mhurhangee/patent-ind-claim-en huggingface dataset:
An audio processing apparatus comprising: a display control unit configured, on a basis of object positional information of an audio object, to cause a display unit to display an audio object information image indicative of a position of the audio object; a selection unit configured to select a predetermined audio object from among one or a plurality of the audio objects; a parameter setting unit configured to set a parameter related with audio of the audio object selected by the selection unit; and a signal adjustment unit configured, on a basis of the parameter, to execute processing of adjusting audio characteristics of audio of the audio object on a background sound signal of a background sound; characterized by the processing is executed on an audio object signal such as relatively increasing the volume of the audio of the audio object by lowering the volume of a background sound. a display control unit configured, on a basis of object positional information of an audio object, to cause a display unit to display an audio object information image indicative of a position of the audio object; a selection unit configured to select a predetermined audio object from among one or a plurality of the audio objects; a parameter setting unit configured to set a parameter related with audio of the audio object selected by the selection unit; and a signal adjustment unit configured, on a basis of the parameter, to execute processing of adjusting audio characteristics of audio of the audio object on a background sound signal of a background sound; characterized by the processing is executed on an audio object signal such as relatively increasing the volume of the audio of the audio object by lowering the volume of a background sound.
A system for cleaning a recovery path of an extraction cleaner having a fluid delivery system comprising a supply container and a recovery system comprising at least a suction source and a recovery container , the system comprising: a wand , comprising: a fluid delivery pathway adapted for fluid communication with the supply container and having a fluid connector ; and an airflow pathway adapted for fluid communication with the recovery container having an airflow connector ; and a wand cap adapted to partially receive the wand and comprising: a fluid connector receiver that mates with the fluid connector of the wand ; an airflow connector receiver that mates with the airflow connector of the wand ; and an enclosed pathway between the fluid connector receiver and the airflow connector receiver . a wand , comprising: a fluid delivery pathway adapted for fluid communication with the supply container and having a fluid connector ; and an airflow pathway adapted for fluid communication with the recovery container having an airflow connector ; and a fluid delivery pathway adapted for fluid communication with the supply container and having a fluid connector ; and an airflow pathway adapted for fluid communication with the recovery container having an airflow connector ; and a wand cap adapted to partially receive the wand and comprising: a fluid connector receiver that mates with the fluid connector of the wand ; an airflow connector receiver that mates with the airflow connector of the wand ; and an enclosed pathway between the fluid connector receiver and the airflow connector receiver . a fluid connector receiver that mates with the fluid connector of the wand ; an airflow connector receiver that mates with the airflow connector of the wand ; and an enclosed pathway between the fluid connector receiver and the airflow connector receiver .
A clothes dryer comprising: a cabinet ; a drum rotatably mounted within the cabinet for receiving a load of fabric to be dried; a display adapted to present a real time remaining moisture content for the load of fabric; one or more sensors to sense the real time remaining moisture content for the load of fabric; a controller configured to receive information from said one or more sensors and a selector to determine a length of time for a drying cycle ; and a control panel coupled to the cabinet ; wherein the selector comprises a programmable dryness level selector , one or more preset dryness levels being selectable using said programmable dryness level selector , wherein each of the preset dryness levels corresponds to a stored target remaining moisture content; characterised in that the programmable dryness level selector displays a stored target remaining moisture content for each preset dryness level; wherein displaying the remaining moisture content includes continually updating a real time remaining moisture content during the drying cycle; and wherein the one or more preset dryness levels are customizable by saving the target remaining moisture content that corresponds to a respective preset dryness level, such that a target remaining moisture content can be pre-programmed by a user for each of the one or more preset dryness levels. a cabinet ; a drum rotatably mounted within the cabinet for receiving a load of fabric to be dried; a display adapted to present a real time remaining moisture content for the load of fabric; one or more sensors to sense the real time remaining moisture content for the load of fabric; a controller configured to receive information from said one or more sensors and a selector to determine a length of time for a drying cycle ; and a control panel coupled to the cabinet ; wherein the selector comprises a programmable dryness level selector , one or more preset dryness levels being selectable using said programmable dryness level selector , wherein each of the preset dryness levels corresponds to a stored target remaining moisture content; characterised in that the programmable dryness level selector displays a stored target remaining moisture content for each preset dryness level; wherein displaying the remaining moisture content includes continually updating a real time remaining moisture content during the drying cycle; and wherein the one or more preset dryness levels are customizable by saving the target remaining moisture content that corresponds to a respective preset dryness level, such that a target remaining moisture content can be pre-programmed by a user for each of the one or more preset dryness levels.
A system for weighing containers (C), comprising: - a weighing station for weighing containers (C); - a conveying path (P) of the containers (C), extending from an infeed section (I), upstream of the weighing station , to an outfeed section (U), downstream of the weighing station ; the conveying path (P) further comprises a gripping stretch (T1) for gripping the containers (C) and a release stretch (T2) for releasing the containers (C), disposed between the infeed section (I) and the outfeed section (U); - conveying means , disposed along the conveying path (P) for conveying the containers (C) to be weighed from the infeed section (I) to the gripping stretch (T1), and the weighed containers (C) from the release stretch (T2) to the outfeed section (U); the system being characterized in that : - the conveying means comprises at least a first group of housings and a second group of housings , adapted to receive the containers (C) and movable along the conveying path (P) from the infeed section to the gripping stretch (T1); - the system also comprises gripping and transferring means for transferring the containers (C) to be weighed from the gripping stretch (T1) to the weighing station , and the weighed containers (C) from the weighing station to the release stretch (T2); and in that : the first group of housings and the second group of housings of the conveying means are movable independently of each other from the infeed section (I) to the gripping stretch (T1). - a weighing station for weighing containers (C); - a conveying path (P) of the containers (C), extending from an infeed section (I), upstream of the weighing station , to an outfeed section (U), downstream of the weighing station ; the conveying path (P) further comprises a gripping stretch (T1) for gripping the containers (C) and a release stretch (T2) for releasing the containers (C), disposed between the infeed section (I) and the outfeed section (U); - conveying means , disposed along the conveying path (P) for conveying the containers (C) to be weighed from the infeed section (I) to the gripping stretch (T1), and the weighed containers (C) from the release stretch (T2) to the outfeed section (U); - the conveying means comprises at least a first group of housings and a second group of housings , adapted to receive the containers (C) and movable along the conveying path (P) from the infeed section to the gripping stretch (T1); - the system also comprises gripping and transferring means for transferring the containers (C) to be weighed from the gripping stretch (T1) to the weighing station , and the weighed containers (C) from the weighing station to the release stretch (T2); and in that : the first group of housings and the second group of housings of the conveying means are movable independently of each other from the infeed section (I) to the gripping stretch (T1).
An aerial distribution system for deploying items, comprising: a box open at the top; a lid detachably coupled to the box and configured to cover the open top of the box ; a flexible liner inserted into the box for containing a plurality of items to be deployed; and at least one strap coupling the lid to the flexible liner ; wherein, in use, air drag removes the lid from the box and inverts the flexible liner to eject the items through the open top of the box . a box open at the top; a lid detachably coupled to the box and configured to cover the open top of the box ; a flexible liner inserted into the box for containing a plurality of items to be deployed; and at least one strap coupling the lid to the flexible liner ; wherein, in use, air drag removes the lid from the box and inverts the flexible liner to eject the items through the open top of the box .
An article of footwear , the article of footwear comprising: a base axis , a first diagonal axis , and a second diagonal axis , wherein the base axis , the first diagonal axis , and the second diagonal axis are nonparallel, and wherein the base axis extends from one side of the article of footwear to an opposing side of the article of footwear ; an upper and a fastening system ; the fastening system including a fastener , a first receptacle , and one or more tensile elements , wherein the one or more tensile elements include a first tensile element ; the upper comprising a first portion and a second portion; the first tensile element being disposed along the first portion of the upper , and wherein the first tensile element is substantially aligned with the second diagonal axis ; the fastener and the first tensile element each being joined to the first receptacle ; the fastening system including a secured state and an unsecured state; a first portion of the fastener being disposed along the first portion of the upper in the secured state, wherein the first portion of the fastener is substantially aligned with the first diagonal axis ; a second portion of the fastener being disposed along the second portion of the upper in the secured state, wherein the second portion of the fastener is substantially aligned with the base axis ; and wherein the fastening system is configured to distribute a compressive tension over at least a portion of the second portion of the upper and at least a portion of the first portion of the upper when the fastening system is in the secured state. a base axis , a first diagonal axis , and a second diagonal axis , wherein the base axis , the first diagonal axis , and the second diagonal axis are nonparallel, and wherein the base axis extends from one side of the article of footwear to an opposing side of the article of footwear ; an upper and a fastening system ; the fastening system including a fastener , a first receptacle , and one or more tensile elements , wherein the one or more tensile elements include a first tensile element ; the upper comprising a first portion and a second portion; the first tensile element being disposed along the first portion of the upper , and wherein the first tensile element is substantially aligned with the second diagonal axis ; the fastener and the first tensile element each being joined to the first receptacle ; the fastening system including a secured state and an unsecured state; a first portion of the fastener being disposed along the first portion of the upper in the secured state, wherein the first portion of the fastener is substantially aligned with the first diagonal axis ; a second portion of the fastener being disposed along the second portion of the upper in the secured state, wherein the second portion of the fastener is substantially aligned with the base axis ; and wherein the fastening system is configured to distribute a compressive tension over at least a portion of the second portion of the upper and at least a portion of the first portion of the upper when the fastening system is in the secured state.
A method of scheduling print jobs for printing on a printer which has printing elements provided for printing in a number of different colors (Y, M, C, K, W), characterized by the steps of: a) calculating, for each color, a constraint time (Tc Y - Tc W ) which specifies a time at which the printing elements for the respective color should be either operated or subjected to a maintenance treatment (m) in order to avoid a risk of malfunction, due to causes such as ink drying out in the printing element; b) calculating, for each of a plurality of print jobs that have been scheduled already and are waiting in a print queue, an operation time (To) at which the printing elements will be operating in the course of the processing of the print job; and c) when a new print job is to be scheduled and the print jobs, including the new print job, comprise at least one job in which printing elements for at least one color are not operated, determining a sequence of the print jobs in the print queue, with corresponding calculation of the new constraint times (Tc Y ' - Tc W ') and new operation times (To), with an aim to extend the constraint times by operating the printing elements before expiry of their previously calculated constraint times by shifting the constraint times to the future due to the usage of the corresponding colors. a) calculating, for each color, a constraint time (Tc Y - Tc W ) which specifies a time at which the printing elements for the respective color should be either operated or subjected to a maintenance treatment (m) in order to avoid a risk of malfunction, due to causes such as ink drying out in the printing element; b) calculating, for each of a plurality of print jobs that have been scheduled already and are waiting in a print queue, an operation time (To) at which the printing elements will be operating in the course of the processing of the print job; and c) when a new print job is to be scheduled and the print jobs, including the new print job, comprise at least one job in which printing elements for at least one color are not operated, determining a sequence of the print jobs in the print queue, with corresponding calculation of the new constraint times (Tc Y ' - Tc W ') and new operation times (To), with an aim to extend the constraint times by operating the printing elements before expiry of their previously calculated constraint times by shifting the constraint times to the future due to the usage of the corresponding colors.
A system for surface inspection, the system comprising an apparatus and an end effector , the apparatus comprising: a terahertz emitter orientable to emit energy toward a surface , the surface having a surface layer disposed on the surface in proximity of a surface feature coupled to the surface , the surface layer fully or partially enclosing the surface feature; a detector positionable to receive terahertz energy from the terahertz emitter that is reflected by the surface ; and a computing device in signal receiving communication with the detector , wherein the computing device is configured to detect the surface feature using a signal from the detector ; characterized in that the apparatus is off-set from a center of the end effector and the end effector is configured to rotate the apparatus for surface inspection during an inspection of the surface . a terahertz emitter orientable to emit energy toward a surface , the surface having a surface layer disposed on the surface in proximity of a surface feature coupled to the surface , the surface layer fully or partially enclosing the surface feature; a detector positionable to receive terahertz energy from the terahertz emitter that is reflected by the surface ; and a computing device in signal receiving communication with the detector , wherein the computing device is configured to detect the surface feature using a signal from the detector ;
A seat component adjustment actuator, comprising: a housing ; an electric motor ; and a gearing coupled to the electric motor and comprising at least three worm transmission stages (11-16), wherein a first worm transmission stage of the at least three worm transmission stages (11-16) comprises a first worm and a first worm gear engaged with the first worm , and a third worm transmission stage of the at least three worm transmission stages (11-16) comprises a third worm and a third worm gear engaged with the third worm , wherein the first worm is supported in the housing such that the first worm is rotatable about an input rotation axis and wherein the third worm gear is supported in the housing such that the third worm gear is rotatable about an output rotation axis which is transverse to the input rotation axis , wherein the first worm gear is rotatable about a first rotation axis which is parallel to the output rotation axis , wherein the third worm gear is offset relative to the first worm gear in a direction parallel to the output rotation axis , characterized in that a distance between the output rotation axis and the first rotation axis is less than the sum of the radius of the third worm gear and the radius of the first worm gear such that the third worm gear at least partially overlaps the first worm gear . a housing ; an electric motor ; and a gearing coupled to the electric motor and comprising at least three worm transmission stages (11-16), wherein a first worm transmission stage of the at least three worm transmission stages (11-16) comprises a first worm and a first worm gear engaged with the first worm , and a third worm transmission stage of the at least three worm transmission stages (11-16) comprises a third worm and a third worm gear engaged with the third worm , wherein the first worm is supported in the housing such that the first worm is rotatable about an input rotation axis and wherein the third worm gear is supported in the housing such that the third worm gear is rotatable about an output rotation axis which is transverse to the input rotation axis , a first worm transmission stage of the at least three worm transmission stages (11-16) comprises a first worm and a first worm gear engaged with the first worm , and a third worm transmission stage of the at least three worm transmission stages (11-16) comprises a third worm and a third worm gear engaged with the third worm , wherein the first worm is supported in the housing such that the first worm is rotatable about an input rotation axis and wherein the third worm gear is supported in the housing such that the third worm gear is rotatable about an output rotation axis which is transverse to the input rotation axis , wherein the first worm gear is rotatable about a first rotation axis which is parallel to the output rotation axis , wherein the third worm gear is offset relative to the first worm gear in a direction parallel to the output rotation axis ,
A bispecific antigen-binding molecule comprising a first antigen-binding domain that specifically binds human CD3, and a second antigen-binding domain that specifically binds human CD20, wherein the first antigen-binding domain comprises a heavy chain variable region (HCVR) comprising complementarity determining regions A1-HCDR1, A1-HCDR2 and A1-HCDR3, and a light chain variable region (LCVR) comprising complementarity determining regions A1-LCDR1, A1-LCDR2 and A1-LCDR3, wherein the complementarity determining regions are contained within a HCVR/LCVR pair comprising the amino acid sequences selected from SEQ ID NOs: 1250/1258, 1266/1274 or 1282/1290, wherein the bispecific antigen-binding molecule induces proliferation of human and cynomolgous peripheral blood mononuclear cells in vitro.
A transportable cooling chamber having a housing , a chilled goods holding space within this housing and a coolant store for cooling this chilled goods holding space within the housing , wherein the coolant store is arranged above the chilled goods holding space and comprises a cooling body for improving heat exchange and wherein a lead surface is provided for initiating and guiding a free convection flow circulating in the chilled goods holding space , wherein the cooling body is arranged above the lead surface and comprises an arrangement of a number of parallel cooling ribs protruding into the chilled goods holding space and wherein the circulating free convection flow is directed downwards along a thermally insulated wall surface of the housing and rises again at an opposite wall surface, wherein the coolant store comprises a trough for filling with pourable ice , characterised in that the cooling body is arranged on the underside of the trough and is connected to the trough directly or indirectly via heat-conducting intermediate elements.
A lead (10; 110; 210; 310; 410) for neuromodulation and/or neurosensing, especially for neurostimulation and/or neurorecording, comprising at least one lead cable (12, 14; 112, 114; 212, 214; 312, 314; 412, 414), at least one electrode section (16; 116; 216; 316; 416) and at least one electrode (20; 120; 220; 320; 420) placed in the electrode section (16; 116; 216; 316; 416), wherein the lead (10; 110; 210; 310; 410) comprises an anchoring means (28; 128; 228; 328; 428), which are pre-attached to the lead (10; 110; 210; 310; 410), wherein the anchoring means (28; 128; 228; 328; 428) is a sleeve or sleeve-like section on the outer part of the lead cable (14; 114; 214; 314; 414), especially forming an outermost part of the lead cable (14; 114; 214; 314; 414) wherein, by means of the pre-attaching of the anchoring means (28; 128; 228; 328; 428) the position relative between lead and anchoring means is defined and set such that no relative movement of the lead and anchoring means is possible, characterized in that the anchoring means (28; 128; 228; 328; 428) is overmolded over and part of the outer part of the lead cable (14; 114; 214; 314; 414).
A catalyst powder comprising: (i) a core portion that contains ceria, zirconia, and one or more rare earth element oxide(s) excluding ceria and/or alkaline earth metal oxide(s); and (ii) a surface layer portion that is located on the core portion, and that contains ceria, zirconia, and one or more rare earth element oxide(s) other than ceria and/or alkaline earth metal oxide(s) different from that or those of the core portion; wherein a ratio (M 2 /M 1 ) is 0.30 or more and 0.95 or less, the ratio (M 2 /M 1 ) being a ratio of: (a) a mole fraction M 2 (mol%) of cerium in the surface layer portion measured using X-ray photoelectron spectroscopy; to (b) a mole fraction M 1 (mol%) of cerium in the entire powder as obtained by measuring, using ICP-AES, the amount of cerium in a solution obtained by dissolving the powder through alkaline fusion. (i) a core portion that contains ceria, zirconia, and one or more rare earth element oxide(s) excluding ceria and/or alkaline earth metal oxide(s); and (ii) a surface layer portion that is located on the core portion, and that contains ceria, zirconia, and one or more rare earth element oxide(s) other than ceria and/or alkaline earth metal oxide(s) different from that or those of the core portion;