mhurhangee/ep-ind-claims huggingface dataset:
A computing device for identifying a cardiac dysrhythmia behavior, the device comprising means (502,504,508,512,514,515,516,518,520,522,524,526,528) for carrying out the following steps: receiving a biological signal emulating an arterial pulse wave from a sensor associated with a human body; identifying a plurality of signal peaks within the biological signal; identifying a peak amplitude for each of the plurality of signal peaks; identifying a time occurrence for each of the plurality of signal peaks; calculating a plurality of amplitude differences, wherein each amplitude difference of the plurality of amplitude differences is calculated from a first peak amplitude of a first peak and a second peak amplitude of a second peak; calculating a plurality of time differences, wherein each time difference of the plurality of time differences is calculated from a first time occurrence of the first peak and a second time occurrence of the second peak; calculating at least one time difference dispersion metric from the plurality of time differences, by calculating a histogram from at least a portion of the plurality of time differences, and calculating at least one time difference dispersion metric characterising a peak occurring in the histogram around a primary time difference of the plurality of time differences; and identifying a cardiac dysrhythmia behavior of the biological signal from the at least one time difference dispersion metric in response to at least one anomalous amplitude difference calculated from a pair of peaks exceeding an amplitude threshold and at least one anomalous time difference calculated from said pair of peaks exceeding a time threshold receiving a biological signal emulating an arterial pulse wave from a sensor associated with a human body; identifying a plurality of signal peaks within the biological signal; identifying a peak amplitude for each of the plurality of signal peaks; identifying a time occurrence for each of the plurality of signal peaks; calculating a plurality of amplitude differences, wherein each amplitude difference of the plurality of amplitude differences is calculated from a first peak amplitude of a first peak and a second peak amplitude of a second peak; calculating a plurality of time differences, wherein each time difference of the plurality of time differences is calculated from a first time occurrence of the first peak and a second time occurrence of the second peak; calculating at least one time difference dispersion metric from the plurality of time differences, by calculating a histogram from at least a portion of the plurality of time differences, and calculating at least one time difference dispersion metric characterising a peak occurring in the histogram around a primary time difference of the plurality of time differences; and identifying a cardiac dysrhythmia behavior of the biological signal from the at least one time difference dispersion metric in response to at least one anomalous amplitude difference calculated from a pair of peaks exceeding an amplitude threshold and at least one anomalous time difference calculated from said pair of peaks exceeding a time threshold
Elevator safety device for restricting movement of an elevator car of an elevator system along its pathway in order to prevent the elevator car from moving beyond at least one limit position, characterized in that the elevator safety device is configured for performing at least one learning run (220a, 220b) for setting the at least one limit position.
A method for guiding a vehicle to a desired path (225; 1005) comprising: computing a continuous curvature joining path (220; 1010, 1015, 1020, 1025, 1030, 1035, 1040; 1110, 1115, 1120; 1125, 1130) from an arbitrary initial vehicle configuration to the desired path (225; 1105); and after the continuous curvature joining path (220; 1010, 1015, 1020, 1025, 1030, 1035, 1040; 1110, 1115, 1120; 1125, 1130) has been computed, using an autopilot to steer the vehicle along the continuous curvature joining path (220; 1110, 1115, 1120; 1125, 1130); wherein the continuous curvature joining path (220; 1110, 1115, 1120; 1125, 1130) comprises one of: a first optimal turn (1110; 1125); and a first turn in a first direction (1110; 1125) and a second turn (1120; 1130) in a second direction opposite to the first; wherein the first optimal turn comprises a first clothoid (1010; 1020) and further comprises one of: a circular arc preceding the first clothoid; a second clothoid following the first clothoid; and a circular arc following the first clothoid and a second clothoid following the circular arc. a first optimal turn (1110; 1125); and a first turn in a first direction (1110; 1125) and a second turn (1120; 1130) in a second direction opposite to the first; wherein the first optimal turn comprises a first clothoid (1010; 1020) and further comprises one of: a circular arc preceding the first clothoid; a second clothoid following the first clothoid; and a circular arc following the first clothoid and a second clothoid following the circular arc. a circular arc preceding the first clothoid; a second clothoid following the first clothoid; and a circular arc following the first clothoid and a second clothoid following the circular arc.
A plug-in connector device (10, 110, 210), in particular for systems of high power density, having a first, for example, female plug-in unit, a second, for example, male plug-in unit (12, 112, 212), and a locking device for the joining together, i.e., pulling together and the force-or form-fitting holding of the first and second plug-in units (11; 12, 112, 212) which engage in and over each other when plugged into each other, wherein the locking device is formed by at least one disk element (64, 65), which is supported on the first or second plug-in unit (11; 12, 112, 212) so that it can be rotatably driven, and by at least one cam on the second or first plug-in unit (12, 112, 212; 11), said cam engaging in a curved track of the disk element (64, 65) in a motion-locking manner, characterized in that the at least one disk element (64, 65) is furnished with an interior toothing (64', 65') that is facing away from the curved track, and which is connected to the toothing of a drive pinion in an interlocking manner.
Composition for improving the resistance to mould, comprising: (a) a pentacyclic triterpene or pentacyclic triterpene saponin, (b) a carboxylic acid substituted styrene derivative, and (c) a phosphate containing compound. (a) a pentacyclic triterpene or pentacyclic triterpene saponin, (b) a carboxylic acid substituted styrene derivative, and (c) a phosphate containing compound.
Machine tool system, especially for hand-held machine tools, having a detection device for a marking contour provided on the surface of the workpiece by means of sensor unit provided on the machine for the simultaneous observation of the marking contour in different wavelength ranges, characterized in that the sensor unit observes the marking contour through a filter (28, 37) which has separate filter regions (28, 29; 44, 45) for the different wavelength ranges.
A method of squaring in a binary finite field element expressed as a polynomial representation, the squaring performed by a data processing apparatus on a computer system, the method comprising: receiving the binary finite field element at a first register, the binary finite field element comprising a sequence of binary values, and each binary value is associated with one of g input components; accessing the input components of the binary finite field element, the input components defined according to intervals of length g in the sequence, wherein each of the input components includes one of the binary values from each of the intervals in the sequence with a gap of length g between the binary values; iteratively generating output components at an interconnect logic on a processor, using a combination of accumulation exclusive-or operations at accumulation exclusive-or gates and exclusive-or operations at exclusive-or gates, said generating comprising: accumulating the partially reduced square of each input component in a second register using the accumulation exclusive-or gates to yield an output component, wherein the second register initially stores zeros, wherein the exclusive-or gates are used to partially reduce the squared input components, and the input components are processed sequentially from the most significant to the least significant component; and 2-bit shifting and reducing the output component in the second register between exclusive-or accumulations, thereby generating the square of the binary finite field element in the second register. receiving the binary finite field element at a first register, the binary finite field element comprising a sequence of binary values, and each binary value is associated with one of g input components; accessing the input components of the binary finite field element, the input components defined according to intervals of length g in the sequence, wherein each of the input components includes one of the binary values from each of the intervals in the sequence with a gap of length g between the binary values; iteratively generating output components at an interconnect logic on a processor, using a combination of accumulation exclusive-or operations at accumulation exclusive-or gates and exclusive-or operations at exclusive-or gates, said generating comprising: accumulating the partially reduced square of each input component in a second register using the accumulation exclusive-or gates to yield an output component, wherein the second register initially stores zeros, wherein the exclusive-or gates are used to partially reduce the squared input components, and the input components are processed sequentially from the most significant to the least significant component; and 2-bit shifting and reducing the output component in the second register between exclusive-or accumulations, thereby generating the square of the binary finite field element in the second register.
A feed composition comprising a protease from Peptidase family S53, which has a pH of ≥ 6, wherein the composition or one or more enzymes therein has increased stability and/or storage life, compared to a composition comprising a protease from Peptidase family S53 which has a pH of ≤ 5,5. wherein the composition or one or more enzymes therein has increased stability and/or storage life, compared to a composition comprising a protease from Peptidase family S53 which has a pH of ≤ 5,5.
Apparatus for cleaning and recharging a self cooling keg type beverage container having a heat exchange unit therein and defining an opening in the top thereof comprising: a platform for receiving the container with its opening positioned in a downward direction; a conduit positioned to connect to said opening; a plurality of sources of cleaning and sanitizing materials (82,84,86,87) connected by normally closed valves (B,C,D,E) to said conduit, means for sequentially controlling the opening and closing of said valves to inject and exhaust said cleaning and sanitizing materials into and from said container; a source of chilled fluid; a pump for circulating said chilled fluid through said valves (B,C,D,E), said conduit, said container and back to said pump, means (66,68) for injecting carbon dioxide gas under pressure into said heat exchange unit to be adsorbed by compressed carbon disposed therein while said chilled fluid is being circulated; wherein said platform is adapted for retaining said container thereon throughout said cleaning and recharging. a platform for receiving the container with its opening positioned in a downward direction; a conduit positioned to connect to said opening; a plurality of sources of cleaning and sanitizing materials (82,84,86,87) connected by normally closed valves (B,C,D,E) to said conduit, means for sequentially controlling the opening and closing of said valves to inject and exhaust said cleaning and sanitizing materials into and from said container; a source of chilled fluid; a pump for circulating said chilled fluid through said valves (B,C,D,E), said conduit, said container and back to said pump, means (66,68) for injecting carbon dioxide gas under pressure into said heat exchange unit to be adsorbed by compressed carbon disposed therein while said chilled fluid is being circulated; wherein said platform is adapted for retaining said container thereon throughout said cleaning and recharging.
Use of polymers having antiadhesive action against microorganisms, for preventing or reducing the adhesion of microorganisms to textiles, wherein the polymers having antiadhesive action are selected from the group of graft copolymers, wherein the polymers having antiadhesive action contain a structural element which is selected from the group of water-soluble polyethylene glycols having a molecular weight of 5000 to 7000 g/mol, and wherein the structural element represents the graft base of the graft copolymer, and the graft branches are composed of polyvinyl acetate, wherein the proportion of the graft base is 55-95% by weight and the proportion of the graft branches is correspondingly 5-45% by weight.
Door arrangement, more particularly a sliding door arrangement of an automatic door of an elevator or of a building, which, comprises a door panel, and a guide arrangement for controlling the path of movement of the door panel, which guide arrangement comprises at least one guide connected to the aforementioned door panel, and a guide rail, closely along which the aforementioned guide is arranged to move, and from which guide rail the guide takes lateral support force with respect to the longitudinal direction of the guide rail, wherein the guide comprises a first guide roll for taking support force from the guide surface (a) of the guide rail on the side of a first side of the guide, and a second guide roll for taking support force from the guide surface (b) of the guide rail on the side of a second side of the guide, characterized in that the guide also comprises a sliding guide surface (4,4') for taking support force from the guide surface (a) of the guide rail on the side of a first side of the guide, and a sliding guide surface (4",4'") for taking support force from the guide surface (b) of the guide rail on the side of a second side of the guide.
A construction machine comprising a system controlling a hydraulic pump, the system comprising: an engine; an engine control unit configured to control the engine; a hydraulic pump operated by power supplied from the engine; at least one actuator driven by a hydraulic pressure discharged from the hydraulic pump; and a hydraulic pump control device configured to control a swash plate angle of the hydraulic pump by using a torque of the hydraulic pump and the engine limit torque information received from the engine control unit, characterized in that the engine control unit is configured to control the engine by using engine limit torque information and current engine torque information of the engine, the hydraulic pump control device is configured to control a threshold value of the swash plate angle of the hydraulic pump by using the torque of the hydraulic pump and the engine limit torque information received from the engine control unit, and the hydraulic pump control device is additionally configured to correct the threshold value of the swash plate angle of the hydraulic pump according to a difference value, based on the difference value between the engine limit torque information and the torque of the hydraulic pump. an engine; an engine control unit configured to control the engine; a hydraulic pump operated by power supplied from the engine; at least one actuator driven by a hydraulic pressure discharged from the hydraulic pump; and a hydraulic pump control device configured to control a swash plate angle of the hydraulic pump by using a torque of the hydraulic pump and the engine limit torque information received from the engine control unit,
Floor panel, in particular for constructing a temperature-controlled cavity floor, comprising: - a main body for transmitting a load from an upper floor arranged over the floor panel onto a sub-floor arranged under the floor panel; - a first cavity arranged in the floor panel; - an inlet shaft, via which an air flow is introducible into the first cavity; - an outlet shaft, via which the air flow is extractable out of the first cavity, wherein the inlet shaft and the outlet shaft are arranged on sides of the floor panel opposite each other; and - a guide element arranged in the first cavity, which splits the cavity into a first partial region and a second partial region, characterized in that the guide element comprises a first diverting element, arranged crooked-angled with respect to a straight connecting line between the inlet shaft and the outlet shaft, in the region of the inlet shaft and a second diverting element, substantially parallel to the first diverting element, arranged in the region of the outlet shaft, so that a cleaning hose, inserted into the inlet shaft, is diverted into the first partial region of the cavity, and a cleaning hose, inserted into the outlet shaft, is diverted into the second partial region of the cavity. - a main body for transmitting a load from an upper floor arranged over the floor panel onto a sub-floor arranged under the floor panel; - a first cavity arranged in the floor panel; - an inlet shaft, via which an air flow is introducible into the first cavity; - an outlet shaft, via which the air flow is extractable out of the first cavity, wherein the inlet shaft and the outlet shaft are arranged on sides of the floor panel opposite each other; and - a guide element arranged in the first cavity, which splits the cavity into a first partial region and a second partial region,
A rotation table including a casing, a face plate pivotally supported on the casing, and a drive portion (2, 3) for rotating the face plate, the rotation table comprising a seal mechanism portion including: a sealing material arranged between the casing and the face plate; a casing-side grooved portion for forming a casing-side seal mounting groove for retaining the sealing material, the casing-side seal mounting groove being formed on an end of the casing; and a seal holding portion for holding the sealing material, characterised in that a portion having the casing-side grooved portion and the seal holding portion are conf igured to be separable without moving or removing the face plate, and in that a side of the casing-side grooved portion facing the seal holding portion is at least partially notched to expose an edge of the sealing material when the seal holding portion is removed. a sealing material arranged between the casing and the face plate; a casing-side grooved portion for forming a casing-side seal mounting groove for retaining the sealing material, the casing-side seal mounting groove being formed on an end of the casing; and a seal holding portion for holding the sealing material, characterised in that
A transport apparatus for a wind turbine rotor, the transport apparatus being configured for stacking with at least one other transport apparatus (2', 2") for a wind turbine rotor (23', 23''), the transport apparatus comprising at least one wheel for moving the transport apparatus.
A method for transmitting a safety message through a vehicular communication network, comprising: partitioning the message into at least two parts; generating (S105, S111) at least two bit sequences wherein each bit sequence carries a corresponding part of the message modulating (S109, S113) the at least two bit sequences to form a modulated signal frame which comprises at least two modulated parts corresponding to the at least two bit sequences, respectively, where the at least two modulated parts of the modulated signal frame have different power levels; and transmitting the modulated signal frame through the communication network, wherein the at least two bit sequences comprise a first bit sequence and a second bit sequence, the first bit sequence carries position information, and the at least two modulated parts of the modulated signal frame comprise a first modulated part corresponding to the first bit sequence and a second modulated part corresponding to the second bit sequence, where the first modulated part has a power level higher than a power level of the second modulated part; and wherein partitioning the message comprises: determining a type of the message; selecting a partition scheme based on the type of the message; and partitioning the message according to the selected partition scheme to obtain the at least two parts of the message partitioning the message into at least two parts; generating (S105, S111) at least two bit sequences wherein each bit sequence carries a corresponding part of the message modulating (S109, S113) the at least two bit sequences to form a modulated signal frame which comprises at least two modulated parts corresponding to the at least two bit sequences, respectively, where the at least two modulated parts of the modulated signal frame have different power levels; and transmitting the modulated signal frame through the communication network, wherein the at least two bit sequences comprise a first bit sequence and a second bit sequence, the first bit sequence carries position information, and the at least two modulated parts of the modulated signal frame comprise a first modulated part corresponding to the first bit sequence and a second modulated part corresponding to the second bit sequence, where the first modulated part has a power level higher than a power level of the second modulated part; and determining a type of the message; selecting a partition scheme based on the type of the message; and partitioning the message according to the selected partition scheme to obtain the at least two parts of the message
An article of footwear comprising: an upper; multiple cushioning components (24A, 24B) attached to a ground-facing surface of the upper and spaced apart from one another so that the ground-facing surface of the upper is exposed between the cushioning components (24A, 24B) and the cushioning components (24A, 24B) at least partially form a ground contact surface; and wherein at least one of the cushioning components (24A, 24B) includes a bladder element (28A, 28B, 28C, 28D) with a fluid-filled cavity (32A, 32B, 32C, 32D). an upper; multiple cushioning components (24A, 24B) attached to a ground-facing surface of the upper and spaced apart from one another so that the ground-facing surface of the upper is exposed between the cushioning components (24A, 24B) and the cushioning components (24A, 24B) at least partially form a ground contact surface; and wherein at least one of the cushioning components (24A, 24B) includes a bladder element (28A, 28B, 28C, 28D) with a fluid-filled cavity (32A, 32B, 32C, 32D).