mhurhangee/patent-ind-claim-en huggingface dataset:
A system for detecting a nucleic acid molecule of interest in a sample comprising: an optical sensor that comprises a ring resonator configured to resonate at a resonant wavelength; a nucleic acid capture probe attached to a surface of the optical sensor, wherein the capture probe is capable of hybridizing to the nucleic acid molecule of interest to form a duplex; an antibody capable of specifically binding to the duplex of the capture probe and nucleic acid molecule of interest; and a detector, wherein said resonant wavelength is shifted when said antibody is bound to said duplex such that said optical sensor is configured to sense said antibody combined with said duplex, and wherein said detector is capable of detecting the shift in the resonant wavelength. an optical sensor that comprises a ring resonator configured to resonate at a resonant wavelength; a nucleic acid capture probe attached to a surface of the optical sensor, wherein the capture probe is capable of hybridizing to the nucleic acid molecule of interest to form a duplex; an antibody capable of specifically binding to the duplex of the capture probe and nucleic acid molecule of interest; and a detector, wherein said resonant wavelength is shifted when said antibody is bound to said duplex such that said optical sensor is configured to sense said antibody combined with said duplex, and wherein said detector is capable of detecting the shift in the resonant wavelength.
A decoder (500; 600) for providing a decoded representation (512, 514; 630b) of an audio signal on the basis of an encoded audio stream (510; 610) representing spectral components of frequency bands of the audio signal and a multi-band noise intensity value , the decoder comprising: a noise filler (520; 770) configured to introduce noise into spectral components of a plurality of frequency bands, to which separate frequency band gain information, namely scale factors, is associated, on the basis of a common multi-band noise intensity value , and wherein starting from a noise filling start line every spectral line quantized to zero is replaced with a replacement value, which is an indicated noise value, a magnitude of which is determined by the multi-band noise intensity value, with a random sign, to perform a noise filling in a quantized domain; wherein the decoder is configured to scale a replacement value with a scale factor transmitted for an actual scale factor band, to perform an individual scaling of noise introduced into different frequency bands on the basis of the frequency band gain information; wherein the noise filler (520; 770) is configured to selectively modify a frequency band gain value of a given frequency band using a noise offset value if the given frequency band is quantized to zero. a noise filler (520; 770) configured to introduce noise into spectral components of a plurality of frequency bands, to which separate frequency band gain information, namely scale factors, is associated, on the basis of a common multi-band noise intensity value , and wherein starting from a noise filling start line every spectral line quantized to zero is replaced with a replacement value, which is an indicated noise value, a magnitude of which is determined by the multi-band noise intensity value, with a random sign, to perform a noise filling in a quantized domain; wherein the decoder is configured to scale a replacement value with a scale factor transmitted for an actual scale factor band, to perform an individual scaling of noise introduced into different frequency bands on the basis of the frequency band gain information; wherein the noise filler (520; 770) is configured to selectively modify a frequency band gain value of a given frequency band using a noise offset value if the given frequency band is quantized to zero.
A wearable information terminal device comprising a wearing type terminal which is provided with an external case and is connectable to a belt member at opposite sides of the external case having a display unit on an upper side connecting said opposite sides; and a docking type terminal which is detachably connectable to a bottom portion opposite to the upper side of the external case of the wearing type terminal , comprises a first connection terminal and is electrically connectable to the wearing type terminal through the first connection terminal ; wherein the wearing type terminal and the docking type terminal have a function to transmit and receive data to be displayed on the display unit through the first connection terminal , wherein the wearing type terminal is provided with a first antenna for use in first wireless communication, wherein the docking type terminal is provided with a second antenna for use in second wireless communication, wherein the second antenna is arranged in order to overlap the bottom portion of the external case of the docking type terminal in a plan view, and wherein the first antenna is arranged on the outer edges of the external case in order not to overlap the second antenna in a plan view. a wearing type terminal which is provided with an external case and is connectable to a belt member at opposite sides of the external case having a display unit on an upper side connecting said opposite sides; and a docking type terminal which is detachably connectable to a bottom portion opposite to the upper side of the external case of the wearing type terminal , comprises a first connection terminal and is electrically connectable to the wearing type terminal through the first connection terminal ; wherein the wearing type terminal and the docking type terminal have a function to transmit and receive data to be displayed on the display unit through the first connection terminal , wherein the wearing type terminal is provided with a first antenna for use in first wireless communication, wherein the docking type terminal is provided with a second antenna for use in second wireless communication, wherein the second antenna is arranged in order to overlap the bottom portion of the external case of the docking type terminal in a plan view, and wherein the first antenna is arranged on the outer edges of the external case in order not to overlap the second antenna in a plan view.
A stent for insertion in a vein of a human or animal body, said stent having a proximal end , a distal end and a longitudinal stent axis , and comprising at least two stent segments (11, 13-13'-13", 12), as well as segment interconnecting means interconnecting two stent segments, characterized in that said segment interconnecting means extend the stent along said longitudinal axis by adjusting a distance between said two stent segments (11, 13-13'-13", 12) along the longitudinal axis of the stent between a first configuration (Z), wherein said distance is minimal and a second configuration, wherein said distance is maximal, by subsequent rotation of the remainder of said at least two stent segments around said longitudinal stent axis relative to the other static, unmovable already deployed stent segment of the at least two stent segments, wherein, for interconnecting said at least two stent segments, said segment interconnecting means comprise at least one elongated filament rod having two rod ends (31a-31b; 32a-32b), a first rod end (31a; 32a) being connected to the first stent segment and the second rod end (31b; 32b) being connected to the second stent segment, wherein in said first configuration said first rod end (31a; 32a) and said second rod end (31b; 32b) are radially offset with respect to each other and wherein in said second configuration said first rod end (31a; 32a) and said second rod end (31b; 32b) are longitudinally aligned in a parallel orientation to the longitudinal axis and with respect to each other.
An apparatus, the apparatus comprising: a non-transitory memory including executable instructions for configuring membership of a group; and a processor operably coupled to the memory, the processor configured to: receive a request from a server to add a device to the group; send a reply to the server that the device is authorized to join the group; send a trigger to the device with information allowing the device to join the group, wherein the trigger is an invitation to join the group to receive from the server or from the apparatus a communication to the group; characterised in that the processor is further configured to: receive a query request from the server; check a status of the device based on the query request, wherein the status indicates whether the device is listening for messages transmitted to the group; and send the status of the device to the server. a non-transitory memory including executable instructions for configuring membership of a group; and a processor operably coupled to the memory, the processor configured to: receive a request from a server to add a device to the group; send a reply to the server that the device is authorized to join the group; send a trigger to the device with information allowing the device to join the group, wherein the trigger is an invitation to join the group to receive from the server or from the apparatus a communication to the group; characterised in that the processor is further configured to: receive a query request from the server; check a status of the device based on the query request, wherein the status indicates whether the device is listening for messages transmitted to the group; and send the status of the device to the server. receive a request from a server to add a device to the group; send a reply to the server that the device is authorized to join the group; send a trigger to the device with information allowing the device to join the group, wherein the trigger is an invitation to join the group to receive from the server or from the apparatus a communication to the group; characterised in that the processor is further configured to: receive a query request from the server; check a status of the device based on the query request, wherein the status indicates whether the device is listening for messages transmitted to the group; and send the status of the device to the server. receive a query request from the server; check a status of the device based on the query request, wherein the status indicates whether the device is listening for messages transmitted to the group; and send the status of the device to the server.
Cooled grate block as part of a grate for a plant for the thermal treatment of waste, in which the grate blocks are arranged one above the other in a staircase-like manner and are designed in such a way as to shift and convey the combustible material during incineration by means of pushing movements carried out relative to one another, comprising a block body in the form of a casting with an upper wall which forms an outer support surface for the waste to be treated which extends at least partially parallel to a longitudinal axis (L) of the block body , a flat cavity arranged directly below the bearing surface for receiving a cooling fluid, which is bounded at the top by the upper wall , at the front by a front wall , at the bottom by a base , at the rear by a rear wall and laterally by side walls , wherein the base is formed at least partially by a base plate , a fluid supply line and a fluid drain line , which are connected to the cavity , at least one deflection element arranged in the cavity for directing a cooling fluid in the cavity from the fluid supply line to the fluid discharge line , and a distribution element arranged in an end region of the cavity for distributing the fluid fed into the cavity through the fluid supply line , characterised in that the fluid supply line and the fluid discharge line are connected to the flat cavity in the region of the front wall . a block body in the form of a casting with an upper wall which forms an outer support surface for the waste to be treated which extends at least partially parallel to a longitudinal axis (L) of the block body , a flat cavity arranged directly below the bearing surface for receiving a cooling fluid, which is bounded at the top by the upper wall , at the front by a front wall , at the bottom by a base , at the rear by a rear wall and laterally by side walls , wherein the base is formed at least partially by a base plate , a fluid supply line and a fluid drain line , which are connected to the cavity , at least one deflection element arranged in the cavity for directing a cooling fluid in the cavity from the fluid supply line to the fluid discharge line , and a distribution element arranged in an end region of the cavity for distributing the fluid fed into the cavity through the fluid supply line , characterised in that the fluid supply line and the fluid discharge line are connected to the flat cavity in the region of the front wall .
A method, comprising: capturing, by at least one computing device , an image of a textile sheet, the image including a textile panel on the textile sheet; instructing, by the at least one computing device , a textile cutter to cut the textile panel out from the textile sheet; identifying, by the at least one computing device , the textile panel on a tabletop of the textile cutter; estimating, by the at least one computing device , at least one of a weight or a size of the textile panel based at least in part on a panel cutout boundary of the textile panel ; determining, by the at least one computing device , a pickup location for automated picking of the textile panel based at least in part on a characteristic of the textile panel ; calculating, by the at least one computing device , a level of evacuation to pull the textile panel through a flexible pneumatic transport tube and into a textile hopper based at least in part on the characteristic of the textile panel ; and directing, by the at least one computing device , the flexible pneumatic transport tube to the pickup location, the flexible pneumatic transport tube configured to pick the textile panel off the tabletop using suction; wherein the characteristic of the textile panel comprises at least one of a weight or a size of the textile panel . capturing, by at least one computing device , an image of a textile sheet, the image including a textile panel on the textile sheet; instructing, by the at least one computing device , a textile cutter to cut the textile panel out from the textile sheet; identifying, by the at least one computing device , the textile panel on a tabletop of the textile cutter; estimating, by the at least one computing device , at least one of a weight or a size of the textile panel based at least in part on a panel cutout boundary of the textile panel ; determining, by the at least one computing device , a pickup location for automated picking of the textile panel based at least in part on a characteristic of the textile panel ; calculating, by the at least one computing device , a level of evacuation to pull the textile panel through a flexible pneumatic transport tube and into a textile hopper based at least in part on the characteristic of the textile panel ; and directing, by the at least one computing device , the flexible pneumatic transport tube to the pickup location, the flexible pneumatic transport tube configured to pick the textile panel off the tabletop using suction; wherein the characteristic of the textile panel comprises at least one of a weight or a size of the textile panel .
A method for controlling an autonomous vehicle in a worksite, the method comprising the steps of: - receiving a predetermined trajectory of a work sequence of the autonomous vehicle, the predetermined trajectory including at least a set path and a set speed, - adding a pre-defined variation to the predetermined trajectory to form a test trajectory , the variation including at least a variation in set path, - comparing the energy usage over the test trajectory and the predetermined trajectory, - determining whether or not the compared energy usage achieves a pre-set criteria, - setting the test trajectory as a new set trajectory of the autonomous vehicle in response to determining that the compared energy usage achieves the pre-set criteria, wherein the pre-set criteria is at least that the compared energy usage is related to one of the following: elapsed time of the work sequence, elapsed time of the set path, maximum allowed vibration, desired battery usage, wherein the pre-defined variation in set path includes noise. - receiving a predetermined trajectory of a work sequence of the autonomous vehicle, the predetermined trajectory including at least a set path and a set speed, - adding a pre-defined variation to the predetermined trajectory to form a test trajectory , the variation including at least a variation in set path, - comparing the energy usage over the test trajectory and the predetermined trajectory, - determining whether or not the compared energy usage achieves a pre-set criteria, - setting the test trajectory as a new set trajectory of the autonomous vehicle in response to determining that the compared energy usage achieves the pre-set criteria, wherein the pre-set criteria is at least that the compared energy usage is related to one of the following: elapsed time of the work sequence, elapsed time of the set path, maximum allowed vibration, desired battery usage, wherein the pre-defined variation in set path includes noise.
Track widening system for motor vehicles, having at least one track widening disc and a centering ring which is inserted into a central opening of the track widening disc , wherein the centering ring has a rim centering portion , which projects over a front side of the track widening disc and which is provided to be inserted into a central opening of a wheel rim, wherein the centering ring is composed of synthetic material and has at least one first catch device which is arranged at the free end of a resilient arm , wherein the track widening disc has a corresponding second catch device, wherein the first catch device is in the form of a catch projection which projects outwards in a radial direction, and wherein the second catch device is constructed by means of a peripheral shoulder extending around the central opening, a peripheral chamfered portion extending around the central opening, or a peripheral groove extending around the central opening, characterized in that the rim centering portion of the centering ring is slightly conical, and wherein the centering ring is an injection-moulded component made of synthetic material.
Method for operating a cable car with which a number of vehicles hanging on a hoisting cable are moved between at least two stations and on at least one vehicle of the cable car , the deflection (a) of the vehicle from the vertical is measured with a sensor , wherein the deflection (a) of the vehicle is measured with the sensor before the station entrance and transmitted to the cable car control unit , characterized in that at the same time the occurrence of a wind gust (B) as temporal change of the wind speed (v w ) is detected by the cable car control unit with a wind sensor aranged on a cable car tower before the station entrance and that the cable car control unit combines the transmitted deflection (a) of the vehicle and the detected wind gust (B) for controlling a cable car drive as a function of the transmitted deflection (a) and of the detected wind gust (B).
A method for operating a terminal in a wireless communication system, the method comprising: receiving a plurality of reference signals for a first period; receiving a plurality of reference signals for a second period; identifying a difference value based on a first measurement set for the plurality of reference signals for the first period and a second measurement set for the plurality of reference signals for the second period; and identifying that a beam misalignment occurs by: determining that the difference value is greater than a first threshold; and determining that a measurement pattern change counter is greater than a second threshold, wherein the measurement pattern change counter is increased in case that an order of measurement values of the first measurement set is different from an order of measurement values of the second measurement set. receiving a plurality of reference signals for a first period; receiving a plurality of reference signals for a second period; identifying a difference value based on a first measurement set for the plurality of reference signals for the first period and a second measurement set for the plurality of reference signals for the second period; and identifying that a beam misalignment occurs by: determining that the difference value is greater than a first threshold; and determining that a measurement pattern change counter is greater than a second threshold, determining that the difference value is greater than a first threshold; and determining that a measurement pattern change counter is greater than a second threshold, wherein the measurement pattern change counter is increased in case that an order of measurement values of the first measurement set is different from an order of measurement values of the second measurement set.
An image processing method implemented by a computer processor, for determining a color value for a given pixel of a current frame from a plurality of frames, comprising: - selecting, by the computer processor, coordinates of a relative sampling position within the given pixel of the current frame, the selection being such that different ones out of a plurality of different relative sampling positions are selected for different ones of the frames; - determining, by the computer processor, a present color value for a scene element occupying said relative sampling position coordinates; - blending, by the computer processor, the present color value and a second color value, wherein the second color value is a color value of at least one pixel of a previous frame, wherein the at least one pixel of the previous frame includes a related pixel that is a pixel of the previous frame that includes the scene element that occupies the relative sampling position coordinates of the current frame; wherein blending the present color value and the second color value comprises computing a linear combination of the present color value and the second color value, wherein the present color value and the second color value each has a respective relative contribution to the linear combination, and wherein the relative contribution of the second color value depends on a distance between: (i) the position of the scene element in the related pixel in the previous frame, and (ii) a center of the related pixel in the previous frame; and - storing in a memory the blended color value for the given pixel of the current frame. - selecting, by the computer processor, coordinates of a relative sampling position within the given pixel of the current frame, the selection being such that different ones out of a plurality of different relative sampling positions are selected for different ones of the frames; - determining, by the computer processor, a present color value for a scene element occupying said relative sampling position coordinates; - blending, by the computer processor, the present color value and a second color value, wherein the second color value is a color value of at least one pixel of a previous frame, wherein the at least one pixel of the previous frame includes a related pixel that is a pixel of the previous frame that includes the scene element that occupies the relative sampling position coordinates of the current frame; wherein blending the present color value and the second color value comprises computing a linear combination of the present color value and the second color value, wherein the present color value and the second color value each has a respective relative contribution to the linear combination, and wherein the relative contribution of the second color value depends on a distance between: (i) the position of the scene element in the related pixel in the previous frame, and (ii) a center of the related pixel in the previous frame; and - storing in a memory the blended color value for the given pixel of the current frame.