mhurhangee/patent-ind-claim-en huggingface dataset:
A method for optically and mechanically coupling an optical fiber to an optical or optoelectronic component on a substrate, the method comprising: providing an optical fiber comprising a core and a cladding, the core being exposed at an end face of the optical fiber; forming a polymer waveguide core on the end face, the polymer waveguide core extending from the fiber core; bringing the polymer waveguide core in proximity of the optical or optoelectronic component; providing a liquid optical material, the liquid optical material embedding the polymer waveguide core; and curing the liquid optical material, thereby forming a polymer cladding layer encapsulating the polymer waveguide core and mechanically attaching the optical fiber to the optical or optoelectronic component. providing an optical fiber comprising a core and a cladding, the core being exposed at an end face of the optical fiber; forming a polymer waveguide core on the end face, the polymer waveguide core extending from the fiber core; bringing the polymer waveguide core in proximity of the optical or optoelectronic component; providing a liquid optical material, the liquid optical material embedding the polymer waveguide core; and curing the liquid optical material, thereby forming a polymer cladding layer encapsulating the polymer waveguide core and mechanically attaching the optical fiber to the optical or optoelectronic component.
A voice interaction method, wherein the method comprises: determining that a target event is detected, wherein the target event is an event that can trigger voice interaction; querying a mapping relationship based on the target event, to obtain a service type set, wherein the service type set comprises one or more target service types; collecting a voice instruction; obtaining , based on semantic information corresponding to the voice instruction, a first service corresponding to the semantic information; and executing the first service according to the voice instruction if a service type of the first service is any target service type in the service type set, wherein the method comprises establishing the mapping relationship comprising: obtaining, based on a historical record, a historical service associated with a historical target event, and writing a service type of the historical service and the historical target event into the mapping relationship; and invoking a machine learning model, inputting a sample target event into the machine learning model, outputting a service type, and writing the output service type and the sample target event into the mapping relationship, wherein the machine learning model is used to predict a service type based on an event. determining that a target event is detected, wherein the target event is an event that can trigger voice interaction; querying a mapping relationship based on the target event, to obtain a service type set, wherein the service type set comprises one or more target service types; collecting a voice instruction; obtaining , based on semantic information corresponding to the voice instruction, a first service corresponding to the semantic information; and executing the first service according to the voice instruction if a service type of the first service is any target service type in the service type set, wherein the method comprises establishing the mapping relationship comprising: obtaining, based on a historical record, a historical service associated with a historical target event, and writing a service type of the historical service and the historical target event into the mapping relationship; and invoking a machine learning model, inputting a sample target event into the machine learning model, outputting a service type, and writing the output service type and the sample target event into the mapping relationship, wherein the machine learning model is used to predict a service type based on an event. obtaining, based on a historical record, a historical service associated with a historical target event, and writing a service type of the historical service and the historical target event into the mapping relationship; and invoking a machine learning model, inputting a sample target event into the machine learning model, outputting a service type, and writing the output service type and the sample target event into the mapping relationship, wherein the machine learning model is used to predict a service type based on an event.
A method for wireless low latency communication at a low latency user equipment, UE, comprising: receiving a control message within a control region of a first resource element block of a short transmission time interval, sTTI, wherein the control message includes an indication of a data region within the first resource element block of the sTTI and one or more resource allocation bits, wherein the number of resource allocation bits is one less than the total number of resource blocks in the sTTI; receiving data in a first data region of the first resource element block based at least in part on the indication; determining that a second data region of a second resource element block of the sTTI is allocated to the UE based at least in part on the one or more resource allocation bits; and receiving data in the second data region based at least in part on the determination. receiving a control message within a control region of a first resource element block of a short transmission time interval, sTTI, wherein the control message includes an indication of a data region within the first resource element block of the sTTI and one or more resource allocation bits, wherein the number of resource allocation bits is one less than the total number of resource blocks in the sTTI; receiving data in a first data region of the first resource element block based at least in part on the indication; determining that a second data region of a second resource element block of the sTTI is allocated to the UE based at least in part on the one or more resource allocation bits; and receiving data in the second data region based at least in part on the determination.
An optical guide for a near-eye display device comprising: - a first guide element having an inlet zone to inject a beam of light therein, - a second guide element having an outlet zone to extract the beam of light therefrom, the first guide element being superimposed on said second guide element , and - an optical coupling system between the first guide element and the second guide element , - the first and second guide elements having, over a first part of their length, a mutual spacing so as to delimit a thin layer of air between said guide elements extending between a first longitudinal end of the guide elements and the optical coupling system being of sufficient thickness to prevent the reflected beams of light to enter into said spacing, characterised in that : - the optical coupling system, located at a second longitudinal end of the first and second guide elements , comprises a one-piece portion of said guide elements , associated with an optical reflection element for propagating the beams of light from the inlet zone to the outlet zone, the optical reflection element being a cylindrical mirror covering the cylindrical end surface of the portion . - a first guide element having an inlet zone to inject a beam of light therein, - a second guide element having an outlet zone to extract the beam of light therefrom, the first guide element being superimposed on said second guide element , and - an optical coupling system between the first guide element and the second guide element , - the first and second guide elements having, over a first part of their length, a mutual spacing so as to delimit a thin layer of air between said guide elements extending between a first longitudinal end of the guide elements and the optical coupling system being of sufficient thickness to prevent the reflected beams of light to enter into said spacing, characterised in that : - the optical coupling system, located at a second longitudinal end of the first and second guide elements , comprises a one-piece portion of said guide elements , associated with an optical reflection element for propagating the beams of light from the inlet zone to the outlet zone, the optical reflection element being a cylindrical mirror covering the cylindrical end surface of the portion . - the optical coupling system, located at a second longitudinal end of the first and second guide elements , comprises a one-piece portion of said guide elements , associated with an optical reflection element for propagating the beams of light from the inlet zone to the outlet zone, the optical reflection element being a cylindrical mirror covering the cylindrical end surface of the portion .
A planter which includes a longitudinal body defining two longitudinally extending liquid channels (14.1, 14.2); and two plant holders defined in the longitudinal body , the plant holders spaced on the outer circumference of the longitudinal body , each one of the two plant holders being in fluid flow communication with one of the two longitudinally extending liquid channels (14.1, 14.2); characterized in that each of the two plant holders are in fluid flow communication with a different one of the two longitudinally extending liquid channels (14.1, 14.2). a longitudinal body defining two longitudinally extending liquid channels (14.1, 14.2); and two plant holders defined in the longitudinal body , the plant holders spaced on the outer circumference of the longitudinal body , each one of the two plant holders being in fluid flow communication with one of the two longitudinally extending liquid channels (14.1, 14.2); characterized in that each of the two plant holders are in fluid flow communication with a different one of the two longitudinally extending liquid channels (14.1, 14.2).
Method for checking a capacitor or a capacitive sensor of a steering system, comprising the steps: Charging the capacitor or the capacitive sensor , Measuring the voltage line of charging and/or discharging and Evaluating the voltage line , wherein there are 1, 2, 3, 4, 5, 6, 7 or more voltage samples , characterised in that the evaluation of the voltage line comprises the step: If the majority of the voltage samples determine the capacitor or capacitive sensor as open, it is assumed, that the capacitor or capacitive sensor is open and If the majority of the voltage samples determine the capacitor or capacitive sensor as short, it is assumed, that the capacitor or capacitive sensor is short and If the majority of the voltage samples determine the capacitor or capacitive sensor as ready for operation, it is assumed, that the capacitor or capacitive sensor is ready for operation. Charging the capacitor or the capacitive sensor , Measuring the voltage line of charging and/or discharging and Evaluating the voltage line , If the majority of the voltage samples determine the capacitor or capacitive sensor as open, it is assumed, that the capacitor or capacitive sensor is open and If the majority of the voltage samples determine the capacitor or capacitive sensor as short, it is assumed, that the capacitor or capacitive sensor is short and If the majority of the voltage samples determine the capacitor or capacitive sensor as ready for operation, it is assumed, that the capacitor or capacitive sensor is ready for operation.
A polishing composition for silicon wafer comprising silica particles and water, characterized in that the polishing composition further comprises a tetraalkylammonium ion such that the mass ratio of the tetraalkylammonium ion to SiO 2 of the silica particles is 0.400 to 1.500 : 1, and the mass ratio of SiO 2 dissolved in the polishing composition to SiO 2 of the silica particles is 0.100 to 1.500 : 1.
A ridge mounting and ventilation system comprises: at least a pair of flat natural stone slates bonded one to another along their mitred edges to define a ridge, characterised in that the ridge overlays a rigid waterproof backing formed by a glass-reinforced polyester (GRP) liner ; and at least one spacer is located at or adjacent each lower edge of the slates to space the lower edge from a surface on which the slates rest to define an opening for ventilating the apex of an installed roof structure.
Method of joining a pin member of a first component to a second component with a cavity by means of an adhesive in order to fasten the pin in a target position extending at least partially into the cavity with a distance (D) between the bottom surface of the cavity and the facing end of the pin , characterised in that the method comprises at least the following steps: - positioning a flexible spacer on the bottom surface of the cavity , wherein the thickness of the spacer equals or exceeds the distance (D) between the bottom surface of the cavity and the facing end of the pin in the target position, - filling the adhesive into the cavity onto the flexible spacer , - positioning the pin to the target position, - curing the adhesive and obtaining a joint between the pin and the second component . - positioning a flexible spacer on the bottom surface of the cavity , wherein the thickness of the spacer equals or exceeds the distance (D) between the bottom surface of the cavity and the facing end of the pin in the target position, - filling the adhesive into the cavity onto the flexible spacer , - positioning the pin to the target position, - curing the adhesive and obtaining a joint between the pin and the second component .
A drum comprising: - a sound box ; - a counter-disk structurally separated from said sound box ; - at least one releasable securing bracket of said counter-disk to said sound box ; and - tensioning means configured to secure a batter head to said counter-disk by tensioning said batter head . and characterized in that - said counter-disk comprises a plurality of mutually securable modules; - wherein said module comprises bases each of which is configured to engage said tensioning means and said at least one releasable securing bracket and connections configured to secure each of said bases between two adjoining of said bases . - a sound box ; - a counter-disk structurally separated from said sound box ; - at least one releasable securing bracket of said counter-disk to said sound box ; and - tensioning means configured to secure a batter head to said counter-disk by tensioning said batter head . - said counter-disk comprises a plurality of mutually securable modules; - wherein said module comprises bases each of which is configured to engage said tensioning means and said at least one releasable securing bracket and connections configured to secure each of said bases between two adjoining of said bases .
An apparatus comprising: instruction decoder circuitry adapted to decode instructions; and data processing circuitry adapted to selectively apply vector processing operations to one or more segments of an input data vector comprising a plurality of segments at respective positions in the input data vector, wherein the instruction decoder circuitry is adapted to be responsive to a string match instruction specifying a segment of the input data vector and a reference data item, to generate control signals to cause comparison circuitry in the data processing circuitry to: perform a comparison operation to set a comparison value indicative of whether each input element of a required set of consecutive input elements of the segment has a value which matches a respective value in consecutive reference elements of the reference data item, wherein the comparison circuitry is further adapted to be responsive to the control signals to perform a match determination process comprising a plurality of comparison operations, wherein the required set of consecutive input elements for each comparison operation starts at a respective candidate offset in the segment for that comparison operation, wherein candidate offset values of the plurality of comparison operations span the segment, and wherein a number of elements of the required set of consecutive input elements is equal to a number of reference elements in the reference data item minus the respective candidate offset of the respective comparison operation. instruction decoder circuitry adapted to decode instructions; and data processing circuitry adapted to selectively apply vector processing operations to one or more segments of an input data vector comprising a plurality of segments at respective positions in the input data vector, wherein the instruction decoder circuitry is adapted to be responsive to a string match instruction specifying a segment of the input data vector and a reference data item, to generate control signals to cause comparison circuitry in the data processing circuitry to: perform a comparison operation to set a comparison value indicative of whether each input element of a required set of consecutive input elements of the segment has a value which matches a respective value in consecutive reference elements of the reference data item, wherein the comparison circuitry is further adapted to be responsive to the control signals to perform a match determination process comprising a plurality of comparison operations, wherein the required set of consecutive input elements for each comparison operation starts at a respective candidate offset in the segment for that comparison operation, wherein candidate offset values of the plurality of comparison operations span the segment, and wherein a number of elements of the required set of consecutive input elements is equal to a number of reference elements in the reference data item minus the respective candidate offset of the respective comparison operation.
A composite liquid agent package comprising a plurality of liquid agent housing portions and a binding portion , all of the plurality of liquid agent housing portions being bound together by the binding portion for integration, wherein each of the plurality of liquid agent housing portions includes a pouch constituted by a heat-sealable laminated film or heat-sealable laminated sheet. including at least an inner layer composed of a sealant and an outer layer composed of a sheathing material, the pouch having one end section and an opposite end section which are sealed sections formed by heat-sealing ends of the heat-sealable laminated film or heat-sealable laminated sheet; sheet ; and a liquid agent held within the pouch airtightly and liquidtightly, the one end section is sealed so that it can be opened by applying a pressing force on the liquid agent filled, the liquid agents held in the plurality of liquid agent housing portions may be different from each other, characterised in that at an extremity of each of the opposite end sections of the plurality of liquid agent housing portions , a part of the sealant constituting the inner layer of the heat-sealable laminated film or heat-sealable laminated sheet constituting the liquid agent housing portion is extended outwardly of an extremity of the outer layer while keeping integral with a remaining part of the sealant to form an extended-out sealant, and the extended-out sealants are fusion-bonded together and integrated thereby to form a fused sealant, which constitutes the binding portion or a main part thereof. a pouch constituted by a heat-sealable laminated film or heat-sealable laminated sheet. including at least an inner layer composed of a sealant and an outer layer composed of a sheathing material, the pouch having one end section and an opposite end section which are sealed sections formed by heat-sealing ends of the heat-sealable laminated film or heat-sealable laminated sheet; sheet ; and a liquid agent held within the pouch airtightly and liquidtightly, the one end section is sealed so that it can be opened by applying a pressing force on the liquid agent filled, the liquid agents held in the plurality of liquid agent housing portions may be different from each other, characterised in that at an extremity of each of the opposite end sections of the plurality of liquid agent housing portions , a part of the sealant constituting the inner layer of the heat-sealable laminated film or heat-sealable laminated sheet constituting the liquid agent housing portion is extended outwardly of an extremity of the outer layer while keeping integral with a remaining part of the sealant to form an extended-out sealant, and the extended-out sealants are fusion-bonded together and integrated thereby to form a fused sealant, which constitutes the binding portion or a main part thereof.
A method for biometrically authenticating an identity, the method comprising: emitting, by an electronic device worn in an auricle of an ear of a human speaker, a probing signal into an ear canal; acquiring, by the electronic device , audio data that is representative of the probing signal as reflected by the ear canal; identifying, by the electronic device , a portion of said audio data that corresponds to an interval of time over which the human speaker utters a phrase for authentication as a given individual; and determining, by the electronic device , a likelihood that the human speaker is the given individual based on an analysis of said portion of the audio data, wherein said determining comprises: establishing, based on said portion of the audio data, a profile representing a shape of the ear canal over the interval of time, and producing, based on the profile, a score indicative of the likelihood that the human speaker is the given individual. emitting, by an electronic device worn in an auricle of an ear of a human speaker, a probing signal into an ear canal; acquiring, by the electronic device , audio data that is representative of the probing signal as reflected by the ear canal; identifying, by the electronic device , a portion of said audio data that corresponds to an interval of time over which the human speaker utters a phrase for authentication as a given individual; and determining, by the electronic device , a likelihood that the human speaker is the given individual based on an analysis of said portion of the audio data, wherein said determining comprises: establishing, based on said portion of the audio data, a profile representing a shape of the ear canal over the interval of time, and producing, based on the profile, a score indicative of the likelihood that the human speaker is the given individual. establishing, based on said portion of the audio data, a profile representing a shape of the ear canal over the interval of time, and producing, based on the profile, a score indicative of the likelihood that the human speaker is the given individual.