mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical interconnection device configured to establish an equipotential connection between a section of cable tray (2 ; 102) and a section of electric cable , comprising a first accommodation (7 ; 107) configured to receive a first portion of a warp wire (3 ; 103) and/or of a weft wire (4 ; 104) of said section of cable tray (2 ; 102) and a second accommodation (8 ; 108) configured to receive a portion of said section of electric cable ; said device being characterized in that it is formed by an elastic metal clip (6 ; 106) comprising a first flexible tab (15 ; 115) configured to come to project into said first accommodation (7 ; 107) and thereby act on said first portion of warp wire and/or of weft wire of said section of cable tray (2 ; 102) when it is received in said first accommodation, as well as a second flexible tab (16 ; 116) configured to come to project into said second accommodation (8 ; 108) and thereby act on said portion of said section of electric cable (2 ; 102) when it is received in said second accommodation, said first flexible tab and second flexible tab making it possible to define respectively first and second accommodations of variable sizes; said elastic metal clip (6 ; 106) having the general shape of an S, having a first main wall (10 ; 110), an inside wall (13 ; 113) extending from a first end of said main wall (10 ; 110) and defining with the latter said first accommodation (7 ; 107), an outside wall (14 ; 114) extending from a second end of said main wall (10 ; 110), which is an opposite end to its first end , and defining with that main wall (10 ; 110) said second accommodation (8 ; 108); said first flexible tab (15 ; 115) being provided in said inside wall (13 ; 113) and said second flexible tab (16 ; 116) being provided in said outside wall (14 ;114); said first flexible tab (15 ; 115) being made by cutting into said inside wall (13 ; 113) and/or said second flexible tab (16 ; 116) being made by cutting into said outside wall (14 ; 114); characterized in that said inside wall (13 ; 113) has two flexible arms remote from each other and each having a curved portion extending from said first end of said main wall (10 ; 110) and a straight portion prolonging said curved portion and extending facing opposite said main wall (10 ; 110), as well as a joining portion connecting the two said flexible arms by their respective straight portions , said first flexible tab (15 ; 115) projecting from said joining portion which extends between the two said flexible arms ; and/or said outside wall (14 ; 114) has two flexible arms remote from each other and each having a curved portion extending from said second end of said main wall (10 ; 110) and a straight portion prolonging said curved portion and extending facing opposite said main wall (10 ; 110), as well as a joining portion connecting the two said flexible arms by their respective straight portions , said second flexible tab (16 ; 116) projecting from said joining portion which extends between the two said flexible arms .
A method for routing signals in a hybrid communications environment comprising a hybrid network , the method comprising: receiving return link data at a user terminal routing system from consumer premises equipment , the return link data indicating a destination node for the return link data, the user terminal routing system communicatively coupled with a plurality of networks and comprising a routing table populated according to forward link data packets received by the user terminal routing system from at least one of the plurality of networks, wherein each forward link data packet indicates a respective source node for the forward link data packet, such that the routing table has, stored thereon, a plurality of mappings, each between a respective one of a plurality of routing table entries and one of the plurality of networks, each routing table entry corresponding to a source node indicated by a forward link data packet and each routing table entry comprising at least a source Internet protocol, IP, address; identifying one of the mappings in the routing table as having the routing table entry that corresponds to said destination node indicated by said return link data; and routing the return link data over one of the plurality of networks according to the identified one of the mappings. receiving return link data at a user terminal routing system from consumer premises equipment , the return link data indicating a destination node for the return link data, the user terminal routing system communicatively coupled with a plurality of networks and comprising a routing table populated according to forward link data packets received by the user terminal routing system from at least one of the plurality of networks, wherein each forward link data packet indicates a respective source node for the forward link data packet, such that the routing table has, stored thereon, a plurality of mappings, each between a respective one of a plurality of routing table entries and one of the plurality of networks, each routing table entry corresponding to a source node indicated by a forward link data packet and each routing table entry comprising at least a source Internet protocol, IP, address; identifying one of the mappings in the routing table as having the routing table entry that corresponds to said destination node indicated by said return link data; and routing the return link data over one of the plurality of networks according to the identified one of the mappings.
A steering torque estimating device which estimates steering torque (τ) which is torque provided to a steering axis (AS) due to a vehicle body behavior, in a vehicle including a front wheel as a steered wheel, the vehicle being configured to turn in a bank state in which a vehicle body is tilted around a forward-rearward axis, characterized in that the steering torque estimating device comprises: a torque estimating section which estimates the steering torque (τ) based on a change over time (β̇) of a bank angle (β) and a rotational speed (ω f ) of the front wheel .
A yarn producing apparatus suitable for producing carbon nanotube yarn (Y) from carbon nanotubes while carbon nanotube fibers (F) advance through said yarn producing apparatus the yarn producing apparatus comprising: a support configured to support a carbon nanotube assembly (S); a drawing unit configured to continuously draw carbon nanotube fibers (F) from the carbon nanotube assembly (S) supported on the support and to allow the carbon nanotube fibers (F) to advance; characterized by a yarn producing unit provided between the support and the drawing unit adapted to directly take in the carbon nanotube fibers (F) drawn by the drawing unit and to twist the taken-in carbon nanotube fibers (F), wherein the yarn producing unit comprises means for producing a swirl flow of compressed air adapted to false-twist the carbon nanotube fibers (F). a support configured to support a carbon nanotube assembly (S); a drawing unit configured to continuously draw carbon nanotube fibers (F) from the carbon nanotube assembly (S) supported on the support and to allow the carbon nanotube fibers (F) to advance; characterized by a yarn producing unit provided between the support and the drawing unit adapted to directly take in the carbon nanotube fibers (F) drawn by the drawing unit and to twist the taken-in carbon nanotube fibers (F), wherein the yarn producing unit comprises means for producing a swirl flow of compressed air adapted to false-twist the carbon nanotube fibers (F).
Contact sleeve in the form of a hollow cylinder having a casing wall and a center longitudinal axis for an electrical connector for establishing electrical contact with a mating connector , wherein the contact sleeve has at least two pairs of contact spring lamellae on its casing wall , wherein the contact spring lamellae of a pair are arranged radially opposite one another on the contact sleeve , wherein each contact spring lamella has a radial raised portion which forms an electrical contact area , wherein the raised portions of a pair of contact spring lamellae which are situated opposite one another are arranged at the same location in the axial direction with respect to the contact sleeve in such a way that the contact areas of said contact spring lamellae lie on a straight line which perpendicularly intersects the center longitudinal axis of the contact sleeve , wherein the raised portions rise radially outward above the contact sleeve , characterized in that the raised portions of at least one first pair of contact spring lamellae are arranged in a manner offset by a predetermined axial offset length in the axial direction with respect to the contact sleeve relative to the raised portions of at least one second pair of contact spring lamellae , and wherein the contact spring lamellae are formed by recesses in the contact sleeve which are arranged at a distance from one another in the circumferential direction.
A humidification and air cleaning apparatus comprising: a water tank to store water; an air wash inlet provided at the water tank and to allow communicating the inside of the water tank with the outside thereof; a water tank humidification medium covering the air wash inlet , formed of a material absorbing water, to humidify air passing the air wash inlet ; a watering housing disposed inside the water tank to spray the water; and wherein the water tank humidification medium is spaced apart from water stored in the water tank and is arranged to be wetted by water sprayed from the watering housing , characterized in that the humidification and air cleaning apparatus further comprises: a visual body forming at least a portion of the water tank and formed of a transparent material, wherein the watering housing further comprises a nozzle to spray water to an inner side surface of the visual body , the air wash inlet is disposed lower than the visual body , the apparatus is configured such that water flowing down along the visual body wets the water tank humidification medium , and the apparatus is further configured such that air passing the air wash inlet is humified through the water tank humidification medium that is wetted. a water tank to store water; an air wash inlet provided at the water tank and to allow communicating the inside of the water tank with the outside thereof; a water tank humidification medium covering the air wash inlet , formed of a material absorbing water, to humidify air passing the air wash inlet ; a watering housing disposed inside the water tank to spray the water; and wherein the water tank humidification medium is spaced apart from water stored in the water tank and is arranged to be wetted by water sprayed from the watering housing , characterized in that the humidification and air cleaning apparatus further comprises: a visual body forming at least a portion of the water tank and formed of a transparent material, wherein the watering housing further comprises a nozzle to spray water to an inner side surface of the visual body , the air wash inlet is disposed lower than the visual body , the apparatus is configured such that water flowing down along the visual body wets the water tank humidification medium , and the apparatus is further configured such that air passing the air wash inlet is humified through the water tank humidification medium that is wetted. a visual body forming at least a portion of the water tank and formed of a transparent material, wherein the watering housing further comprises a nozzle to spray water to an inner side surface of the visual body , the air wash inlet is disposed lower than the visual body , the apparatus is configured such that water flowing down along the visual body wets the water tank humidification medium , and the apparatus is further configured such that air passing the air wash inlet is humified through the water tank humidification medium that is wetted.
A vehicle comprising a transverse panel and a transverse aerodynamic member , the transverse aerodynamic member being movable to an operating position in which it is spaced apart from the transverse panel; wherein, in said operating position, the transverse aerodynamic member is operable to direct airflow downwardly at the rear of the vehicle to control the vertical propagation of the wake formed behind the vehicle, wherein the transverse aerodynamic member comprises a transverse member having a leading edge and a trailing edge; wherein a chord line (S CL ) contained in a vertical plane extends from the leading edge to the trailing edge of the transverse member; the chord line being inclined at an angle of incidence ( α ) relative to a longitudinal axis of the vehicle, the angle of incidence being positive along at least a portion of a width of the transverse aerodynamic member, and wherein the transverse aerodynamic member is configured such that the angle of incidence is larger in an outboard portion of the transverse aerodynamic member than in an inboard portion of the transverse aerodynamic member.
A fault detection apparatus comprising: storage means for storing correlation destruction set information which indicates a correlation on which correlation destruction was detected when a fault occurred, among correlations included in a correlation model representing correlations, in terms of correlation functions, between a plurality of types of performance values of a system, said correlation function being a transform function regarding one of two arbitrary types of performance values as an input and the other as an output, correlation analysis means for applying an actual performance value for a first type among two arbitrary types, calculating a predictive performance value for a second type among the two arbitrary types by using a correlation function between the first type and the second type, comparing an actual performance value with the calculated predictive performance value for the second type to calculate a prediction error, and judging that a correlation between the first type and the second type is destructed if the calculated prediction error is out of a predetermined error range, and correlation model comparison means for calculating a commonality between said correlation included in said correlation destruction set information and correlation on which correlation destruction is detected for actual performance values, wherein said correlation destruction set information includes a fault name of said fault, and said correlation model comparison means outputs said fault name of said fault in case said commonality is equal to or greater than a predetermined threshold value. storage means for storing correlation destruction set information which indicates a correlation on which correlation destruction was detected when a fault occurred, among correlations included in a correlation model representing correlations, in terms of correlation functions, between a plurality of types of performance values of a system, said correlation function being a transform function regarding one of two arbitrary types of performance values as an input and the other as an output, correlation analysis means for applying an actual performance value for a first type among two arbitrary types, calculating a predictive performance value for a second type among the two arbitrary types by using a correlation function between the first type and the second type, comparing an actual performance value with the calculated predictive performance value for the second type to calculate a prediction error, and judging that a correlation between the first type and the second type is destructed if the calculated prediction error is out of a predetermined error range, and correlation model comparison means for calculating a commonality between said correlation included in said correlation destruction set information and correlation on which correlation destruction is detected for actual performance values, wherein said correlation destruction set information includes a fault name of said fault, and said correlation model comparison means outputs said fault name of said fault in case said commonality is equal to or greater than a predetermined threshold value.
At least one peptide selected from the group consisting of: a) a peptide comprising the amino acid sequence of SEQ ID NO:2, and b) a peptide comprising the amino acid sequence of SEQ ID NO:4, for use in the treatment of a subject suffering or at risk of suffering from graft versus host disease (GVHD). a) a peptide comprising the amino acid sequence of SEQ ID NO:2, and b) a peptide comprising the amino acid sequence of SEQ ID NO:4,
A computer implemented method for controlling a robotic carton unloader , the steps of the method comprising: receiving images of a carton pile from more than one sensors mounted at different locations on the robotic carton unloader and coupled to a computing device of the robotic carton unloader , wherein each image represents a respective overlapping portion of the carton pile comprising colour image data and depth image data; deskewing the images from each of the sensors to be in a consistent global coordinate frame such that all of the images have a common, central reference point; combining the deskewed images into a single image representing an entire face of the carton pile ; detecting the position of individual cartons in the entire face of the carton pile using the single image to obtain XYZ coordinate location data, edge data and distance data of the individual carton relative to the robotic carton unloader; sending XYZ coordinate locations of the positions of the individual detected cartons located in the entire face of the carton pile to the computing device ; the method further comprising: controlling a robotic arm of the robotic carton unloader to unload the detected individual cartons onto a conveyor of the robotic carton unloader using the XYZ coordinate locations. receiving images of a carton pile from more than one sensors mounted at different locations on the robotic carton unloader and coupled to a computing device of the robotic carton unloader , wherein each image represents a respective overlapping portion of the carton pile comprising colour image data and depth image data; deskewing the images from each of the sensors to be in a consistent global coordinate frame such that all of the images have a common, central reference point; combining the deskewed images into a single image representing an entire face of the carton pile ; detecting the position of individual cartons in the entire face of the carton pile using the single image to obtain XYZ coordinate location data, edge data and distance data of the individual carton relative to the robotic carton unloader; sending XYZ coordinate locations of the positions of the individual detected cartons located in the entire face of the carton pile to the computing device ;
An electrochemical power source comprising: a substrate (a); two current collector layers (b, g); a solid-state electrolyte layer (e) characterized in that the power source comprises two buffer/cache layers (d, f), each of the two buffer/cache layers is a layer of Li X M Y O 3 , wherein M is any of Nb, Ta, Ti, V; X is in a range of 0.8 to 1.4; and Y is in a range of 1.2 to 0.6. a substrate (a); two current collector layers (b, g); a solid-state electrolyte layer (e) X is in a range of 0.8 to 1.4; and Y is in a range of 1.2 to 0.6.
An audio transmission method between at least two audio communication systems including a transmitting audio communication system and a receiving audio communication system , wherein the transmitting audio communication system comprises a first audio transmitting device and a second audio transmitting device , and the receiving audio communication system comprises at least one audio receiving device , wherein the method comprises: transmitting a first wireless audio stream, via a first wireless audio link, by the first audio transmitting device and a second wireless audio stream, via a second wireless audio link, by the second audio transmitting device ; and selecting, by the at least one audio receiving device , at least one of the first wireless audio stream and the second wireless audio stream based on quality parameters of the first wireless audio link and/or the second wireless audio link, characterized in that the first audio transmitting device and the second audio transmitting device are configured to be respectively worn at one of each ear of a user, wherein the first wireless audio stream and the second wireless audio stream contains a voice of a user by having each audio transmitting device pickup and transmit its own user's voice as an own voice pickup signal. transmitting a first wireless audio stream, via a first wireless audio link, by the first audio transmitting device and a second wireless audio stream, via a second wireless audio link, by the second audio transmitting device ; and selecting, by the at least one audio receiving device , at least one of the first wireless audio stream and the second wireless audio stream based on quality parameters of the first wireless audio link and/or the second wireless audio link, characterized in that the first audio transmitting device and the second audio transmitting device are configured to be respectively worn at one of each ear of a user, wherein the first wireless audio stream and the second wireless audio stream contains a voice of a user by having each audio transmitting device pickup and transmit its own user's voice as an own voice pickup signal.