and second openings and contacting the at least one conductive pad , and wherein a first portion of the conductive element within the first opening tapers uniformly from a first width adjacent the exposed surface of the first element to a second width at the first location, and a second portion of the conductive element tapers uniformly from a third width adjacent the rear surface of the microelectronic element to a fourth width at the first location extending through the conductive pad. a first element comprising at least one of semiconductor or inorganic dielectric material; a microelectronic element attached to the first element such that a first surface of the first element faces a major surface of the microelectronic element , the microelectronic element having a plurality of conductive pads exposed at the major surface, the microelectronic element having active semiconductor devices therein, the microelectronic element having a rear surface opposite the major surface; a first opening extending from an exposed second surface of the first element towards the first surface thereof, and a second opening extending from the first opening through a first one of the conductive pads to the rear surface of the microelectronic element, wherein where the first and second openings meet at a first location, interior surfaces of the first and second openings extend at different angles relative to the major surface of the microelectronic element ; a conductive element extending within the first and second openings and contacting the at least one conductive pad , and wherein a first portion of the conductive element within the first opening tapers uniformly from a first width adjacent the exposed surface of the first element to a second width at the first location, and a second portion of the conductive element tapers uniformly from a third width adjacent the rear surface of the microelectronic element to a fourth width at the first location extending through the conductive pad.
An epilation device for pinching and pulling out hairs from the skin of a user comprising - an epilation barrel comprising a plurality of clamping elements; - a drive unit for driving the epilation barrel into movement; and - a control unit for analyzing a contact pressure between the epilation barrel and the skin of a user and for determining whether the contact pressure is equal to, larger than or smaller than at least one threshold contact pressure, wherein the control unit is adapted to perform a predetermined action when the determined contact pressure is equal to, larger than or smaller than the at least one threshold contact pressure; characterized in that the epilation device further comprises a feedback unit for indicating to a user whether the contact pressure is equal to, larger than or smaller than the at least one threshold contact pressure, wherein the feedback unit is a visual indicator unit comprising one or two light emitting units arranged to emit light in the direction of an epilation field and thus to illuminate the area of the skin to be epilated. - an epilation barrel comprising a plurality of clamping elements; - a drive unit for driving the epilation barrel into movement; and - a control unit for analyzing a contact pressure between the epilation barrel and the skin of a user and for determining whether the contact pressure is equal to, larger than or smaller than at least one threshold contact pressure, wherein the control unit is adapted to perform a predetermined action when the determined contact pressure is equal to, larger than or smaller than the at least one threshold contact pressure;
A disinfection system comprising: a plurality of light towers , wherein each light tower is independently placeable relative the other light towers of said plurality of light towers , and wherein each of said plurality of light towers includes a communications module, included in a cap assembly or a base assembly of said light tower, and configured to communicate with a cart and the other of said plurality of light towers ; said cart in data communication with the plurality of light towers ; wherein said cart is capable of remotely controlling activation and deactivation of said light towers ; and a safety device, in at least one of the plurality of light towers, including a motion detector configured to sense movement in a room and configured to shut off power automatically to all of said plurality light towers if a person enters the room, a UV light source in each of said plurality of light towers , said UV light source including a variable output transformer configured to control output power of the UV light source , and a fluency sensor , in the base of the at least one of said plurality of light towers , configured to monitor power output of said UV light source and to ensure power output above a threshold. a plurality of light towers , wherein each light tower is independently placeable relative the other light towers of said plurality of light towers , and wherein each of said plurality of light towers includes a communications module, included in a cap assembly or a base assembly of said light tower, and configured to communicate with a cart and the other of said plurality of light towers ; said cart in data communication with the plurality of light towers ; wherein said cart is capable of remotely controlling activation and deactivation of said light towers ; and a safety device, in at least one of the plurality of light towers, including a motion detector configured to sense movement in a room and configured to shut off power automatically to all of said plurality light towers if a person enters the room, a UV light source in each of said plurality of light towers , said UV light source including a variable output transformer configured to control output power of the UV light source , and a fluency sensor , in the base of the at least one of said plurality of light towers , configured to monitor power output of said UV light source and to ensure power output above a threshold.
A compression ignition engine fitted with an exhaust system for an internal combustion engine, the exhaust system comprising: a. a NO x storage and reduction zone on a wall flow monolithic substrate having a pre-coated porosity of 50% or greater, the NO x storage and reduction zone comprising a platinum group metal loaded on one or more first support, the or each first support comprising one or more alkaline earth metal compound; and b. a selective catalytic reduction zone on a monolithic substrate ; characterised in that ; the exhaust system further comprises a lean NO x trap ; the selective catalytic reduction zone comprising copper or iron loaded on a second support, the second support comprising a molecular sieve; and wherein the exhaust system does not comprise an injection system for a nitrogenous reductant or precursor thereof. a. a NO x storage and reduction zone on a wall flow monolithic substrate having a pre-coated porosity of 50% or greater, the NO x storage and reduction zone comprising a platinum group metal loaded on one or more first support, the or each first support comprising one or more alkaline earth metal compound; and b. a selective catalytic reduction zone on a monolithic substrate ; the exhaust system further comprises a lean NO x trap ; the selective catalytic reduction zone comprising copper or iron loaded on a second support, the second support comprising a molecular sieve; and wherein the exhaust system does not comprise an injection system for a nitrogenous reductant or precursor thereof.
A method of implementing a blockchain based fork chain system to track a product comprising the steps of: manufacturing a radio frequency identification (RFID) label ; integrating records pertaining to a RFID circuit of the label into a blockchain ledger ; inputting a physical location of the RFID label into the blockchain ledger ; encoding information into the blockchain ledger including information pertaining to a traceability of the RFID label; applying the RFID label to the product and applying a time stamp to the blockchain ledger once a product is assigned with the RFID label; and combining the blockchain ledger with a second blockchain ledger associated with the product with which the RFID label is assigned. manufacturing a radio frequency identification (RFID) label ; integrating records pertaining to a RFID circuit of the label into a blockchain ledger ; inputting a physical location of the RFID label into the blockchain ledger ; encoding information into the blockchain ledger including information pertaining to a traceability of the RFID label; applying the RFID label to the product and applying a time stamp to the blockchain ledger once a product is assigned with the RFID label; and combining the blockchain ledger with a second blockchain ledger associated with the product with which the RFID label is assigned.