mhurhangee/patent-ind-claim-en huggingface dataset:
A method for anomaly management in a facility, the method comprising: monitoring the facility to detect one or more anomalies therein; determining , using a trained function, location information of a site of the detected one or more anomalies in the facility; navigating an autonomous vehicle to the site of the detected one or more anomalies in the facility in response to detection of the one or more anomalies therein, based on the determined location information of the site of the detected one or more anomalies in the facility; capturing , by the autonomous vehicle , information about the detected one or more anomalies in the facility at the site of the facility; and communicating the captured information about the detected one or more anomalies along with the determined location information of the site of the detected one or more anomalies in the facility, wherein monitoring the facility to detect the one or more anomalies comprises: capturing sound signals in the facility; and the method further comprises: filtering one or more ambient sound signals from the captured sound signals, using a dataset of the plurality of characteristic ambient sound signals, to provide filtered sound signals, wherein the dataset of the plurality of characteristic ambient sound signals includes multiple sound patterns which represent possible ambient sound patterns in the facility; identifying, by the trained function, one or more anomalous sound signals from the filtered sound signals; and detecting the one or more anomalies in the facility based on the identified one or more anomalous sound signals. monitoring the facility to detect one or more anomalies therein; determining , using a trained function, location information of a site of the detected one or more anomalies in the facility; navigating an autonomous vehicle to the site of the detected one or more anomalies in the facility in response to detection of the one or more anomalies therein, based on the determined location information of the site of the detected one or more anomalies in the facility; capturing , by the autonomous vehicle , information about the detected one or more anomalies in the facility at the site of the facility; and communicating the captured information about the detected one or more anomalies along with the determined location information of the site of the detected one or more anomalies in the facility, wherein monitoring the facility to detect the one or more anomalies comprises: capturing sound signals in the facility; filtering one or more ambient sound signals from the captured sound signals, using a dataset of the plurality of characteristic ambient sound signals, to provide filtered sound signals, wherein the dataset of the plurality of characteristic ambient sound signals includes multiple sound patterns which represent possible ambient sound patterns in the facility; identifying, by the trained function, one or more anomalous sound signals from the filtered sound signals; and detecting the one or more anomalies in the facility based on the identified one or more anomalous sound signals.
A coupling member for coupling a predetermined member to a toilet bowl , comprising: a circular cylindrically-shaped elastic deforming portion having an upper end portion and a lower end portion; a bolt that is rotatably inserted into the circular cylindrically-shaped elastic deforming portion , and that has a threaded portion formed on a lower side thereof and a stopper portion formed on an upper side thereof adjacent to the threaded portion , and a nut that is provided on the lower end portion of the circular cylindrically-shaped elastic deforming portion and screwed on the threaded portion of the bolt so as to move in an upward direction by a rotational operation in one direction from an upper side of the bolt , wherein the movement in an upward direction of the nut enlarges the circular cylindrically-shaped elastic deforming portion in a radial direction, and characterized in that the coupling member further comprises a resin-made washer secured on the upper end portion of the circular cylindrically-shaped elastic deforming portion , and wherein the bolt is rotatably inserted into the resin-made washer , a boundary between the stopper portion and the threaded portion has a stepped structure, a diameter of the stopper portion is larger than a diameter of the threaded portion , thereby defining the stepped structure, and the stopper portion is adapted to engage the nut at the level of the stepped structure so as to limit upward direction movement of the nut . a circular cylindrically-shaped elastic deforming portion having an upper end portion and a lower end portion; a bolt that is rotatably inserted into the circular cylindrically-shaped elastic deforming portion , and that has a threaded portion formed on a lower side thereof and a stopper portion formed on an upper side thereof adjacent to the threaded portion , and a nut that is provided on the lower end portion of the circular cylindrically-shaped elastic deforming portion and screwed on the threaded portion of the bolt so as to move in an upward direction by a rotational operation in one direction from an upper side of the bolt , wherein the movement in an upward direction of the nut enlarges the circular cylindrically-shaped elastic deforming portion in a radial direction, and characterized in that the coupling member further comprises a resin-made washer secured on the upper end portion of the circular cylindrically-shaped elastic deforming portion , and wherein the bolt is rotatably inserted into the resin-made washer , a boundary between the stopper portion and the threaded portion has a stepped structure, a diameter of the stopper portion is larger than a diameter of the threaded portion , thereby defining the stepped structure, and the stopper portion is adapted to engage the nut at the level of the stepped structure so as to limit upward direction movement of the nut .
Heat generator for heating environments comprising a main frame delimiting a combustion chamber (CC), said generator further including a door for opening/closing an opening for accessing to the combustion chamber (CC), said frame delimiting a first circuit for the passage of ambient air to be heated in the generator and conveyed into the environment around said generator, a second circuit for transmitting comburent air from the external environment to the generator in the combustion chamber (CC) and a third circuit for the intake or discharge of the combustion fumes from the combustion chamber (CC) to the outside, wherein said generator comprises at least one duct for recirculating the combustion fumes from the third circuit or from suction or thrust means provided in the same or for the same in the combustion chamber (CC) and/or in the second circuit and/or in a brazier of the generator in the combustion chamber (CC), wherein said second circuit extends from the rear (R) up to the combustion chamber (CC), wherein said generator delimits an intake opening (SO) open towards the rear (R) of the generator from which a supply duct of the second circuit branches off and flows into a box-shaped body of the second circuit , said box-shaped body being open towards the combustion chamber (CC) through a window . wherein said second circuit extends from the rear (R) up to the combustion chamber (CC), wherein said generator delimits an intake opening (SO) open towards the rear (R) of the generator from which a supply duct of the second circuit branches off and flows into a box-shaped body of the second circuit , said box-shaped body being open towards the combustion chamber (CC) through a window .
A distributed control synchronized ring network on a semiconductor chip, comprising: a plurality of nodes (N0-N5), including a root node (N0) and one or more branch nodes (N1-N5), wherein the root node is coupled to receive a reference clock signal (CK REF); a circular clock signal path that routes the reference clock signal from the root node, through each of the one or more branch nodes, and back to the root node; and a circular message path that extends in parallel with the circular clock signal path, wherein the root node and the one or more branch nodes transmit messages on the message path wherein each of the plurality of nodes includes corresponding node logic that latches messages received on the message path in response to the reference clock signal received on the clock signal path, wherein each node of the plurality of nodes introduces a corresponding node delay (D N0 ) with respect to the reference clock signal when transmitting messages, wherein the clock signal path includes a delay line within each of the plurality of nodes, wherein each delay line introduces a delay (D202) to the reference clock signal on the clock signal path after the corresponding node logic latches the messages received on the message path in response to the reference clock signal, wherein the delay introduced by the corresponding delay line within each of the plurality of nodes is selected based on the corresponding node delay. a plurality of nodes (N0-N5), including a root node (N0) and one or more branch nodes (N1-N5), wherein the root node is coupled to receive a reference clock signal (CK REF); a circular clock signal path that routes the reference clock signal from the root node, through each of the one or more branch nodes, and back to the root node; and a circular message path that extends in parallel with the circular clock signal path, wherein the root node and the one or more branch nodes transmit messages on the message path wherein each of the plurality of nodes includes corresponding node logic that latches messages received on the message path in response to the reference clock signal received on the clock signal path, wherein each node of the plurality of nodes introduces a corresponding node delay (D N0 ) with respect to the reference clock signal when transmitting messages, wherein the clock signal path includes a delay line within each of the plurality of nodes, wherein each delay line introduces a delay (D202) to the reference clock signal on the clock signal path after the corresponding node logic latches the messages received on the message path in response to the reference clock signal, wherein the delay introduced by the corresponding delay line within each of the plurality of nodes is selected based on the corresponding node delay.
Vehicle-mountable step apparatus for providing access to a roof of a vehicle , the vehicle-mountable step apparatus comprising: a step structure defining at least one rung or step; and an attachment configured to suspend the step structure from the vehicle; characterised in that the attachment is a pillar attachment comprising a looped portion including a compressible padded region , the looped portion being configured to loop around a central side pillar of the vehicle to suspend the step structure from the central side pillar of the vehicle with the compressible padded region configured to abut the central side pillar of the vehicle and/or a door region. a step structure defining at least one rung or step; and an attachment configured to suspend the step structure from the vehicle; characterised in that the attachment is a pillar attachment comprising a looped portion including a compressible padded region , the looped portion being configured to loop around a central side pillar of the vehicle to suspend the step structure from the central side pillar of the vehicle with the compressible padded region configured to abut the central side pillar of the vehicle and/or a door region.
Analytical process for detecting antibody specific for a blood group antigen in blood serum, comprising contacting the serum with blood cell membranes bearing surface antigens, characterized in that prior to contacting the serum with blood cell membranes, at least one binding peptide specifically binding to a first surface antigen of the blood cell membranes is added to the blood cell membranes, which binding peptide has no human Fc region.
A method of controlling an electromechanical actuator of a winder of a screen , the winder being able to be rotated by the actuator to drive the screen between an end position in a first movement direction or a first end of usage stroke position in the first movement direction and at least a second end of usage stroke position in a second movement direction opposite the first movement direction, the first end of usage stroke position being located between the end position in the first movement direction and the second end of usage stroke position, wherein the method comprises: - usage phases, during which a control unit of the actuator responds to instructions for complete or partial movement in the first movement direction or in the second movement direction by controlling the actuator so as to move the screen between the first end of usage stroke position and the second end of usage stroke position, but without moving the screen in the first movement direction beyond the first end of usage stroke position; and - maintenance phases separating the usage phases, and during which the control unit of the actuator responds to a complete movement instruction in the first movement direction, by controlling the actuator so as to drive the screen to the end position in the first movement direction, detecting reaching of the end position in the first movement direction and then, in response to detection of reaching of the end position in the first movement direction, by moving the screen in the second movement direction before stopping it in the first end of usage stroke position or a position closer to the first end of usage stroke position than the end position in the first movement direction. - usage phases, during which a control unit of the actuator responds to instructions for complete or partial movement in the first movement direction or in the second movement direction by controlling the actuator so as to move the screen between the first end of usage stroke position and the second end of usage stroke position, but without moving the screen in the first movement direction beyond the first end of usage stroke position; and - maintenance phases separating the usage phases, and during which the control unit of the actuator responds to a complete movement instruction in the first movement direction, by controlling the actuator so as to drive the screen to the end position in the first movement direction, detecting reaching of the end position in the first movement direction and then, in response to detection of reaching of the end position in the first movement direction, by moving the screen in the second movement direction before stopping it in the first end of usage stroke position or a position closer to the first end of usage stroke position than the end position in the first movement direction.
An assembly, comprising an electrical connection member , a light source plate and a driving plate of an LED lamp, wherein the electrical connection member is configured to provide electrical connection between the light source plate and the driving plate of said LED lamp, the electrical connection member comprising input terminals and output terminals , wherein the output terminals are each in a sheet-like structure attached onto a surface of the driving plate of the LED lamp; one end of each of the input terminals is fixed on the light source plate and connected with the light source plate electrically; the other end of each of the input terminals is in an elastic clip structure ; when the light source plate is assembled and fixed with respect to the driving plate , the driving plate is arranged near the light source plate ; and the other end of each of the input terminals abuts against the respective output terminal elastically, wherein the driving plate is provided with supporting portions integrally extending from the driving plate; the supporting portions are arranged near the light source plate ; and the output terminals are each provided at a side of one of the supporting portions , characterized in that the one end of each of the input terminals is in a ring structure with a through hole ; a bottom of the ring structure is fixed on the light source plate ; the ring structure is provided spaced from the supporting portions and one side of the through hole of the ring structure is provided facing the supporting portion ; the elastic clip structure is connected at the other side of the through hole ; the elastic clip structure is configured to pass, after bending, through the through hole and protrude out from one side of the through hole to abut against the respective input terminal .
An image coding device comprising: an intra prediction image generating unit for performing a prediction process for a partition to be coded by intra prediction mode to generate an intra prediction image; a loop filter unit for performing a loop filter process on a local decoded image obtained by adding a local decoded prediction signal and the intra prediction image, the local decoded prediction signal being obtained by performing an inverse transformation process on compressed data of a difference image; and a variable-length-coding unit for performing variable-length-coding process on an intra prediction parameter, which indicates a specific intra prediction mode used to generate said intra prediction image, and obtaining coded data of said intra prediction parameter; characterized in that said variable-length-coding unit performs variable-length-coding on an intra merge flag indicating whether or not an intra prediction parameter for said partition to be coded is identical to that for an adjacent partition located adjacent to said partition; when there are two or more partitions adjacent to top or left of said partition to be coded, said two or more partitions are scanned and the first partition to be coded in said intra prediction mode is selected as said adjacent partition; and when said intra merge flag indicates that said intra prediction parameter for said partition to be coded is identical to that for said adjacent partition, said variable-length-coding unit generates an intra merge direction flag which identifies said adjacent partition. an intra prediction image generating unit for performing a prediction process for a partition to be coded by intra prediction mode to generate an intra prediction image; a loop filter unit for performing a loop filter process on a local decoded image obtained by adding a local decoded prediction signal and the intra prediction image, the local decoded prediction signal being obtained by performing an inverse transformation process on compressed data of a difference image; and a variable-length-coding unit for performing variable-length-coding process on an intra prediction parameter, which indicates a specific intra prediction mode used to generate said intra prediction image, and obtaining coded data of said intra prediction parameter; characterized in that said variable-length-coding unit performs variable-length-coding on an intra merge flag indicating whether or not an intra prediction parameter for said partition to be coded is identical to that for an adjacent partition located adjacent to said partition; when there are two or more partitions adjacent to top or left of said partition to be coded, said two or more partitions are scanned and the first partition to be coded in said intra prediction mode is selected as said adjacent partition; and when said intra merge flag indicates that said intra prediction parameter for said partition to be coded is identical to that for said adjacent partition, said variable-length-coding unit generates an intra merge direction flag which identifies said adjacent partition.
A Cr alloy target material, wherein the Cr alloy target material has a composition formula in terms of an atomic ratio of Cr 100-x-y M1 x M2 y , 0.1≤x≤21.0, 0.1≤y≤23.0, in which M1 represents at least one element type selected from Ti and V, M2 represents at least one element type selected from Mo, Mn, B, W, Nb, and Ta, with the remainder being unavoidable impurities, characterized by 50 to 700 ppm by mass of oxygen and 300 ppm by mass or less of a total content of S, Al, and Si are contained in the unavoidable impurities.
Rotor assembly of a turbine engine, comprising: - a bladed disk , rotary about an axis (A) comprising: - a rim having a rim surface extending about said axis (A), said rim comprising a fifth fixing element ; - at least one blade fixed by its root on said rim and extending radially outwards, from said rim surface ; - at least one platform added to said bladed disk , defining an inner profile of a flow for a flowing of fluid through said turbine engine and comprising a recess configured to enable the insertion of said platform around said blade ; - a ring comprising a third and a fourth fixing element ; said third fixing element being configured to radially hold said ring with respect to said rim ; said fourth fixing element being configured to radially hold said platform with respect to said rim ; said fifth fixing element being configured to engage with said third fixing element , characterised in that the bladed disk is one-piece. - a bladed disk , rotary about an axis (A) comprising: - a rim having a rim surface extending about said axis (A), said rim comprising a fifth fixing element ; - at least one blade fixed by its root on said rim and extending radially outwards, from said rim surface ; - at least one platform added to said bladed disk , defining an inner profile of a flow for a flowing of fluid through said turbine engine and comprising a recess configured to enable the insertion of said platform around said blade ; - a ring comprising a third and a fourth fixing element ; said third fixing element being configured to radially hold said ring with respect to said rim ; said fourth fixing element being configured to radially hold said platform with respect to said rim ; said fifth fixing element being configured to engage with said third fixing element , characterised in that the bladed disk is one-piece.