mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: Setting a limiter ceiling for an audio signal to full scale; Receiving a portion of the audio signal; Determining a maximum amplitude of the portion of the audio signal; Evaluating the portion of the audio signal with a neural network to provide a voice likelihood estimate for the portion of the audio signal; Determining , based on the maximum amplitude and the voice likelihood estimate, that the portion of the audio signal includes noise; Decreasing the limiter ceiling in response to determining that the portion of the audio signal includes noise; and Providing , to a limiter module through which the audio signal passes, the limiter ceiling to limit an amount of energy of the audio signal. Setting a limiter ceiling for an audio signal to full scale; Receiving a portion of the audio signal; Determining a maximum amplitude of the portion of the audio signal; Evaluating the portion of the audio signal with a neural network to provide a voice likelihood estimate for the portion of the audio signal; Determining , based on the maximum amplitude and the voice likelihood estimate, that the portion of the audio signal includes noise; Decreasing the limiter ceiling in response to determining that the portion of the audio signal includes noise; and Providing , to a limiter module through which the audio signal passes, the limiter ceiling to limit an amount of energy of the audio signal.
A bone plate for bone fixation, comprising: a body portion having a first side and an opposite second side , the body portion extending in a plane, the bone plate including a plurality of nodes and intervening bridges , the bridges having a reduced area moment of inertia relative to the nodes such that the bridges have an increased propensity to bending relative to the nodes when a force is applied thereto, and each of the nodes having a screw hole , the nodes have bilaterally extending wings that equally taper in thickness toward each of the first and second sides of the plate, wherein the nodes and bridges present a same surface structure when viewed from either of the first and second sides , characterised in that : at least a plurality of the screw holes are threaded; and the bone plate further comprises a cross-arm having a plurality of nodes extending transverse to the body portion at a non-orthogonal angle, and the bone plate is planar and bilaterally asymmetric. a body portion having a first side and an opposite second side , the body portion extending in a plane, the bone plate including a plurality of nodes and intervening bridges , the bridges having a reduced area moment of inertia relative to the nodes such that the bridges have an increased propensity to bending relative to the nodes when a force is applied thereto, and each of the nodes having a screw hole , the nodes have bilaterally extending wings that equally taper in thickness toward each of the first and second sides of the plate, wherein the nodes and bridges present a same surface structure when viewed from either of the first and second sides , characterised in that : at least a plurality of the screw holes are threaded; and the bone plate further comprises a cross-arm having a plurality of nodes extending transverse to the body portion at a non-orthogonal angle, and the bone plate is planar and bilaterally asymmetric. at least a plurality of the screw holes are threaded; and the bone plate further comprises a cross-arm having a plurality of nodes extending transverse to the body portion at a non-orthogonal angle, and the bone plate is planar and bilaterally asymmetric.
A dental prosthesis system with a dental implant and with a prosthetic structure mountable on the dental implant , in which the dental implant and the prosthetic structure have a central receiving channel for a connecting screw, wherein the dental implant , for mounting the prosthetic structure , forms a bearing face as a support face for the prosthetic structure , and the prosthetic structure forms a base face adapted in terms of its contour to the bearing face , and wherein the bearing face and the base face are provided with a guide pairing , which comprises a guide rib formed integrally on the dental implant or the prosthetic structure and a corresponding guide groove formed in the respective other component (32 or 34) and capable of being brought into a form fit with said guide rib, wherein the guide rib is embodied in the manner of an annular bead with a peripheral, closed contour, and wherein the two lateral edges of the guide rib have a contour adapted to one another, so that the guide rib in plan view forms a peripheral band of approximately uniform width, characterised in that the outer lateral edge and the inner lateral edge of the guide rib , as viewed in the profile of the guide rib , are not oriented parallel to one another, optionally wherein the outer lateral edge of the guide rib is inclined relative to a plane normal to the longitudinal axis of the dental implant by a flank angle (α), and wherein the inner lateral edge of the guide rib is inclined relative to said plane by a flank angle (β) .
A producing method for a pluripotent stem cell capable of differentiating into a specific cell, the method comprising: (i) a step of measuring an expression level of a gene, which is expressed by a primitive endodermal cell, in a pluripotent stem cell as a sample; and (ii) a step of comparing the measured expression level of the gene, which is expressed by the primitive endodermal cell, with an expression level of the gene in a pluripotent stem cell known to have high differentiation potency into the specific cell, and selecting a pluripotent stem cell in which the measured expression level of the gene is less than one time relative to the expression level in the pluripotent stem cell known to have high differentiation potency into the specific cell, and acquiring a pluripotent stem cell capable of differentiating into the specific cell, wherein the gene expressed by the primitive endodermal cell is at least one gene selected from the group consisting of CER1, LEFTY1, LEFTY2, NODAL, and CXCR4, and wherein the specific cell is a differentiated cell derived from mesoderm or ectoderm. (i) a step of measuring an expression level of a gene, which is expressed by a primitive endodermal cell, in a pluripotent stem cell as a sample; and (ii) a step of comparing the measured expression level of the gene, which is expressed by the primitive endodermal cell, with an expression level of the gene in a pluripotent stem cell known to have high differentiation potency into the specific cell, and selecting a pluripotent stem cell in which the measured expression level of the gene is less than one time relative to the expression level in the pluripotent stem cell known to have high differentiation potency into the specific cell, and acquiring a pluripotent stem cell capable of differentiating into the specific cell, wherein the gene expressed by the primitive endodermal cell is at least one gene selected from the group consisting of CER1, LEFTY1, LEFTY2, NODAL, and CXCR4, and wherein the specific cell is a differentiated cell derived from mesoderm or ectoderm.
A process for preventing the formation of biofouling on a surface of a material in contact with an aqueous medium or with air having a relative humidity of 90% or more, comprising treating the surface with an exopolysaccharide: - comprising less than 1% by weight of sulphate based on the dry weight of the exopolysaccharide, and - comprising glucuronic acid, galacturonic acid, galactose, glucose, mannose, and - obtained by fermentation of a bacterium of the genus Pseudoalteromonas from a non-typical marine environment, where a non-typical marine environment is one in which: - the temperature is between 5 and 40 °C, and/or - the pressure is between 0.1 and 5 bar, and/or - the pH is between 3 and 10, and/or - the salinity is between 10 and 75 g/L, and/or - the partial pressure of dissolved oxygen is greater than or equal to 10%. - comprising less than 1% by weight of sulphate based on the dry weight of the exopolysaccharide, and - comprising glucuronic acid, galacturonic acid, galactose, glucose, mannose, and - obtained by fermentation of a bacterium of the genus Pseudoalteromonas from a non-typical marine environment, - the temperature is between 5 and 40 °C, and/or - the pressure is between 0.1 and 5 bar, and/or - the pH is between 3 and 10, and/or - the salinity is between 10 and 75 g/L, and/or - the partial pressure of dissolved oxygen is greater than or equal to 10%.
Method for classifying a partial discharge in an insulator of an electrical conductor of a medium voltage or high voltage electrical device , the method being implemented in an electronic control unit and being configured to classify a partial discharge from between at least a first class (C1) and a second class (C2) distinct from the first class (C1), the method comprising the steps: - obtain a set (P) of samples (E 1 ..., E n ) each corresponding to at least one partial discharge, (step 51) - determine a duration (Delta) separating two consecutive samples of the set (P) of samples each corresponding to at least one partial discharge, - determine a classification model (M2) by automatic learning based on at least one statistical quantity (G) of the samples of the set (P) obtained (step 52), in which the statistical quantity (G) of the set (P) of samples to be classified comprises the duration (Delta) separating two consecutive samples of the set (P) of samples to be classified, - acquire a new sample (E n+1 ) corresponding to at least one partial discharge, (step 53) - determine the class (C1, C2) of the partial discharge associated with the new sample acquired (E n+1 ) based on the classification model (M2). (step 54) the method comprising the steps: - obtain a set (P) of samples (E 1 ..., E n ) each corresponding to at least one partial discharge, (step 51) - determine a duration (Delta) separating two consecutive samples of the set (P) of samples each corresponding to at least one partial discharge, - determine a classification model (M2) by automatic learning based on at least one statistical quantity (G) of the samples of the set (P) obtained (step 52), - obtain a set (P) of samples (E 1 ..., E n ) each corresponding to at least one partial discharge, (step 51) - determine a duration (Delta) separating two consecutive samples of the set (P) of samples each corresponding to at least one partial discharge, - determine a classification model (M2) by automatic learning based on at least one statistical quantity (G) of the samples of the set (P) obtained (step 52), in which the statistical quantity (G) of the set (P) of samples to be classified comprises the duration (Delta) separating two consecutive samples of the set (P) of samples to be classified, - acquire a new sample (E n+1 ) corresponding to at least one partial discharge, (step 53) - determine the class (C1, C2) of the partial discharge associated with the new sample acquired (E n+1 ) based on the classification model (M2). (step 54) - acquire a new sample (E n+1 ) corresponding to at least one partial discharge, (step 53) - determine the class (C1, C2) of the partial discharge associated with the new sample acquired (E n+1 ) based on the classification model (M2). (step 54)
A mould for forming an absorbent core for an absorbent article, the mould comprising: i. a mould cavity being bounded by at least one exterior surface defining the contour of the absorbent core and a bottom air permeable base surface , and ii. a three-dimensional shaping profile member within the mould cavity , wherein the shaping profile member and the air permeable base surface are engaged via interlocking elements . i. a mould cavity being bounded by at least one exterior surface defining the contour of the absorbent core and a bottom air permeable base surface , and ii. a three-dimensional shaping profile member within the mould cavity ,
A gas turbine engine , comprising: a geared architecture interconnecting a spool and a fan rotatable about an axis (A); a plurality of service tubes laterally extending to an oil manifold associated with the geared architecture; a central body support including an outer annular wall , an inner annular wall defining a core flow path (C) with the outer annular wall, and an integral flex support inwardly extending from the inner annular wall, the integral flex support having: a fore section coupled to the geared architecture using fasteners , an aft section , and at least one flex member configured to at least partially suppress vibrations between the central body support and at least the geared architecture; a plurality of vanes circumferentially disposed between the outer and inner annular walls; and a bearing package having a bearing support removably coupled to the integral flex support, wherein the aft section of the integral flex support is coupled to the bearing support using fasteners , the aft section of the integral flex support and the bearing support being sealably coupled so as to create an oil seal substantially surrounding lower bearings associated with one or more exit guide vanes for lubrication; wherein the integral flex support is disposed substantially aft of the geared architecture so as to provide sufficient axial clearance to the oil manifold associated with the geared architecture. a geared architecture interconnecting a spool and a fan rotatable about an axis (A); a plurality of service tubes laterally extending to an oil manifold associated with the geared architecture; a central body support including an outer annular wall , an inner annular wall defining a core flow path (C) with the outer annular wall, and an integral flex support inwardly extending from the inner annular wall, the integral flex support having: a fore section coupled to the geared architecture using fasteners , an aft section , and at least one flex member configured to at least partially suppress vibrations between the central body support and at least the geared architecture; a fore section coupled to the geared architecture using fasteners , an aft section , and at least one flex member configured to at least partially suppress vibrations between the central body support and at least the geared architecture; a plurality of vanes circumferentially disposed between the outer and inner annular walls; and a bearing package having a bearing support removably coupled to the integral flex support, wherein the aft section of the integral flex support is coupled to the bearing support using fasteners , the aft section of the integral flex support and the bearing support being sealably coupled so as to create an oil seal substantially surrounding lower bearings associated with one or more exit guide vanes for lubrication; wherein the integral flex support is disposed substantially aft of the geared architecture so as to provide sufficient axial clearance to the oil manifold associated with the geared architecture.
A visible light communication signal display method of displaying (i) an image represented by video signals and (ii) an image obtained by encoding visible light communication signals which are transmitted by visible light communication, the visible light communication signal display method comprising: encoding (S111) at least part of the visible light communication signals to generate an encoded image; generating (S112) a plurality of sub-images which correspond to respective partial images obtained by spatially dividing the encoded image, the plurality of sub-images each (i) including a corresponding one of the partial images and (ii) being an image having, except for a region of the corresponding one of the partial images, a substantially uniform luminance value which is lower than or equal to a predetermined luminance value; and displaying (S113), in a video display period, the image represented by the video signals, and displaying the sub-images in time series in a communication period different from the video display period, wherein in the encoding (S111), part of the visible light communication signals is encoded to generate the encoded image, and other part of the visible light communication signals is encoded into timings at which the sub-images are displayed or into a sequence at which the sub-images are displayed, and in the displaying (S113), the sub-images are displayed in time series at the timings or in the sequence in the communication period. encoding (S111) at least part of the visible light communication signals to generate an encoded image; generating (S112) a plurality of sub-images which correspond to respective partial images obtained by spatially dividing the encoded image, the plurality of sub-images each (i) including a corresponding one of the partial images and (ii) being an image having, except for a region of the corresponding one of the partial images, a substantially uniform luminance value which is lower than or equal to a predetermined luminance value; and displaying (S113), in a video display period, the image represented by the video signals, and displaying the sub-images in time series in a communication period different from the video display period, wherein in the encoding (S111), part of the visible light communication signals is encoded to generate the encoded image, and other part of the visible light communication signals is encoded into timings at which the sub-images are displayed or into a sequence at which the sub-images are displayed, and in the displaying (S113), the sub-images are displayed in time series at the timings or in the sequence in the communication period.
A temperature control garment arranged to be worn on a user's torso, comprising: a flexible support; a bladder defining a chamber for receiving a supply of gas; and an arrangement of holes provided in the bladder for directing gas supplied to the chamber towards the user's body so as to modify the temperature of the user's body; characterised by a breathing duct coupled to the bladder and supported by the flexible support along a length of the breathing duct , the breathing duct for receiving a supply of breathable gas, the breathing duct having at least one duct outlet for delivering the breathable gas supplied to the breathing duct to the user, wherein the at least one duct outlet is arranged to discharge the breathable gas such that it can be inhaled by the user; and wherein the bladder comprises at least a back portion which is arranged to overlie at least a portion of the user's back. a flexible support; a bladder defining a chamber for receiving a supply of gas; and an arrangement of holes provided in the bladder for directing gas supplied to the chamber towards the user's body so as to modify the temperature of the user's body; characterised by a breathing duct coupled to the bladder and supported by the flexible support along a length of the breathing duct , the breathing duct for receiving a supply of breathable gas, the breathing duct having at least one duct outlet for delivering the breathable gas supplied to the breathing duct to the user, wherein the at least one duct outlet is arranged to discharge the breathable gas such that it can be inhaled by the user; and wherein the bladder comprises at least a back portion which is arranged to overlie at least a portion of the user's back.
A vehicle braking unit , in particular a brake caliper unit for a disc brake, of the type comprising a support designed to be positioned in use close to an element to be braked , braking elements which are carried in a movable way by the support and which are suitable for cooperating, in use by friction, with the element to be braked, actuation elements which are carried by the support and which are suitable, when activated, for pushing the braking elements against the element to be braked in order to apply upon the same, by friction, a braking torque, and first and second guide surfaces that are integral, respectively, to the braking elements and to the support, and that cooperate together to guide and support the braking elements when they are moved towards the element to be braked by the activation of the actuation elements; characterized in that the first and/or the second guide surfaces are at least partially covered by a sliding coating consisting of: i)- a polymeric resin layer; ii)- solid lubricants and/or anti-friction materials dispersed within the polymeric resin layer. i)- a polymeric resin layer; ii)- solid lubricants and/or anti-friction materials dispersed within the polymeric resin layer.
An antibody construct comprising a first domain which binds to BCMA, a second domain which binds to CD3 and a third domain which extends the plasma half-life of the antibody construct, for use in the treatment or amelioration of a BCMA positive neoplasm in a human, wherein the neoplasm is a B cell neoplasm or a plasma cell neoplasm, wherein the antibody construct is administered at a minimum dose of 800 μg/day in at least one cycle, wherein one cycle comprises at least three individual administrations of the antibody construct, wherein one individual administration is the administration on one day.
Suspension apparatus for the cantilevered suspension of a food storage container , with a central rail for the direct suspension of a food storage container , wherein the central rail is a profile rail made of metal, characterised in that the profile rail has a first, upper hollow chamber , which is moulded onto an upper edge of a front panel of the profile rail , and a second, lower hollow chamber , embodied spaced apart therefrom, which is moulded onto a lower edge of the front panel of the profile rail , wherein the hollow chambers extend rearwards from the front panel , wherein the upper hollow chamber has a smaller depth than the lower hollow chamber when viewed in the depth direction (z) of the suspension apparatus .
A method of laying empty pipes (P) on the seabed, which method comprises - arranging a plurality of empty pipes (P) in a bundle (B, B 3 , B 6 , B 9 ), wherein the plurality of empty pipes includes at least three pipes; - arranging at least one bundle-strengthening element (E, CC) in a cavity (C) defined by (P) the plurality of empty pipes of the bundle (B, B 3 , B 6 , B 9 ); - binding the bundle (B, B 3 , B 6 , B 9 ); and - lowering the bundle (B, B 3 , B 6 , B 9 ) to the seabed, wherein the weight of the at least one bundle-strengthening element (E, CC) is chosen to counteract the buoyancy of the plurality of empty pipes (P) prior to and during lowering of the bundle to the seabed and ensure that the bundle remains submerged. - arranging a plurality of empty pipes (P) in a bundle (B, B 3 , B 6 , B 9 ), wherein the plurality of empty pipes includes at least three pipes; - arranging at least one bundle-strengthening element (E, CC) in a cavity (C) defined by (P) the plurality of empty pipes of the bundle (B, B 3 , B 6 , B 9 ); - binding the bundle (B, B 3 , B 6 , B 9 ); and - lowering the bundle (B, B 3 , B 6 , B 9 ) to the seabed, wherein the weight of the at least one bundle-strengthening element (E, CC) is chosen to counteract the buoyancy of the plurality of empty pipes (P) prior to and during lowering of the bundle to the seabed and ensure that the bundle remains submerged.