mhurhangee/ep-ind-claims huggingface dataset:
Conveying device for conveying objects and/or persons, with a transport platform on which the object and/or the person can be positioned, with at least four drive motors (M1 - M4) which move the transport platform, having at least six connecting cables (S1 - S8) which connect the transport platform to the drive motors (M1 - M4), the transport platform being movable into a desired position by winding up or unwinding the respective connecting cables (S1 - S8) by means of the drive motors (M1 - M4), with a controller that controls the drive motors (M1 - M4), characterized by at least two angle sensors (WS2, WS4), wherein one angle sensor (WS2, WS4) each is arranged at a respective connecting cable end (S2, S4) on the transport platform and each angle sensor (WS2, WS4) communicates an angle (α, β) between the respective connecting cable (S2, S4) and a respective orthogonal edge of the transport platform as an angle signal to the controller.
A computer-implemented method of obtaining a confidence score that represents a probability of presence of dialog in a current frame of an input audio signal, the method comprising: dividing the input audio signal into a plurality of frames; extracting frame audio features from each frame; determining a set of context windows, each context window including a number of frames surrounding the current frame; deriving, for each context window, a relevant context audio feature for the current frame based on the frame audio features of the frames in each respective context; concatenating each context audio feature to form a combined feature vector to represent the current frame; and obtaining a speech confidence score that represents a probability of presence of dialog in the current frame using the combined feature vector, characterized in that the number of frames in one or more context windows is adaptively determined based on the extracted frame audio features. dividing the input audio signal into a plurality of frames; extracting frame audio features from each frame; determining a set of context windows, each context window including a number of frames surrounding the current frame; deriving, for each context window, a relevant context audio feature for the current frame based on the frame audio features of the frames in each respective context; concatenating each context audio feature to form a combined feature vector to represent the current frame; and obtaining a speech confidence score that represents a probability of presence of dialog in the current frame using the combined feature vector, characterized in that the number of frames in one or more context windows is adaptively determined based on the extracted frame audio features.
A fluid heating device, comprising: a flat plate ceramic heater having a lead wire for applying power; partition plates combined and having fluid pathways through which fluid to heat flows to the ceramic heater and is discharged after passing through the ceramic heater, above and under the ceramic heater; flow path forming plates combined and having fluid through holes such that the fluid in the horizontal flow pathways vertically moves to the fluid pathway of the next layer; an upper cover combined and having an inlet hole for supplying fluid to heat in the outer surface of the uppermost partition plate; and a lower cover combined and having an outlet hole for discharging heated fluid in the outer surface of the lowermost partition plate. a flat plate ceramic heater having a lead wire for applying power; partition plates combined and having fluid pathways through which fluid to heat flows to the ceramic heater and is discharged after passing through the ceramic heater, above and under the ceramic heater; flow path forming plates combined and having fluid through holes such that the fluid in the horizontal flow pathways vertically moves to the fluid pathway of the next layer; an upper cover combined and having an inlet hole for supplying fluid to heat in the outer surface of the uppermost partition plate; and a lower cover combined and having an outlet hole for discharging heated fluid in the outer surface of the lowermost partition plate.
A method for producing a polyaniline complex composition comprising: removing a solvent from an organic solution that comprises (a) polyaniline doped with a compound represented by the following formula and (b) a phenolic compound, thereby to obtain a composition; and immersing the composition in (c) a solution that comprises at least one of sulfonic acid and sulfonate, followed by drying: M(XARn)m wherein M is a hydrogen atom, an organic free radical or an inorganic free radical, and m is a value of [valence of M/valence of X]; X is an anion group; A is a hydrocarbon group that may comprise a substituent; R is a group represented by -H, -R 1, -OR 1, -COR 1, -COOR 1, -(C=O)-(COR 1) or -(C=O)-(COOR 1), and at least one of R is a group represented by -COOR 1 or -(C=O)-(COOR 1); wherein R 1 is a hydrocarbon group that may comprise a substituent, a silyl group, an alkylsilyl group, a group represented by -(R 2 O)x-R 3 or a group represented by -(OSiR 3 2)x-OR 3 (R 2 is independently an alkylene group, R 3 is independently a hydrocarbon group, and x is an integer of 1 or more); and n is an integer of 1 or more. removing a solvent from an organic solution that comprises (a) polyaniline doped with a compound represented by the following formula and (b) a phenolic compound, thereby to obtain a composition; and immersing the composition in (c) a solution that comprises at least one of sulfonic acid and sulfonate, followed by drying: M(XARn)m wherein M is a hydrogen atom, an organic free radical or an inorganic free radical, and m is a value of [valence of M/valence of X]; X is an anion group; A is a hydrocarbon group that may comprise a substituent; R is a group represented by -H, -R 1, -OR 1, -COR 1, -COOR 1, -(C=O)-(COR 1) or -(C=O)-(COOR 1), and at least one of R is a group represented by -COOR 1 or -(C=O)-(COOR 1); wherein R 1 is a hydrocarbon group that may comprise a substituent, a silyl group, an alkylsilyl group, a group represented by -(R 2 O)x-R 3 or a group represented by -(OSiR 3 2)x-OR 3 (R 2 is independently an alkylene group, R 3 is independently a hydrocarbon group, and x is an integer of 1 or more); and n is an integer of 1 or more. wherein M is a hydrogen atom, an organic free radical or an inorganic free radical, and m is a value of [valence of M/valence of X]; X is an anion group; A is a hydrocarbon group that may comprise a substituent; R is a group represented by -H, -R 1, -OR 1, -COR 1, -COOR 1, -(C=O)-(COR 1) or -(C=O)-(COOR 1), and at least one of R is a group represented by -COOR 1 or -(C=O)-(COOR 1); wherein R 1 is a hydrocarbon group that may comprise a substituent, a silyl group, an alkylsilyl group, a group represented by -(R 2 O)x-R 3 or a group represented by -(OSiR 3 2)x-OR 3 (R 2 is independently an alkylene group, R 3 is independently a hydrocarbon group, and x is an integer of 1 or more); and n is an integer of 1 or more.
A pipe element (22, 24, 22a, 24a) having first and second oppositely disposed ends (66, 86), said pipe element comprising: a sidewall surrounding a longitudinal axis and defining a bore, said sidewall having an outer surface; a first groove positioned in said outer surface, said first groove extending circumferentially around said bore and positioned proximate to said first end, said first groove being defined by a first plurality of sub-surfaces of said (74, 76, 78, 80) outer surface including: a first sub-surface oriented at a constant angle with respect to said longitudinal axis and facing away from said first end; a second sub-surface oriented at a constant angle of 40° to 70° with respect to said longitudinal axis, said second sub-surface being in spaced relation away from and facing toward said first sub-surface; a third sub-surface contiguous with said first sub-surface, said third sub-surface oriented at a constant angle of 1° to 25° with respect to said longitudinal axis and sloping toward said second sub-surface; and a fourth sub-surface contiguous with said third and second sub surfaces (76, 78), said fourth sub-surface being oriented at a constant angle with respect to said longitudinal axis. a sidewall surrounding a longitudinal axis and defining a bore, said sidewall having an outer surface; a first groove positioned in said outer surface, said first groove extending circumferentially around said bore and positioned proximate to said first end, said first groove being defined by a first plurality of sub-surfaces of said (74, 76, 78, 80) outer surface including: a first sub-surface oriented at a constant angle with respect to said longitudinal axis and facing away from said first end; a second sub-surface oriented at a constant angle of 40° to 70° with respect to said longitudinal axis, said second sub-surface being in spaced relation away from and facing toward said first sub-surface; a third sub-surface contiguous with said first sub-surface, said third sub-surface oriented at a constant angle of 1° to 25° with respect to said longitudinal axis and sloping toward said second sub-surface; and a fourth sub-surface contiguous with said third and second sub surfaces (76, 78), said fourth sub-surface being oriented at a constant angle with respect to said longitudinal axis. a first sub-surface oriented at a constant angle with respect to said longitudinal axis and facing away from said first end; a second sub-surface oriented at a constant angle of 40° to 70° with respect to said longitudinal axis, said second sub-surface being in spaced relation away from and facing toward said first sub-surface; a third sub-surface contiguous with said first sub-surface, said third sub-surface oriented at a constant angle of 1° to 25° with respect to said longitudinal axis and sloping toward said second sub-surface; and a fourth sub-surface contiguous with said third and second sub surfaces (76, 78), said fourth sub-surface being oriented at a constant angle with respect to said longitudinal axis.
A process, comprising: providing a slurried valuable metal-containing feed material comprising at least one of a copper sulfide and molybdenum sulfide mineral as a valuable metal sulfide mineral, wherein the slurried valuable metal-containing feed material comprises: i) one or more of brackish water and salt water; and ii) a gangue sulfide mineral comprising pyrite; aerating, with a molecular oxygen-containing gas, the slurried valuable metal-containing feed material to form an aerated slurried feed material; thereafter contacting the aerated slurried feed material with a sulfoxy reagent to form a treated slurried feed material; and floating the treated slurried feed material to form a concentrate comprising at least most of the at least one of a copper sulfide and molybdenum sulfide mineral in the aerated slurried feed material and tailings comprising the gangue sulfide mineral in the aerated slurried feed material. providing a slurried valuable metal-containing feed material comprising at least one of a copper sulfide and molybdenum sulfide mineral as a valuable metal sulfide mineral, wherein the slurried valuable metal-containing feed material comprises: i) one or more of brackish water and salt water; and ii) a gangue sulfide mineral comprising pyrite; i) one or more of brackish water and salt water; and ii) a gangue sulfide mineral comprising pyrite; aerating, with a molecular oxygen-containing gas, the slurried valuable metal-containing feed material to form an aerated slurried feed material; thereafter contacting the aerated slurried feed material with a sulfoxy reagent to form a treated slurried feed material; and floating the treated slurried feed material to form a concentrate comprising at least most of the at least one of a copper sulfide and molybdenum sulfide mineral in the aerated slurried feed material and tailings comprising the gangue sulfide mineral in the aerated slurried feed material.
A respiratory pressure therapy device for generating a supply of air at positive pressure for the amelioration or treatment of a respiratory disorder, the respiratory pressure therapy device comprising: a device outlet configured to connect to an air circuit to deliver the supply of air to a patient via a patient interface; a controller (4230, 4240) configured to control the respiratory therapy device to provide flow rates and pressures suitable for respiratory therapy; and a pressure generator including an impeller, a housing for the impeller that includes an inlet and an outlet (8004, 8006, 8014, 8024), and an electric motor configured to rotate the impeller to generate the positive pressure, wherein the impeller comprises a hub defining an axis of rotation for the impeller; a plurality of inclined blades, the plurality of inclined blades extending away from the hub; and a plurality of reverse inclined blades, the plurality of reverse inclined blades extending away from the hub, wherein each of the plurality of inclined blades are joined to an adjacent inclined blade at least in part by a reverse inclined blade. a device outlet configured to connect to an air circuit to deliver the supply of air to a patient via a patient interface; a controller (4230, 4240) configured to control the respiratory therapy device to provide flow rates and pressures suitable for respiratory therapy; and a pressure generator including an impeller, a housing for the impeller that includes an inlet and an outlet (8004, 8006, 8014, 8024), and an electric motor configured to rotate the impeller to generate the positive pressure, wherein the impeller comprises a hub defining an axis of rotation for the impeller; a plurality of inclined blades, the plurality of inclined blades extending away from the hub; and a plurality of reverse inclined blades, the plurality of reverse inclined blades extending away from the hub, wherein each of the plurality of inclined blades are joined to an adjacent inclined blade at least in part by a reverse inclined blade.
Transport path of a handling machine and/or packaging machine, which comprises a horizontal conveying section with a support surface and/or conveying surface moving in a conveying direction, for the conveying of piece goods (14; 14a, 14b, 14c) that are approximately unspaced or slightly spaced apart from each other one after the other in conveying direction, - to which support surface and/or conveying surface a divider device is assigned, which reaches upward through the support surface and/or conveying surface and at least in phases moves in conveying direction at a speed (v 2) that is reduced relative to the support surface and/or conveying surface, which divider device can distance at least one piece good (14, 14b) from at least one further piece good (14, 14a) preceding in conveying direction and can decelerate it relative to the preceding piece good (14, 14a) and relative to the proceeding support surface and/or conveying surface, - which divider device has at least one divider finger, which reaches upward in sections through the support surface and/or conveying surface and at least in phases moves in conveying direction at a speed (v 2) that is reduced relative to the support surface and/or conveying surface, which divider finger has at least one rotating member interacting with a base surface of the piece good (14, 14a) preceding the piece good (14, 14b) to be detained, the transport path being characterised in that the rotating member has a structure on its outer circumference and in that the rotating member is formed by a star with at least two teeth. - to which support surface and/or conveying surface a divider device is assigned, which reaches upward through the support surface and/or conveying surface and at least in phases moves in conveying direction at a speed (v 2) that is reduced relative to the support surface and/or conveying surface, which divider device can distance at least one piece good (14, 14b) from at least one further piece good (14, 14a) preceding in conveying direction and can decelerate it relative to the preceding piece good (14, 14a) and relative to the proceeding support surface and/or conveying surface, - which divider device has at least one divider finger, which reaches upward in sections through the support surface and/or conveying surface and at least in phases moves in conveying direction at a speed (v 2) that is reduced relative to the support surface and/or conveying surface, which divider finger has at least one rotating member interacting with a base surface of the piece good (14, 14a) preceding the piece good (14, 14b) to be detained, the transport path being characterised in that the rotating member has a structure on its outer circumference and in that the rotating member is formed by a star with at least two teeth.
A drying device to apply heat to a recording medium, the drying device being disposed downstream of an image forming section of an inkjet printer, the drying device comprising: a drying section to dry the recording medium; a cooling section to cool the recording medium conveyed from the drying section; and a duct to expel air inside the drying section to outside the drying device, the duct including a joint section where the air from the drying section meets air from the cooling section via an opening connecting the cooling section and the duct, characterised in that the air from the drying section containing moisture and solvent medium is cooled in the duct and wherein the drying device further comprises a collection section disposed at a bottom of the duct to collect a condensation liquid. a drying section to dry the recording medium; a cooling section to cool the recording medium conveyed from the drying section; and a duct to expel air inside the drying section to outside the drying device, the duct including a joint section where the air from the drying section meets air from the cooling section via an opening connecting the cooling section and the duct, characterised in that the air from the drying section containing moisture and solvent medium is cooled in the duct and wherein the drying device further comprises a collection section disposed at a bottom of the duct to collect a condensation liquid.
A connecting piece for an air conditioning system, the connecting piece being used in connection with an air duct, including a body and being pre-insulated, whereby on the outside of the body there is arranged an insulation layer, and at the end of the connecting piece there is a gap for the air duct, characterized in that at the end of the connecting piece to be connected to the air duct there is a gap between the insulation layer and the body for the air duct having a body and an insulation and there is a sealing area, in which there are arranged sealing elements and in which the wall of the body is formed thinner such that a recess is produced in the sealing area and the sealing elements are arranged in the recess of the sealing area.
A remote control device for controlling a plurality of controllable devices, comprising: - at least two spaced apart antennas (34, 35) for receiving a radio signal from a same positioning device, - a sending unit for sending a control signal, and - a control unit configured to determine a position information of the remote control device in relation to the positioning device based on the radio signal received from the positioning device via the at least two antennas (34, 35), to select a controllable device of the plurality of controllable devices depending on the position information of the remote control device, and to send a control information for controlling the selected controllable device via the control signal with the sending unit to the selected controllable device, characterized in that the remote control device comprises furthermore: - a memory for storing location information of the plurality of controllable devices (11, 12), the location information indicating for each controllable device a corresponding location of the controllable device in relation to a location of the positioning device, wherein the control unit is configured to select the controllable device of the plurality of controllable devices (11, 12) depending on the position information of the remote control device and the location information of the plurality of controllable devices (11, 12). - at least two spaced apart antennas (34, 35) for receiving a radio signal from a same positioning device, - a sending unit for sending a control signal, and - a control unit configured to determine a position information of the remote control device in relation to the positioning device based on the radio signal received from the positioning device via the at least two antennas (34, 35), to select a controllable device of the plurality of controllable devices depending on the position information of the remote control device, and to send a control information for controlling the selected controllable device via the control signal with the sending unit to the selected controllable device, - a memory for storing location information of the plurality of controllable devices (11, 12), the location information indicating for each controllable device a corresponding location of the controllable device in relation to a location of the positioning device,
A system for aiding driver control of a wading vehicle; the system comprising a sensor for detecting a water level about the vehicle, a display, a memory and a processor, the memory containing a program configured to run on the processor: to calculate or select an advisory maximum vehicle speed in dependence on one or more driving conditions of the vehicle including current wading depth and an inclination of the vehicle, to display said advisory maximum vehicle speed on the display, and to adjust said advisory maximum vehicle speed according to the inclination of the vehicle as indicated by an inclination sensor of the vehicle. to calculate or select an advisory maximum vehicle speed in dependence on one or more driving conditions of the vehicle including current wading depth and an inclination of the vehicle, to display said advisory maximum vehicle speed on the display, and to adjust said advisory maximum vehicle speed according to the inclination of the vehicle as indicated by an inclination sensor of the vehicle.
A method comprising: providing a boost converter having a current loop, wherein the current loop includes an inductor (122; 222) and a switching circuit (128; 228), wherein the switching circuit (128; 228) is configured to be controlled in accordance with a second feedback signal, wherein current in the current loop is affected by variation in an inductance of the inductor (122; 222) in the current loop; generating a first feedback signal; applying a compensation correction parameter (K p (I ref)) to the first feedback signal to provide the second feedback signal; and adaptively modifying the compensation correction parameter (K p (I ref)) based on variation in the inductance of the inductor (122; 222) in the current loop. providing a boost converter having a current loop, wherein the current loop includes an inductor (122; 222) and a switching circuit (128; 228), wherein the switching circuit (128; 228) is configured to be controlled in accordance with a second feedback signal, wherein current in the current loop is affected by variation in an inductance of the inductor (122; 222) in the current loop; generating a first feedback signal; applying a compensation correction parameter (K p (I ref)) to the first feedback signal to provide the second feedback signal; and adaptively modifying the compensation correction parameter (K p (I ref)) based on variation in the inductance of the inductor (122; 222) in the current loop.