mhurhangee/ep-ind-claims huggingface dataset:
A camera system for generating an eye contact image view of a person with a gaze direction that is offset from a camera position, the camera system comprises: a camera (10a,10b,10c,10d) configured to obtain image data of the person; a microphone; a processing circuitry (102a,102b,102c) configured to be operatively connected to the camera (10a,10b,10c,10d) and configured to: - obtain a camera view of the person from a camera position; - determine a spoken word spoken by the person; - store image data of a facial expression of the person obtained by the camera (10a,10b,10c,10d) associated with the spoken word to generate predetermined facial expression data; and further configured to - upon determining that the spoken word has been spoken by the person; - generate a synthetic camera view of the person from a virtual camera position; and - generate a synthetic facial expression of the person when generating the synthetic camera view of the person based on the predetermined facial expression data associated with the spoken word. a camera (10a,10b,10c,10d) configured to obtain image data of the person; a microphone; a processing circuitry (102a,102b,102c) configured to be operatively connected to the camera (10a,10b,10c,10d) and configured to: - obtain a camera view of the person from a camera position; - determine a spoken word spoken by the person; - store image data of a facial expression of the person obtained by the camera (10a,10b,10c,10d) associated with the spoken word to generate predetermined facial expression data; and further configured to - upon determining that the spoken word has been spoken by the person; - generate a synthetic camera view of the person from a virtual camera position; and - generate a synthetic facial expression of the person when generating the synthetic camera view of the person based on the predetermined facial expression data associated with the spoken word. - obtain a camera view of the person from a camera position; - determine a spoken word spoken by the person; - store image data of a facial expression of the person obtained by the camera (10a,10b,10c,10d) associated with the spoken word to generate predetermined facial expression data; and further configured to - upon determining that the spoken word has been spoken by the person; - generate a synthetic camera view of the person from a virtual camera position; and - generate a synthetic facial expression of the person when generating the synthetic camera view of the person based on the predetermined facial expression data associated with the spoken word.
A modular mattress system formed by arrangement of multiple mattress sections (22, 20, 24) that, when assembled, provide a body contact surface defined by multiple sectional body contact surface areas, comprising: a center mattress section configured for positioning between a head mattress section and a foot mattress section, the center mattress section having an interior, a width, and a central body contact surface area; each of the head and foot mattress sections including multiple mattress modules (40, 44), one of the head and foot mattress sections including mattress modules of different sizes, and each of the multiple mattress modules (40, 44) having an interior(48, 58), a width (50, 60), and a module body contact surface area (54, 64) that is smaller than the central body contact surface area of the center mattress section; and multiple elongated connection mechanisms sized to assemble the modular mattress system by extending in spaced apart relationship through the interiors of, and in directions transverse to the widths of, the head, center, and foot mattress sections, the connection mechanisms configured to establish, in the assembled mattress system, gaps between adjacent ones of the multiple mattress modules (26, 40, 44) and between the center mattress section and each of the head and foot mattress sections, the gaps established in the head mattress section including gaps positioned in arm locations to receive a shoulder or an arm, and the gaps established in the foot mattress section including gaps positioned at foot locations to receive a foot, of a person lying on the body contact surface of the modular mattress system. a center mattress section configured for positioning between a head mattress section and a foot mattress section, the center mattress section having an interior, a width, and a central body contact surface area; each of the head and foot mattress sections including multiple mattress modules (40, 44), one of the head and foot mattress sections including mattress modules of different sizes, and each of the multiple mattress modules (40, 44) having an interior(48, 58), a width (50, 60), and a module body contact surface area (54, 64) that is smaller than the central body contact surface area of the center mattress section; and multiple elongated connection mechanisms sized to assemble the modular mattress system by extending in spaced apart relationship through the interiors of, and in directions transverse to the widths of, the head, center, and foot mattress sections, the connection mechanisms configured to establish, in the assembled mattress system, gaps between adjacent ones of the multiple mattress modules (26, 40, 44) and between the center mattress section and each of the head and foot mattress sections, the gaps established in the head mattress section including gaps positioned in arm locations to receive a shoulder or an arm, and the gaps established in the foot mattress section including gaps positioned at foot locations to receive a foot, of a person lying on the body contact surface of the modular mattress system.
A method used to reduce articles or article groups being conveyed at a transport speed in a transport direction in n rows to a smaller number of continuing transport rows, in particular to (n-1) or (n-2) or (n-3) continuing transport rows (3-1, 3-3), wherein a space is formed in each case at least between the individual articles or article groups of at least one incoming and continuing transport row (3-1, 3-3), wherein the length of the space corresponds to at least the value of a longitudinal extent of an individual article or of an individual article group in transport direction, characterised in that at least two articles or article groups of the at least one row to be broken up are transferred simultaneously by means of a gripping device into a number of consecutive spaces between articles or article groups of a continuing transport row (3-1, 3-3) adjacent to the row to be broken up, said number of consecutive spaces corresponding to the number of the articles or article groups.
A liquid fertilizer composition comprising: (a) a slow-release nitrogen-containing fertilizer, wherein the slow-release nitrogen-containing fertilizer comprises from about 20% to about 70% nitrogen by weight; and wherein the slow-release nitrogen-containing fertilizer comprises one or more of triazone or urea-triazone; (b) a fast-release nitrogen-containing fertilizer, wherein the fast-release nitrogen-containing fertilizer comprises urea ammonium nitrate; and (c) iron chelated to an aminopolycarboxylic acid or a polycarboxylic acid; wherein the liquid fertilizer composition comprises from about 0.1% to about 10% elemental iron by weight (a) a slow-release nitrogen-containing fertilizer, wherein the slow-release nitrogen-containing fertilizer comprises from about 20% to about 70% nitrogen by weight; and wherein the slow-release nitrogen-containing fertilizer comprises one or more of triazone or urea-triazone; (b) a fast-release nitrogen-containing fertilizer, wherein the fast-release nitrogen-containing fertilizer comprises urea ammonium nitrate; and (c) iron chelated to an aminopolycarboxylic acid or a polycarboxylic acid; wherein the liquid fertilizer composition comprises from about 0.1% to about 10% elemental iron by weight
A method of removing sulphate, calcium and other soluble metals from sulphate-containing waste water, comprising a) an on-site sodium aluminate preparation step, wherein NaOH and Al 3 are contacted at a temperature of 90°C-180°C and the molar ratio NaOH:Al 3 1.2-2.0, for preparing sodium aluminate, b) an ettringite precipitation step, wherein the waste water is contacted with the on-site obtained sodium aluminate and a first calcium compound within 7 days of preparation of the on-site obtained sodium aluminate for producing a sludge containing ettringite, c) a first separation step, wherein a solid-liquid separation is performed for the sludge containing ettringite for separating solids from the liquid thereby producing a first solution, d) a neutralisation step, wherein the first solution is contacted with a carbonating agent for neutralising the first solution and precipitating calcium contained in the first solution as calcium carbonate, and e) a second separation step wherein a solid-liquid separation is performed for separating precipitated calcium carbonate from the first solution in order to obtain water having a reduced sulphate, calcium and other soluble metals content. a) an on-site sodium aluminate preparation step, wherein NaOH and Al 3 are contacted at a temperature of 90°C-180°C and the molar ratio NaOH:Al 3 1.2-2.0, for preparing sodium aluminate, b) an ettringite precipitation step, wherein the waste water is contacted with the on-site obtained sodium aluminate and a first calcium compound within 7 days of preparation of the on-site obtained sodium aluminate for producing a sludge containing ettringite, c) a first separation step, wherein a solid-liquid separation is performed for the sludge containing ettringite for separating solids from the liquid thereby producing a first solution, d) a neutralisation step, wherein the first solution is contacted with a carbonating agent for neutralising the first solution and precipitating calcium contained in the first solution as calcium carbonate, and e) a second separation step wherein a solid-liquid separation is performed for separating precipitated calcium carbonate from the first solution in order to obtain water having a reduced sulphate, calcium and other soluble metals content.
Cradle for transporting a recumbent child, intended to be attached via means for securing to a seat of a motor vehicle, said cradle including two portions such that, when said cradle is attached to said seat: - a first portion, which supports the feet of the child, extends substantially above said seat; - a second portion, which supports the head of the child, extends substantially beyond said seat, characterised in that said cradle includes an inner frame on which an outer shell is mounted, said inner frame having a reinforced asymmetrical structure in said second portion. - a first portion, which supports the feet of the child, extends substantially above said seat; - a second portion, which supports the head of the child, extends substantially beyond said seat,
A method for controlling an internal light source (410, 510, 610) of a vehicle, wherein the internal light source is for darkening of glasses, the method comprising: acquiring (110, 210) an image recognition result, wherein the image recognition is for determining whether an occupant of the vehicle wears glasses; and controlling (120, 221-229) the light source responsive to the acquired image recognition result. acquiring (110, 210) an image recognition result, wherein the image recognition is for determining whether an occupant of the vehicle wears glasses; and controlling (120, 221-229) the light source responsive to the acquired image recognition result.
A breathing apparatus configured to provide bioelectrically controlled ventilation to a patient by ventilating the patient in a ventilation mode in which patient-triggered breaths are delivered to the patient upon detection of bioelectrical trigger events indicative of spontaneous breathing efforts by the patient, the breathing apparatus comprising a bioelectric sensor arrangement configured to detect a bioelectric signal indicative of the patient's effort to breathe, and a control unit configured to control the ventilation of the patient based on the bioelectric signal detected by the bioelectric sensor arrangement, wherein a bioelectrical trigger event occurs when the bioelectric signal meets a bioelectrical trigger condition, characterised in that the breathing apparatus is configured to monitor a level of ventilation of the patient, and to deliver a non-patient triggered breath to the patient when the level of ventilation falls below a minimum ventilation threshold value, wherein the non-patient triggered breath is independent of the bioelectric signal and is forced onto the patient when the monitored level of ventilation falls below the minimum ventilation threshold value.
A laminated polyester film comprising a polyester film and a coating layer formed on at least one surface of the polyester film, which coating layer is produced by applying a coating solution comprising a polyester resin, an epoxy compound, an oxazoline compound and a melamine compound thereonto.
Sensor and conveying element for a conveying device with objects on a plurality of conveying elements moved one behind the other, each having a discharge device for selective removal of the object from a conveying element, the sensor having a sensor element and an evaluation unit for signals from the sensor element, characterized in that the sensor element is integrated into the conveying element, in that the conveying element comprises a belt for movement transversely to a direction of movement of the conveying device or a tray, in that the sensor element comprises a resonator for detecting a microwave resonance, and in that the evaluation unit is configured for detecting objects on the conveying element on the basis of changes in the resonance properties.
A battery simulator having: - a plurality of battery factors, wherein the battery factors comprise battery types and/or battery functionality; - a plurality of electrical load factors (203, 503), wherein the electrical load factors (203, 503) comprise driver factors and environmental factors, wherein the driver factors comprise driving patterns and driving context; characterised in that the battery simulator has a a plurality of cycling or crank data; further characterised in that the battery simulator is configured to use the plurality of battery factors, the plurality of electrical load factors (203, 503), and the plurality of cycling or crank data to create a vehicle simulation and performance analysis of the battery; and wherein the battery simulator further comprises an output based on the vehicle simulation and performance analysis, the output comprising a battery recommendation or feedback to a user regarding battery longevity. - a plurality of battery factors, wherein the battery factors comprise battery types and/or battery functionality; - a plurality of electrical load factors (203, 503), wherein the electrical load factors (203, 503) comprise driver factors and environmental factors, wherein the driver factors comprise driving patterns and driving context; characterised in that the battery simulator has a a plurality of cycling or crank data; further characterised in that the battery simulator is configured to use the plurality of battery factors, the plurality of electrical load factors (203, 503), and the plurality of cycling or crank data to create a vehicle simulation and performance analysis of the battery; and wherein the battery simulator further comprises an output based on the vehicle simulation and performance analysis, the output comprising a battery recommendation or feedback to a user regarding battery longevity.
A synbiotic composition comprising a Lactobacilli fermentum probiotic bacterial strain and a prebiotic growth medium derived from the strain and which is specific to the growth of the probiotic strain, and wherein the growth medium comprises 20% or more β-galactosidase derived galacto-oligosaccharides derived from the strain.
A trawl door comprising an overlapping sequence of several very slender hydrofoils (2, 14) forming channels between them, characterised in that the trawl door further comprises a flow booster shaped as a thick hydrofoil with a leading edge and a trailing edge and an internal cavity comprising a spanwise upper internal cavity and a spanwise lower internal cavity, the flow booster being aerodynamically inefficient on its own with a bulky relative thickness, i.e. ratio between the thickness line distance (Tb) and the chord line distance (Cb), larger than 24 %, and the flow booster being positioned substantially below the rear part of the overlapping sequence of hydrofoils (2, 14), in such a way that the flow booster forms a structurally connected integrated part to the hydrofoils (2,14), and the flow booster impacts the upstream flow forcing it into a velocity boosted region upstream of the flow booster and to the pressure side of the overlapping sequence of hydrofoils (2, 14), such that the flow is pre-accelerated prior to running through the channels between the hydrofoils (2, 14).
A network system for providing data beacon pulses, whereby complete files are transferred, without Internet Protocol, IP, packetization, via a constant stream of pulses of information, each pulse containing a complete file, from one region to one or more other regions over a Slinghop segment, the Slinghop segment being a network segment integrated over an existing IP pathway, each Slinghop segment having an origin IP address and a target IP address, whereby data traffic to a segment end is written to an associated parallel file system, the network system comprising a first node in a first region, comprising a first read queue (13-RQ502), a first write queue (13-WQ502), and a first parallel file system; a second node in a second region, comprising a second read queue (13-RQ506), a second write queue (13-WQ506), and a second parallel file system; wherein the first node 13-502 is adapted to write first data from the first write queue (13-WQ502) to the second parallel file system via remote direct memory access, RDMA; and wherein the second node is adapted to read the first data from the second parallel file system and is further adapted to place the first data in the second read queue (13-RQ506), wherein the second node is adapted to write second data from the second write queue (13-WQ506) to the first parallel file system via remote direct memory access, RDMA; and wherein the first node is adapted to read the second data from the first parallel file system and is further adapted to place the second data in the first read queue (13-RQ502). a first node in a first region, comprising a first read queue (13-RQ502), a first write queue (13-WQ502), and a first parallel file system; a second node in a second region, comprising a second read queue (13-RQ506), a second write queue (13-WQ506), and a second parallel file system; wherein the first node 13-502 is adapted to write first data from the first write queue (13-WQ502) to the second parallel file system via remote direct memory access, RDMA; and wherein the second node is adapted to read the first data from the second parallel file system and is further adapted to place the first data in the second read queue (13-RQ506), wherein the second node is adapted to write second data from the second write queue (13-WQ506) to the first parallel file system via remote direct memory access, RDMA; and wherein the first node is adapted to read the second data from the first parallel file system and is further adapted to place the second data in the first read queue (13-RQ502).
A lithium secondary battery comprising: an anode, a cathode, a separator between the anode and the cathode, a binding agent for the anode including a water-based binder, and a non-aqueous electrolyte, wherein the anode has a specific surface area of at least 1.5m 2 /g, and wherein the non-aqueous electrolyte comprises a lithium salt; a non-linear carbonate-based mixed organic solvent in which (a) a cyclic carbonate comprising ethylene carbonate or a mixture of ethylene carbonate and propylene carbonate and (b) a propionate-based ester having the following chemical formula are mixed at a volume ratio (a:b) in the range from 10:90 to 70:30; and an inhibitor against a reaction between the anode and the propionate-based ester: where R 1 is a CH 3 CH 2 group and R 2 is an alkyl group of C 1 to C 6 or a haloalkyl group of C 1 to C 6, provided that a linear carbonate is excluded from the lithium secondary battery. an anode, a cathode, a separator between the anode and the cathode, a binding agent for the anode including a water-based binder, and a non-aqueous electrolyte, wherein the anode has a specific surface area of at least 1.5m 2 /g, and wherein the non-aqueous electrolyte comprises a lithium salt; a non-linear carbonate-based mixed organic solvent in which (a) a cyclic carbonate comprising ethylene carbonate or a mixture of ethylene carbonate and propylene carbonate and (b) a propionate-based ester having the following chemical formula are mixed at a volume ratio (a:b) in the range from 10:90 to 70:30; and an inhibitor against a reaction between the anode and the propionate-based ester: where R 1 is a CH 3 CH 2 group and R 2 is an alkyl group of C 1 to C 6 or a haloalkyl group of C 1 to C 6, provided that a linear carbonate is excluded from the lithium secondary battery.
A bogie comprising a frame and a bolster, the frame comprising two side beams parallel to each other and a transverse beam connected to middles of the side beams, whereby a central portion of the transverse beam is provided with a traction pin hole, an upper surface of the transverse beam is provided with a plurality of mounting seats for mounting a secondary suspension, and the bolster is provided with two traction rods, which are located at two ends of the bolster, forming a Z-shape when seeing from a top view, wherein one end of each traction rod is arranged on a corresponding first mounting seat, the other end of each traction rod is provided with a rubber node for connecting with a vehicle body; and the traction pin hole is provided with an elastic sleeve. wherein one end of each traction rod is arranged on a corresponding first mounting seat, the other end of each traction rod is provided with a rubber node for connecting with a vehicle body; and the traction pin hole is provided with an elastic sleeve.
Substance having an agonist activity on the histamine H4 receptor for its use in the treatment of idiopathic pulmonary fibrosis, characterised in that it is comprised of an isomer or of a mixture of isomers of 7-Amino-4,5,6-triethoxy-3-(5,6,7,8-tetrahydro-4-methoxy-6-methyl-1,3-dioxolo[4,5-g]isoquinolin-5-yl) phthalide, or tritoqualine.