mhurhangee/patent-ind-claim-en huggingface dataset:
Machine for producing a fibrous web, in particular a paper or board web, comprising a headbox, a forming unit , a pressing section , a pre-drying section , an MG-Yankee cylinder and a winder , wherein the pre-drying section is embodied for one-sided pre-drying of the fibrous web on the underside thereof, the MG-Yankee cylinder provided is an overhead MG-Yankee cylinder with which the underside of the fibrous web can be brought into contact, characterized in that , in the web running direction (L), downstream of the pre-drying section and upstream of the point at which the fibrous web runs onto the MG-Yankee cylinder , a rewetting device for one-sided rewetting of the fibrous web on the underside thereof and correspondingly for development of the moisture gradient in a z direction of the fibrous web in the direction of the underside thereof is provided.
A recycling system for processing sludge from a fume scrubbing system that scrubs fumes from a steelmaking converter, wherein the sludge includes metallic iron microspheres and non-metallic-iron material, the system comprising: separating equipment designed and configured to process the sludge so as to isolate substantially only metallic iron microspheres from the non-metallic-iron material, said separating equipment including an ultrasonic cleaner designed and configured to remove surficial fines bound to the metallic iron microspheres using two different ultrasound frequencies to produce a uniform sound field of intense ultrasonic cavitation so as to create surface-cleaned metallic microspheres; and forming equipment designed and configured to receive the surface-cleaned metallic iron microspheres isolated by said separating equipment and form therewith cohesive bodies consisting essentially of the metallic iron microspheres isolated by said separating equipment ; wherein said ultrasonic cleaner includes an acoustic cavitation device designed and configured to process a slurry made from the sludge in a continuous flow; and wherein said acoustic cavitation device includes an acoustic cavitation duct defining an elongate fluid passageway having a flow axis, said acoustic cavitation device further comprising a plurality of ultrasonic transducers (1004A-F, 1008A-E) configured to generate said two different ultrasonic frequencies in acoustic communication with said elongate fluid passageway and spaced apart along said acoustic cavitation duct . separating equipment designed and configured to process the sludge so as to isolate substantially only metallic iron microspheres from the non-metallic-iron material, said separating equipment including an ultrasonic cleaner designed and configured to remove surficial fines bound to the metallic iron microspheres using two different ultrasound frequencies to produce a uniform sound field of intense ultrasonic cavitation so as to create surface-cleaned metallic microspheres; and forming equipment designed and configured to receive the surface-cleaned metallic iron microspheres isolated by said separating equipment and form therewith cohesive bodies consisting essentially of the metallic iron microspheres isolated by said separating equipment ; wherein said ultrasonic cleaner includes an acoustic cavitation device designed and configured to process a slurry made from the sludge in a continuous flow; and wherein said acoustic cavitation device includes an acoustic cavitation duct defining an elongate fluid passageway having a flow axis, said acoustic cavitation device further comprising a plurality of ultrasonic transducers (1004A-F, 1008A-E) configured to generate said two different ultrasonic frequencies in acoustic communication with said elongate fluid passageway and spaced apart along said acoustic cavitation duct .
Polycarbonate diol having a hydroxyl value of 20 mg-KOH/g to 450 mg-KOH/g, wherein the hydroxyl value of the polycarbonate diol is measured by a method using an acetylation reagent in conformity with JIS K1557-1 ; wherein a ratio of an ether group to a carbonate group of the polycarbonate diol is 0.01 mol% to 0.7 mol%, wherein the ratio of an ether group to a carbonate group is calculated as set out in the specification from % by weight obtained by analyzing the structure of dihydroxy compounds obtained by hydrolyzing the polycarbonate diol using GC-MS analysis and performing GC analysis of a dihydroxy compound including an ether group and the entire dihydroxy compounds; and a molecular weight of the dihydroxy compounds; the amount of a linear dihydroxy compound having no substituent among dihydroxy compounds obtained by hydrolyzing the polycarbonate diol is 95 mol% or more of the entire dihydroxy compounds, wherein the amount of the linear dihydroxy compound having no substituent is determined as set out in the specification; and the average carbon number of the dihydroxy compounds is 3.5 to 5.5, wherein the average carbon number of the dihydroxy compounds is determined as set out in the specification, and wherein the linear dihydroxy compound having no substituent in the polycarbonate diol of the present invention includes at least one selected from the group consisting of 1,3-propanediol, 1,4-butanediol, and 1,5-pentanediol, and at least one selected from the group consisting of 1,9-nonanediol, 1,10-decanediol, 1,11-undecanediol, and 1,12-dodecane diol.
A method for multi-radio coexistence comprising: receiving a sequence of subframes at a first mobile station transceiver from a serving base station; measuring channel state on at least two subframes within the same frame within the sequence of subframes to obtain channel state measurements for the at least two subframes; determining a high-low interference pattern for the at least two subframes with a periodicity based on the channel state measurements with some subframes exhibiting high levels of interference and other subframes exhibiting low levels of interference; and transmitting a report to the serving base station, the report including an indicator related to the high-low interference pattern, wherein the indicator indicates two interference level measurements, wherein one interference level measurement corresponds to subframes that experience high levels of interference and the other interference level measurement corresponds to subframes that experience low levels of interference . receiving a sequence of subframes at a first mobile station transceiver from a serving base station; measuring channel state on at least two subframes within the same frame within the sequence of subframes to obtain channel state measurements for the at least two subframes; determining a high-low interference pattern for the at least two subframes with a periodicity based on the channel state measurements with some subframes exhibiting high levels of interference and other subframes exhibiting low levels of interference; and transmitting a report to the serving base station, the report including an indicator related to the high-low interference pattern, wherein the indicator indicates two interference level measurements, wherein one interference level measurement corresponds to subframes that experience high levels of interference and the other interference level measurement corresponds to subframes that experience low levels of interference .
A computer-implemented method for authenticating an online user with an access control server (ACS), the method comprising: receiving, at a risk-based authentication enabled (RBA-enabled) directory server, an authentication request message, the authentication request message including authentication data; extracting, using the RBA-enabled directory server, the authentication data from the authentication request message; transmitting the extracted authentication data to an RBA engine; generating, using the RBA engine, based at least in part on the extracted authentication data, RBA result data including a risk score, a risk analysis, and at least one reason code, the at least one reason code including one or more factors that influenced the risk score, and wherein the reason codes are generated based on a plurality of reason code categories and anchors; transmitting the RBA result data to the RBA-enabled directory server; embedding, using the RBA-enabled directory server, the RBA result data into the authentication request message to generate an enhanced authentication request message; and transmitting the enhanced authentication request message to the ACS to enable the ACS to make an authentication decision based on at least one of the risk score, the risk analysis, and the reason codes of the RBA result data; and receiving, at the RBA-enabled directory server, an authentication response message from the ACS, the authentication response message including the authentication decision. receiving, at a risk-based authentication enabled (RBA-enabled) directory server, an authentication request message, the authentication request message including authentication data; extracting, using the RBA-enabled directory server, the authentication data from the authentication request message; transmitting the extracted authentication data to an RBA engine; generating, using the RBA engine, based at least in part on the extracted authentication data, RBA result data including a risk score, a risk analysis, and at least one reason code, the at least one reason code including one or more factors that influenced the risk score, and wherein the reason codes are generated based on a plurality of reason code categories and anchors; transmitting the RBA result data to the RBA-enabled directory server; embedding, using the RBA-enabled directory server, the RBA result data into the authentication request message to generate an enhanced authentication request message; and transmitting the enhanced authentication request message to the ACS to enable the ACS to make an authentication decision based on at least one of the risk score, the risk analysis, and the reason codes of the RBA result data; and receiving, at the RBA-enabled directory server, an authentication response message from the ACS, the authentication response message including the authentication decision.
A system for assisting in the evaluation and management of a danger on an aerial lift including a bottom portion provided with ground connecting members, a platform equipped with a control console making it possible to control the aerial lift , and a lifting structure between the bottom portion and the platform , said system including a device for capturing images of the platform , characterized in that it includes a device for viewing images of the platform taken by the image capture device , provided near the control console equipping the bottom portion of the aerial lift , the viewing device and the control console equipping the bottom portion being provided on an outer portion of the bottom portion accessible to an operator on the ground.
A method for a base station in a wireless communication system, the method comprising: transmitting , to a pair of device-to-device, D2D, devices (102e-h), spectrum information for indicating a plurality of frequency spectrums, wherein the D2D devices are unlicensed for the frequency spectrums; receiving , from the pair of D2D devices, load information on a load level of a frequency spectrum detected by the pair of D2D devices, wherein the frequency spectrum among the plurality of frequency spectrums is allocated to another licensed user device of cellular communication, wherein the load level indicates how frequently the frequency spectrum is occupied by the another licensed user device of cellular communication; determining a mode among a cellular mode and a D2D mode based on whether the frequency spectrum is occupied by the another licensed user device of cellular communication more frequently than a predetermined threshold according to the load information; and transmitting , to the pair of D2D devices, instruction information regarding the mode. transmitting , to a pair of device-to-device, D2D, devices (102e-h), spectrum information for indicating a plurality of frequency spectrums, wherein the D2D devices are unlicensed for the frequency spectrums; receiving , from the pair of D2D devices, load information on a load level of a frequency spectrum detected by the pair of D2D devices, wherein the frequency spectrum among the plurality of frequency spectrums is allocated to another licensed user device of cellular communication, wherein the load level indicates how frequently the frequency spectrum is occupied by the another licensed user device of cellular communication; determining a mode among a cellular mode and a D2D mode based on whether the frequency spectrum is occupied by the another licensed user device of cellular communication more frequently than a predetermined threshold according to the load information; and transmitting , to the pair of D2D devices, instruction information regarding the mode.
Use of a cosmetic composition for dyeing keratin fibers, especially human keratin fibers, said cosmetic composition comprising a dye active principle selected from the group consisting of a Gardenia extract and a Gardenia powder, characterized in that : a. the Gardenia extract contains between 0.1 and 10 wt% crocins, preferentially between 1 and 5 wt%, relative to the weight of the dry extract, b. the Gardenia powder contains between 0.1 and 10 wt% crocins, preferentially between 1 and 5 wt%, relative to the weight of the powder, c. the composition has a pH ranging between 4 and 8, and d. the composition is free of reducing compound. a. the Gardenia extract contains between 0.1 and 10 wt% crocins, preferentially between 1 and 5 wt%, relative to the weight of the dry extract, b. the Gardenia powder contains between 0.1 and 10 wt% crocins, preferentially between 1 and 5 wt%, relative to the weight of the powder, c. the composition has a pH ranging between 4 and 8, and d. the composition is free of reducing compound.
A method for denoising medical images in a computed tomography, CT, system, the method comprising: scanning, by the CT system, a patient to generate CT image data; denoising, by an image processor, the CT image data by applying a deep-learnt multiscale network of filters decomposing the CT image data into sparse image representations at multiple scales, the deep-learnt multiscale network of filters comprising a cascade of trained sparse denoising autoencoders, wherein lower levels of the deep-learnt multiscale network apply learnt filters to image data recursively downsampled from the CT image data and resulting denoised image data at each scale is upsampled back to full resolution and summed to obtain a final denoised image CT data set; and displaying, by a display, an image rendered from the final denoised CT image data set, characterized in that the inputs to the sparse denoising autoencoders are a concatenation of CT pixel data and metadata of the CT system. scanning, by the CT system, a patient to generate CT image data; denoising, by an image processor, the CT image data by applying a deep-learnt multiscale network of filters decomposing the CT image data into sparse image representations at multiple scales, the deep-learnt multiscale network of filters comprising a cascade of trained sparse denoising autoencoders, wherein lower levels of the deep-learnt multiscale network apply learnt filters to image data recursively downsampled from the CT image data and resulting denoised image data at each scale is upsampled back to full resolution and summed to obtain a final denoised image CT data set; and displaying, by a display, an image rendered from the final denoised CT image data set, characterized in that the inputs to the sparse denoising autoencoders are a concatenation of CT pixel data and metadata of the CT system.
A capsule for an electronic cigarette , the capsule having a first end for engaging with an electronic cigarette device and a second end configured as a mouthpiece portion having a vapor outlet , the capsule further comprising: - a liquid store configured to contain a liquid to be vaporized, - a vaporizing unit comprising a heater and a fluid transfer element , the vaporizing unit being arranged within a vaporizing chamber , - a main vapor channel extending from the vaporizing chamber to the vapor outlet in the mouthpiece , and - a housing comprising an inner housing and an outer housing , the housing enclosing the liquid store and the vaporizing unit , characterized in that the inner housing comprises a first shoulder and a second shoulder which define a circular groove there-between, wherein the outer housing comprises a projection configured to extend into the circular groove when the inner housing and the outer housing are assembled together, wherein the liquid store is located in a void in-between the inner housing and the outer housing , wherein a seal is provided inside the circular groove between the inner housing and the outer housing , and wherein the seal has a cross-sectional shape having a cross-sectional height that is larger than a cross-sectional width. - a liquid store configured to contain a liquid to be vaporized, - a vaporizing unit comprising a heater and a fluid transfer element , the vaporizing unit being arranged within a vaporizing chamber , - a main vapor channel extending from the vaporizing chamber to the vapor outlet in the mouthpiece , and - a housing comprising an inner housing and an outer housing , the housing enclosing the liquid store and the vaporizing unit ,
A method for filtering in ranging of an unmanned aerial vehicle UAV, comprising: acquiring N continuous distances of the UAV based on a sonar sensor and determining an initial distance buffer queue and an initial moving velocity buffer queue of the UAV according to the N distances, wherein, N is an integer greater than 2; filtering a current distance of the UAV measured based on the sonar sensor , according to the initial distance buffer queue and the initial moving velocity buffer queue to obtain an actual distance of the UAV; wherein determining the initial distance buffer queue and the initial moving velocity buffer queue of the UAV according to the N distances comprises: obtaining N-1 moving velocities according to the N distances and calculating a difference level value of the N-1 moving velocities; determining whether each distance is valid according to the difference level value; when each distance is valid, constituting the initial distance buffer queue based on the N distances and constituting the initial moving velocity buffer queue based on the N-1 moving velocities. acquiring N continuous distances of the UAV based on a sonar sensor and determining an initial distance buffer queue and an initial moving velocity buffer queue of the UAV according to the N distances, wherein, N is an integer greater than 2; filtering a current distance of the UAV measured based on the sonar sensor , according to the initial distance buffer queue and the initial moving velocity buffer queue to obtain an actual distance of the UAV; wherein determining the initial distance buffer queue and the initial moving velocity buffer queue of the UAV according to the N distances comprises: obtaining N-1 moving velocities according to the N distances and calculating a difference level value of the N-1 moving velocities; determining whether each distance is valid according to the difference level value; when each distance is valid, constituting the initial distance buffer queue based on the N distances and constituting the initial moving velocity buffer queue based on the N-1 moving velocities. obtaining N-1 moving velocities according to the N distances and calculating a difference level value of the N-1 moving velocities; determining whether each distance is valid according to the difference level value; when each distance is valid, constituting the initial distance buffer queue based on the N distances and constituting the initial moving velocity buffer queue based on the N-1 moving velocities.
Shoe which has a band-like device attached to an inner side of the shoe to extend in the direction from the upper shaft end of the shoe to the shoe base along at least one muscle fascia of a foot arranged in the shoe, extending from the inner side of the longitudinal arch of the foot toward the lower leg, in order to exert pressure on the at least one muscle fascia , the band-like device crossing the shoe base according to the muscle fascia at the arch of the foot at the level of the anterior lower ankle joint.
A heat storage capacity device comprising: a. at least one body comprising an encapsulation made of one or more polymer layers defining a hollowed volume filled with PCM and b. at least one continuous coaxial device surrounding the entire length of the at least one PCM filled body, characterized in that the at least one continuous coaxial device is made of one or more polymer encapsulation layers made of polyamide, a blend of ionomer and polyamide, ethylene acrylate rubber, polyethylene, ethylene copolymers, polypropylene, polyester, all fluorinated polymers including perfluoro ethylene-propylene, perfluoroalkoxy alkane, ethylene tetrafluoroethylene, FKM fluoroelastomers as defined in ASTM D1418 (01.01.2017), Polyvinylidene fluoride, and combinations of two or more thereof, defining the hollowed area filled with PCM, wherein the at least one continuous coaxial device is in the form a cable and wherein the cable has a diameter between 2 and 8 mm and a total encapsulation thickness between 0.1 and 0.5 mm. a. at least one body comprising an encapsulation made of one or more polymer layers defining a hollowed volume filled with PCM and b. at least one continuous coaxial device surrounding the entire length of the at least one PCM filled body, characterized in that the at least one continuous coaxial device is made of one or more polymer encapsulation layers made of polyamide, a blend of ionomer and polyamide, ethylene acrylate rubber, polyethylene, ethylene copolymers, polypropylene, polyester, all fluorinated polymers including perfluoro ethylene-propylene, perfluoroalkoxy alkane, ethylene tetrafluoroethylene, FKM fluoroelastomers as defined in ASTM D1418 (01.01.2017), Polyvinylidene fluoride, and combinations of two or more thereof, defining the hollowed area filled with PCM, wherein the at least one continuous coaxial device is in the form a cable and wherein the cable has a diameter between 2 and 8 mm and a total encapsulation thickness between 0.1 and 0.5 mm.
Catalyst comprising a support, at least one noble metal M, tin, phosphorus and a single lanthanide group element in the form of cerium, the content of noble metal M being comprised between 0.02 and 2% by weight, the tin content being comprised between 0.005 and 10% by weight, the content of phosphorus element being comprised between 0.4 and 1% by weight, and the cerium content being comprised between 0.02 and 0.3% by weight with respect to the weight of the catalyst.