mhurhangee/patent-ind-claim-en huggingface dataset:
Solar plant comprising: - a reflection system designed to reflect and direct incident solar rays toward at least one convergence point , - means for concentrating and diffusing the solar rays reflected by the reflection system , - a processing chamber which cooperates with the concentration and diffusion means which diffuse the heat energy from the reflected solar rays to the processing chamber , - an inlet duct which extends from an inlet of the solar plant to the processing chamber , - an outlet duct which extends from the processing chamber to an outlet of the solar plant , - a conveyor which extends from the inlet to the outlet and passes through the processing chamber , the conveyor transports raw material from the inlet to the outlet , whereby the raw material transiently passes through the processing chamber to obtain processed material, characterized in that it comprises at least one heat exchanger which extends between the inlet duct and the outlet duct so as to transfer the heat energy released by the processed material during its transit between the processing chamber and the outlet of the solar plant , to the inlet duct in which the raw material passes before processing. - a reflection system designed to reflect and direct incident solar rays toward at least one convergence point , - means for concentrating and diffusing the solar rays reflected by the reflection system , - a processing chamber which cooperates with the concentration and diffusion means which diffuse the heat energy from the reflected solar rays to the processing chamber , - an inlet duct which extends from an inlet of the solar plant to the processing chamber , - an outlet duct which extends from the processing chamber to an outlet of the solar plant , - a conveyor which extends from the inlet to the outlet and passes through the processing chamber , the conveyor transports raw material from the inlet to the outlet , whereby the raw material transiently passes through the processing chamber to obtain processed material, characterized in that it comprises at least one heat exchanger which extends
A sole structure for an article of footwear , the article of footwear having an upper with a lower surface, the sole structure comprising: a resilient midsole configured to secure the lower surface of the upper , the midsole including: a polymer foam material, and a curved plate embedded in the midsole , the curved plate having an undulating medio-lateral curvature, the plate including a first side with a first edge and a first concavity facing downward, a second side with a second edge and a second concavity facing upward, and an inflection region located between the first and second sides , the second concavity being positioned between the first concavity and one of a lateral edge of the midsole and a medial edge of the midsole ; and a ground-engaging outsole secured to a lower surface of the midsole , wherein the first edge is positioned below a horizontal plane passing through the inflection region , and the second edge is positioned above the horizontal plane when the outsole rests on a horizontal ground surface. a resilient midsole configured to secure the lower surface of the upper , the midsole including: a polymer foam material, and a curved plate embedded in the midsole , the curved plate having an undulating medio-lateral curvature, the plate including a first side with a first edge and a first concavity facing downward, a second side with a second edge and a second concavity facing upward, and an inflection region located between the first and second sides , the second concavity being positioned between the first concavity and one of a lateral edge of the midsole and a medial edge of the midsole ; and a polymer foam material, and a curved plate embedded in the midsole , the curved plate having an undulating medio-lateral curvature, the plate including a first side with a first edge and a first concavity facing downward, a second side with a second edge and a second concavity facing upward, and an inflection region located between the first and second sides , the second concavity being positioned between the first concavity and one of a lateral edge of the midsole and a medial edge of the midsole ; and a ground-engaging outsole secured to a lower surface of the midsole , wherein the first edge is positioned below a horizontal plane passing through the inflection region , and the second edge is positioned above the horizontal plane when the outsole rests on a horizontal ground surface.
A maintenance support system comprising: a maintenance server that is configured to: obtain pulse information transmitted from plural automatic analysis devices each of which includes a mechanism driven by a pulse motor (103, 104, 106, 110-113) and transmitting means for transmitting the pulse information as pulse information including two out of a driving pulse value set for driving the pulse motor, a consumed pulse quantity that is a quantity of pulses having been consumed during actual driving of the pulse motor, and a remaining pulse quantity that is obtained by subtracting the consumed pulse quantity from the driving pulse value; accumulate at least the consumed pulse quantities; determine whether or not an obtained consumed pulse quantity of a pulse motor deviates, by a predetermined deviation rate or more, from an average consumed pulse quantity that is an average value of the accumulated consumed pulse quantities; and determine that the pulse motor is in an abnormal tendency when it is determined that the obtained consumed pulse quantity of the pulse motor deviates, by the predetermined deviation rate or more, from the average consumed pulse quantity. obtain pulse information transmitted from plural automatic analysis devices each of which includes a mechanism driven by a pulse motor (103, 104, 106, 110-113) and transmitting means for transmitting the pulse information as pulse information including two out of a driving pulse value set for driving the pulse motor, a consumed pulse quantity that is a quantity of pulses having been consumed during actual driving of the pulse motor, and a remaining pulse quantity that is obtained by subtracting the consumed pulse quantity from the driving pulse value; accumulate at least the consumed pulse quantities; determine whether or not an obtained consumed pulse quantity of a pulse motor deviates, by a predetermined deviation rate or more, from an average consumed pulse quantity that is an average value of the accumulated consumed pulse quantities; and determine that the pulse motor is in an abnormal tendency when it is determined that the obtained consumed pulse quantity of the pulse motor deviates, by the predetermined deviation rate or more, from the average consumed pulse quantity.
A solid state image sensor comprising: a block comprising a set of color sub-blocks , respective sub-blocks comprising a plurality of normal pixels of an identical color in a predetermined color array, configured to capture image data, wherein the normal pixels are arranged vertically and horizontally symmetrically within the sub-block; and in addition at least a first functional pixel comprising one selected from a list consisting of: i. a pixel with an exposure duration different from an exposure duration of the normal pixels and with an identical sensitivity; ii. a pixel with an exposure duration identical to an exposure duration of the normal pixels and with a different sensitivity; iii. a phase difference detection pixel (111B-1, 111B-2); iv. a black pixel adapted to output a black level; and v. a white pixel adapted to output a luminance signal. a plurality of normal pixels of an identical color in a predetermined color array, configured to capture image data, wherein the normal pixels are arranged vertically and horizontally symmetrically within the sub-block; and in addition at least a first functional pixel comprising one selected from a list consisting of: i. a pixel with an exposure duration different from an exposure duration of the normal pixels and with an identical sensitivity; ii. a pixel with an exposure duration identical to an exposure duration of the normal pixels and with a different sensitivity; iii. a phase difference detection pixel (111B-1, 111B-2); iv. a black pixel adapted to output a black level; and v. a white pixel adapted to output a luminance signal. i. a pixel with an exposure duration different from an exposure duration of the normal pixels and with an identical sensitivity; ii. a pixel with an exposure duration identical to an exposure duration of the normal pixels and with a different sensitivity; iii. a phase difference detection pixel (111B-1, 111B-2); iv. a black pixel adapted to output a black level; and v. a white pixel adapted to output a luminance signal.
A mechanical shuffler comprising: a generally planar base ; a platform sized to receive at least one deck of unshuffled cards, the platform movable in a direction of travel parallel to the generally planar base; a first electrically powered motor mechanically coupled to the platform and configured to move the platform in response to a first signal; a slot positioned adjacent to the platform and sized to receive a single card from a deck of unshuffled cards wherein the deck of unshuffled cards rests atop the platform and wherein the slot is in communication with an area for the delivery of shuffled cards; and a primary air manifold attached to a manifold plate , the manifold plate having at least one hole configured to deliver a burst of air to at least one edge of a playing card, the hole configured to deliver the burst of air in a direction toward the slot to cause the playing card to be moved to through the slot to the area for the delivery of shuffled cards. a generally planar base ; a platform sized to receive at least one deck of unshuffled cards, the platform movable in a direction of travel parallel to the generally planar base; a first electrically powered motor mechanically coupled to the platform and configured to move the platform in response to a first signal; a slot positioned adjacent to the platform and sized to receive a single card from a deck of unshuffled cards wherein the deck of unshuffled cards rests atop the platform and wherein the slot is in communication with an area for the delivery of shuffled cards; and a primary air manifold attached to a manifold plate , the manifold plate having at least one hole configured to deliver a burst of air to at least one edge of a playing card, the hole configured to deliver the burst of air in a direction toward the slot to cause the playing card to be moved to through the slot to the area for the delivery of shuffled cards.
Self-cleaning filtering device for filtering a mixture of liquid sulphur and bentonite comprising filter cartridge , tank having an upper section and a lower section separated by the filter cartridge , heating jacket surrounding the tank , inlet of the mixture arranged above the filter cartridge for feeding the mixture into the upper section of the tank , wherein the axis of the inlet is arranged tangentially to the wall of the tank , outlet of the mixture for discharging the mixture ready for granulation from the lower section of the tank arranged above the filter cartridge , outlet of oversized particles, steam inlet for feeding the steam to the heating jacket , outlet of the condensate to collect the condensate produced by the steam, cover of the tank , bracket on which the filter cartridge is arranged, pressure assembly arranged on the filter cartridge , comprising a pressure member and a pressure spring , wherein the pressure member has pressure points on the periphery of the pressure ring which is adjacent to the periphery of the filter cartridge , and wherein the pressure spring is arranged between the pressure member and the cover of the tank . filter cartridge , tank having an upper section and a lower section separated by the filter cartridge , heating jacket surrounding the tank , inlet of the mixture arranged above the filter cartridge for feeding the mixture into the upper section of the tank , wherein the axis of the inlet is arranged tangentially to the wall of the tank , outlet of the mixture for discharging the mixture ready for granulation from the lower section of the tank arranged above the filter cartridge , outlet of oversized particles, steam inlet for feeding the steam to the heating jacket , outlet of the condensate to collect the condensate produced by the steam, cover of the tank , bracket on which the filter cartridge is arranged, pressure assembly arranged on the filter cartridge , comprising a pressure member and a pressure spring , wherein the pressure member has pressure points on the periphery of the pressure ring which is adjacent to the periphery of the filter cartridge , and wherein the pressure spring is arranged between the pressure member and the cover of the tank .
An engine driven environmental control system (ECS) air circuit comprising: a gas turbine engine including a compressor section having a plurality of compressor bleeds ; a selection valve selectively connecting each of said bleeds to an input of an intercooler ; and a second valve , characterized in that : the second valve is configured to selectively connect an output of said intercooler to a plurality of auxiliary compressors , the output of each of the plurality of auxiliary compressors being connected to an ECS air input. a gas turbine engine including a compressor section having a plurality of compressor bleeds ; a selection valve selectively connecting each of said bleeds to an input of an intercooler ; and a second valve , characterized in that : the second valve is configured to selectively connect an output of said intercooler to a plurality of auxiliary compressors , the output of each of the plurality of auxiliary compressors being connected to an ECS air input.
An in vitro method of detecting senescent cells, diagnosing cellular senescence and/or monitoring senolytic treatment success in a subject, the method comprising the steps of: a) quantifying the levels of miRNAs let-7a-5p, miR-199a-5p, miR-345-5p, miR-423-3p, and miR-125a-5p, and optionally one or more further miRNAs selected from the group consisting of miRNAs listed in Table 19, in a cell-free sample from said subject, and b) optionally comparing the levels of a) with the reference levels of said miRNAs in a reference sample, wherein a difference between said levels is indicative of the presence of senescent cells or cellular senescence. a) quantifying the levels of miRNAs let-7a-5p, miR-199a-5p, miR-345-5p, miR-423-3p, and miR-125a-5p, and optionally one or more further miRNAs selected from the group consisting of miRNAs listed in Table 19, in a cell-free sample from said subject, and b) optionally comparing the levels of a) with the reference levels of said miRNAs in a reference sample, wherein a difference between said levels is indicative of the presence of senescent cells or cellular senescence.
Antenna package comprising: an antenna with an embedded antenna port , the antenna including an antenna port side and an antenna radiation side, and a semiconductor chip provided on the antenna port side, wherein the chip comprises coupling elements for coupling radio frequency signals from a top side of the chip to the antenna port , the coupling elements comprising: a matching network including a high-impedance microstrip line having an impedance larger than 50Ω and a ground window on the top side of the chip , a resonant dielectric cavity within the chip , and a metal coupling slot facing the antenna port on a bottom side of the chip wherein side walls of the resonant dielectric cavity are defined by ground vias connecting a top and a bottom ground layer of the chip , and wherein the coupling slot is dimensioned and arranged such that, when the antenna package is viewed from the antenna port side, the antenna port completely includes the coupling slot . an antenna with an embedded antenna port , the antenna including an antenna port side and an antenna radiation side, and a semiconductor chip provided on the antenna port side, wherein the chip comprises coupling elements for coupling radio frequency signals from a top side of the chip to the antenna port , the coupling elements comprising: a matching network including a high-impedance microstrip line having an impedance larger than 50Ω and a ground window on the top side of the chip , a resonant dielectric cavity within the chip , and a metal coupling slot facing the antenna port on a bottom side of the chip a matching network including a high-impedance microstrip line having an impedance larger than 50Ω and a ground window on the top side of the chip , a resonant dielectric cavity within the chip , and a metal coupling slot facing the antenna port on a bottom side of the chip wherein side walls of the resonant dielectric cavity are defined by ground vias connecting a top and a bottom ground layer of the chip , and wherein the coupling slot is dimensioned and arranged such that, when the antenna package is viewed from the antenna port side, the antenna port completely includes the coupling slot .
A method for monitoring an electrical device by monitoring a superposition signal (Y t ) on which one or more signals are superimposed (W ,W ,W , W , W ) and a signal superimposed on the superimposition signal is separated, such as monitoring the power consumption or current consumption of household electrical appliances and separating the power consumption or current consumption of one of these household electrical appliances, comprising: obtaining data representing a sum of electrical signals of two or more electrical devices, the two or more electrical devices including a first electrical device; processing the data with a Factorial Hidden Markov Model, FHMM, (B) to produce an estimate of an electrical signal of the first electrical device; and outputting the estimate of the electrical signal of the first electrical device, wherein the FHMM has a factor corresponding to the first electrical device, the factor having three or more states, characterized by further comprising: restricting the FHMM such that a number of factors of the FHMM which undergo state transition at a same time point is less than a threshold number. obtaining data representing a sum of electrical signals of two or more electrical devices, the two or more electrical devices including a first electrical device; processing the data with a Factorial Hidden Markov Model, FHMM, (B) to produce an estimate of an electrical signal of the first electrical device; and outputting the estimate of the electrical signal of the first electrical device, wherein the FHMM has a factor corresponding to the first electrical device, the factor having three or more states, characterized by further comprising: restricting the FHMM such that a number of factors of the FHMM which undergo state transition at a same time point is less than a threshold number.
Spring strip arrangement, with a spring strip (2, 2.1, 2.2, 2.3, 2.4, 2.6) convex cambered against the spring insertion direction, and a tension element (3, 3.1, 3.2, 3.3, 3.4, 3.5) extending between the end sections (4, 4.1, 4.2) of the spring strip (2, 2.1, 2.2, 2.3, 2.4) and arranged on the pressure shadow side, wherein the tension element is, for example, a belt (3, 3.1, 3.2, 3.3, 3.3, 3.4, 3.5) or a cable, wherein the section of the tension element (3, 3.1, 3.2, 3.3, 3.4, 3.5) extending between the end sections (4, 4.1, 4.2) of the spring strip (2, 2.1, 2.2, 2.3, 2.4, 2.6) is shorter than the longitudinal extension of the cambered spring strip (2, 2.1, 2.2, 2.3, 2.4, 2.6), characterised in that the tension element (3, 3.1, 3.2, 3.3) has an extension capacity from 2% to max. 4 %, and a part of the carrying force which is originally assigned to the spring strip (2, 2.1, 2.2, 2.3, 2.4, 2.6) is transferred to the tension element (3, 3.1, 3.2, 3.3, 3.3, 3.4, 3.5).
An automatic dishwasher comprising: a tub having a bottom and at least partially defining an open face treating chamber ; a base supporting the bottom of the tub and defining a mechanical area beneath the bottom of the tub ; at least one sprayer emitting liquid into the treating chamber ; a recirculation circuit fluidly coupling the tub to the at least one sprayer ; a drain circuit fluidly coupling the tub to a household drain ; a pump assembly having a pump fluidly coupled to at least one of the recirculation or drain circuits and a motor driving the pump ; a mounting bracket securing the pump assembly to the base ; and a bracket axis defined along the mounting bracket ; wherein the pump assembly is movably mounted so as to have at least one degree of freedom for movement along the bracket axis , characterized in that : the pump assembly comprises an outlet and the mounting bracket secures the outlet ; the mounting bracket comprises an arm abutting the outlet to permit a movement with the at least one degree of freedom ; the mounting bracket further comprises a gripping layer carried by the arm and located between the arm and the pump assembly , and wherein the gripping layer comprises at least one of a vibration damping material and a plurality of ridges . a tub having a bottom and at least partially defining an open face treating chamber ; a base supporting the bottom of the tub and defining a mechanical area beneath the bottom of the tub ; at least one sprayer emitting liquid into the treating chamber ; a recirculation circuit fluidly coupling the tub to the at least one sprayer ; a drain circuit fluidly coupling the tub to a household drain ; a pump assembly having a pump fluidly coupled to at least one of the recirculation or drain circuits and a motor driving the pump ; a mounting bracket securing the pump assembly to the base ; and a bracket axis defined along the mounting bracket ; wherein the pump assembly is movably mounted so as to have at least one degree of freedom for movement along the bracket axis , characterized in that : the pump assembly comprises an outlet and the mounting bracket secures the outlet ; the mounting bracket comprises an arm abutting the outlet to permit a movement with the at least one degree of freedom ; the mounting bracket further comprises a gripping layer carried by the arm and located between the arm and the pump assembly , and wherein the gripping layer comprises at least one of a vibration damping material and a plurality of ridges . the pump assembly comprises an outlet and the mounting bracket secures the outlet ; the mounting bracket comprises an arm abutting the outlet to permit a movement with the at least one degree of freedom ; the mounting bracket further comprises a gripping layer carried by the arm and located between the arm and the pump assembly , and wherein the gripping layer comprises at least one of a vibration damping material and a plurality of ridges .