mhurhangee/ep-ind-claims huggingface dataset:
A method for re-identifying a medical information object, known as a de-identified derived object (B'), received by equipment of a clinical site from equipment (NCSE) of a non-clinical site via a communication network, said object (B') comprising an image (I') derived from an original image and at least a first metadata relating to a medical information object, known as a de-identified derived object (B'), received by equipment of a clinical site via a communication network, said object (B') comprising an image (I') derived from an original image and at least a first metadata (MR A') of a medical information object, said de-identified main object (A') comprising the original image, said method being characterised in that it comprises the following steps: - obtaining said at least one first metadata (MR A') in an unencrypted information field (SINC B') of the de-identified derivative object (B'); - obtaining at least one second metadata (MR A,ch) of attachment of a main object comprising the original image, said at least one second metadata being contained in a corresponding encrypted information field (SIC C') of a second de-identified medical information object (C', A', KOS'), said second object further comprising said at least one first metadata (MR A') in an unencrypted information field (SINC C'); - creating a derived object, comprising said derived image (I') from said at least one second metadata (MR A,ch) obtained. - obtaining said at least one first metadata (MR A') in an unencrypted information field (SINC B') of the de-identified derivative object (B'); - obtaining at least one second metadata (MR A,ch) of attachment of a main object comprising the original image, said at least one second metadata being contained in a corresponding encrypted information field (SIC C') of a second de-identified medical information object (C', A', KOS'), said second object further comprising said at least one first metadata (MR A') in an unencrypted information field (SINC C'); - creating a derived object, comprising said derived image (I') from said at least one second metadata (MR A,ch) obtained.
Component of an air conditioning assembly, which includes a device for influencing a flow of air in the component of the air conditioning assembly, wherein the device comprises a surface element with at least one inflow-side edge and at least one outflow-side edge (5, 6), and wherein the surface element is arranged in a fixed position in the component, wherein at least one edge (5, 6), namely at least one outflow-side edge exhibits an outer contour provided with forward-pointing projections and indentations located between them, wherein the projections exhibit at least one edge (5, 6), in particular at least one outflow-side edge, and a uniform absolute alignment, characterised in that the device is configured as a lamellar element, namely a fixed lamellar element, of a passage opening, in particular a swirl diffuser opening.
A method for determining shortest path bridging of multicast frames within a communications network, comprising: at each of a plurality of nodes (112A-112J) within the network, determining a designated node according to a commonly agreed mechanism; at each of the plurality of nodes (112A-112J), determining a shortest path between the DN and each of the plurality of nodes (112A-112J); and at each of the plurality of nodes (112A-112J), selecting for inclusion in a respective forwarding tree for multicast only those determined shortest paths from the DN traversing the respective node; wherein the communications network supports multiple subsets of service instances, a subset of service instances being supported by a plurality of nodes, the method being repeated for each service instance subset using its respective plurality of supporting nodes; wherein the commonly agreed mechanism comprises any of a system identification field and a bridge priority field or wherein the commonly agreed mechanism comprises a type length value associated with a shortest path bridging protocol. at each of a plurality of nodes (112A-112J) within the network, determining a designated node according to a commonly agreed mechanism; at each of the plurality of nodes (112A-112J), determining a shortest path between the DN and each of the plurality of nodes (112A-112J); and at each of the plurality of nodes (112A-112J), selecting for inclusion in a respective forwarding tree for multicast only those determined shortest paths from the DN traversing the respective node; wherein the communications network supports multiple subsets of service instances, a subset of service instances being supported by a plurality of nodes, the method being repeated for each service instance subset using its respective plurality of supporting nodes; wherein the commonly agreed mechanism comprises any of a system identification field and a bridge priority field or wherein the commonly agreed mechanism comprises a type length value associated with a shortest path bridging protocol.
Device to irradiate a sample in the core or at the periphery of the core of a nuclear reactor comprising, - a double wall containment delimiting a chamber, - a receptacle contained in said chamber, said receptacle being held at a distance from an inside wall of the containment, said receptacle being designed to contain a coolant, - a sample holder, a free end of which being configured to be located in the receptacle, in which the inside of the receptacle is in fluid communication with the outside of the receptacle and in which a volume between the inside wall of the containment and the receptacle is configured to be filled with a gas or a mix of gases called the coolant cushion gas. - a double wall containment delimiting a chamber, - a receptacle contained in said chamber, said receptacle being held at a distance from an inside wall of the containment, said receptacle being designed to contain a coolant, - a sample holder, a free end of which being configured to be located in the receptacle,
A method, comprising: applying, by a tie breaker system, a first current to a first bus coupled to a breaker between the first bus and a second bus while the breaker is open; measuring, by the tie breaker system, a first impedance of the first bus after applying the first current to the first bus; determining, by the tie breaker system, if a fault exists on the first bus based, at least in part, on the measured first impedance; and coupling, by the tie breaker system, the first bus to the second bus when no fault is determined to exist on the first bus, wherein coupling the first bus to the second bus comprises: synchronizing the first bus to the second bus; and closing the breaker between the first and the second bus. applying, by a tie breaker system, a first current to a first bus coupled to a breaker between the first bus and a second bus while the breaker is open; measuring, by the tie breaker system, a first impedance of the first bus after applying the first current to the first bus; determining, by the tie breaker system, if a fault exists on the first bus based, at least in part, on the measured first impedance; and coupling, by the tie breaker system, the first bus to the second bus when no fault is determined to exist on the first bus, wherein coupling the first bus to the second bus comprises: synchronizing the first bus to the second bus; and closing the breaker between the first and the second bus. synchronizing the first bus to the second bus; and closing the breaker between the first and the second bus.
A telescopic arm for a forestry crane having a housing of an outer arm provided with a middle telescopic arm and inside the middle arm an inner telescopic arm as well as a hydraulic cylinder, flexible hydraulic tubes (8a, 8b, 8c in 8d), a first chain running on a first pulley and a second chain running on a second pulley outside of the arm, wherein the hydraulic cylinder with a piston rod is installed in the longitudinal axis of the outer arm; characterised in that the flexible hydraulic tubes (8a, 8b, 8c, 8d) needed for control of outer users are installed on two separate wheels (5a, 5b), wherein the first wheel is mounted on one side of the cylinder and the second wheel is mounted on the other side of the cylinder, and in that the first pulley with the first chain is installed besides the vertical axis of the wheels (5a and 5b) so that the chain runs separately from the flexible hydraulic tubes (8a, 8b, 8c, 8d).
An extraction arm, comprising: - a first tube provided on top with connection means for connecting to a pneumatic vacuum source; - a second tube connected to a lower end of the first tube by means of a first joint configured at least to enable a rotation of the second tube relative to the first tube; - a suction nozzle disposed at a free end of said arm; - adjustment means acting between the first and second tube (2, 8); characterized in that said adjustment means comprises at least one gas spring of the lockable type, operationally active between the first and second tube (2, 8), and a mechanism for locking and unlocking the gas spring, configured to adjust the locking position of the spring in a continuous manner between a maximum stroke position and a minimum stroke position. - a first tube provided on top with connection means for connecting to a pneumatic vacuum source; - a second tube connected to a lower end of the first tube by means of a first joint configured at least to enable a rotation of the second tube relative to the first tube; - a suction nozzle disposed at a free end of said arm; - adjustment means acting between the first and second tube (2, 8);
Drive belt having a main body formed of an elastomeric material of construction, preferably a v-belt or v-ribbed belt, said drive belt including a top layer as belt backing, a power transmission zone having two or more tensile strands as strength members, and also a substructure optionally provided some profiling, preferably having a v-shape or a v-rib profile, the strength members being formed of cords consisting of mutually twisted plies (final twist), the plies being in turn twisted out of individual yarns (first twist), characterized in that the cords consist essentially of polyethylene terephthalate and of merely two plies, the number of turns introduced into the plies twisted into a cord (final twist) and the number of turns introduced into the yarns twisted into a ply (first twist) differing by not more than 10 turns per meter [t/m].
A multi-junction tandem laser photovoltaic cell for an incident light having a wavelength in the range of 650 to 830 nm, comprising a photovoltaic cell stack and a bottom electrode and a top electrode electrically connected to a bottom and a top of the photovoltaic cell stack, respectively, wherein the photovoltaic cell stack comprises stacked N AlGaAs PN-junction sub-cells (03, 05, 07, 09, 11, 13), and adjacent sub-cells are connected in series via a tunneling junction (02, 04, 06, 08, 10, 12), in which N≥2, wherein a light absorbing layer in each of the AlGaAs PN-junction sub-cells comprises a P-type Al x1 Ga 1-x1 As base region and an N-type Al x1 Ga 1-x1 As emitter region, wherein the x1 has such a value that the wavelength of the incident light is less than or equal to the absorption long wavelength limit of Al x1 Ga 1-x1 As, and the x1 is 0.02 to 0.38, wherein the bottom of the photovoltaic cell stack is electrically connected to the bottom electrode via a conductive substrate, wherein the photovoltaic cell stack is formed on the conductive substrate, characterized in that each of the AlGaAs sub-cells comprises a P-type Al x2 Ga 1-x2 As back surface field layer, a P-type Al x1 Ga 1-x1 As base region, an N-type Al x1 Ga 1-x1 As emitter region, an N-type Al x3 Ga 1-x3 As window layer sequentially arranged in a direction away from the conductive substrate, wherein the x2 and the x3 have such a value that Al x2 Ga 1-x2 As and Al x3 Ga 1-x3 As do not absorb the incident light. wherein a light absorbing layer in each of the AlGaAs PN-junction sub-cells comprises a P-type Al x1 Ga 1-x1 As base region and an N-type Al x1 Ga 1-x1 As emitter region, wherein the x1 has such a value that the wavelength of the incident light is less than or equal to the absorption long wavelength limit of Al x1 Ga 1-x1 As, and the x1 is 0.02 to 0.38, wherein the bottom of the photovoltaic cell stack is electrically connected to the bottom electrode via a conductive substrate, wherein the photovoltaic cell stack is formed on the conductive substrate, characterized in that each of the AlGaAs sub-cells comprises a P-type Al x2 Ga 1-x2 As back surface field layer, a P-type Al x1 Ga 1-x1 As base region, an N-type Al x1 Ga 1-x1 As emitter region, an N-type Al x3 Ga 1-x3 As window layer sequentially arranged in a direction away from the conductive substrate, wherein the x2 and the x3 have such a value that Al x2 Ga 1-x2 As and Al x3 Ga 1-x3 As do not absorb the incident light.
Brush bristle, comprising: - at least one plate-like or bar-like element formed of a synthetic resin material (12, 121, 123, 124, 125, 126, 127, 128) and - at least one plate-like or bar-like element formed of a metallic material (11, 111, 112, 113, 114, 115, 116, 117, 118), wherein: - said at least one synthetic resin material element and said at least one metallic material element are integrated into one piece through mutual combination by means of thermo compression bonding or thermal welding and - said at least one synthetic resin material element and said at least one metallic material element thereby form as sandwiched parts or adjacently disposed parts a bar-like or plate-like brush bristle. - at least one plate-like or bar-like element formed of a synthetic resin material (12, 121, 123, 124, 125, 126, 127, 128) and - at least one plate-like or bar-like element formed of a metallic material (11, 111, 112, 113, 114, 115, 116, 117, 118), wherein: - said at least one synthetic resin material element and said at least one metallic material element are integrated into one piece through mutual combination by means of thermo compression bonding or thermal welding and - said at least one synthetic resin material element and said at least one metallic material element thereby form as sandwiched parts or adjacently disposed parts a bar-like or plate-like brush bristle.
An oral care composition comprising a. an effective amount of a basic amino acid in free or salt form; b. a small particle fraction comprising at least 5% of the formulation by weight, wherein the particles of the small particle fraction have a d50 of less than 5 μm, wherein the small particle fraction comprises a mixture of precipitated calcium carbonate having d50 of 0.5 - 4 μm and silica having d50 of 1 - 4 μm. a. an effective amount of a basic amino acid in free or salt form; b. a small particle fraction comprising at least 5% of the formulation by weight, wherein the particles of the small particle fraction have a d50 of less than 5 μm, wherein the small particle fraction comprises a mixture of precipitated calcium carbonate having d50 of 0.5 - 4 μm and silica having d50 of 1 - 4 μm.
A method of operation of a wireless device in a cellular communications network, the wireless device comprising a wireless transmitter and a wireless receiver, characterized by the steps of: starting a timer in response to either transmitting a preference indicator for a first configuration to a second node via the wireless transmitter or receiving a reconfiguration request associated with the preference indicator for the first configuration, the timer being set to a value that defines an amount of time before the wireless device is permitted to transmit a preference indicator for a second configuration to the second node, wherein one of the first and second configurations is a power efficient configuration, and the other of the first and second configurations is a normal power configuration; and blocking transmission of the preference indicator for the second configuration to the second node until the timer has expired, wherein if the preference indicator is for a delay-sensitive type of operation the timer is set to zero or to a value shorter than that used for a preference indicator for the power efficient configuration if the first configuration is a normal power configuration. starting a timer in response to either transmitting a preference indicator for a first configuration to a second node via the wireless transmitter or receiving a reconfiguration request associated with the preference indicator for the first configuration, the timer being set to a value that defines an amount of time before the wireless device is permitted to transmit a preference indicator for a second configuration to the second node, wherein one of the first and second configurations is a power efficient configuration, and the other of the first and second configurations is a normal power configuration; and blocking transmission of the preference indicator for the second configuration to the second node until the timer has expired, wherein if the preference indicator is for a delay-sensitive type of operation the timer is set to zero or to a value shorter than that used for a preference indicator for the power efficient configuration if the first configuration is a normal power configuration.
An easily expandable indoor LED lighting device comprising: a fixing bar installable on a ceiling; first and second electrode bars (21, 22) provided on a bottom surface of the fixing bar; a socket provided at the center of the fixing bar provided with the first and second electrode bars (21, 22); and a bell-shaped reflection unit coupled to the socket, for supplying electric power of the first and second electrode bars (21, 22) to a substrate to which an LED is mounted, characterized in that the substrate is installed in the socket and provided in an inside of the bell-shaped reflection unit, wherein slit connection units (31, 32, 33, 34) connectable to neighboring lighting devices through connection bars (81, 82, 83, 84) are provided at opposite ends of bottom surfaces of the first and second electrode bars (21, 22), wherein a first slit connection unit and a second slit connection unit are fixed to opposite ends of first electrode bar, and a third slit connection unit and a fourth slit connection unit are fixed to opposite ends of the second electrode bar. a fixing bar installable on a ceiling; first and second electrode bars (21, 22) provided on a bottom surface of the fixing bar; a socket provided at the center of the fixing bar provided with the first and second electrode bars (21, 22); and a bell-shaped reflection unit coupled to the socket, for supplying electric power of the first and second electrode bars (21, 22) to a substrate to which an LED is mounted, characterized in that the substrate is installed in the socket and provided in an inside of the bell-shaped reflection unit, wherein slit connection units (31, 32, 33, 34) connectable to neighboring lighting devices through connection bars (81, 82, 83, 84) are provided at opposite ends of bottom surfaces of the first and second electrode bars (21, 22), wherein a first slit connection unit and a second slit connection unit are fixed to opposite ends of first electrode bar, and a third slit connection unit and a fourth slit connection unit are fixed to opposite ends of the second electrode bar.
A cooking appliance, comprising: an oven cavity; a cooktop positioned above the oven cavity; a console extending above the cooktop, such that the cooktop is positioned generally between the console and the oven cavity; a flue extending from the oven cavity to a rear side of the console; and a flue cover coupled to the rear side of the console and defining a chamber into which air conveyed by the flue from the oven cavity is expelled, wherein further the rear side of the console includes a back panel having an interior surface and an exterior surface opposite the interior surface, wherein the interior surface faces a front side of the console, and the flue cover is coupled to the exterior surface, wherein the flue cover includes a first side wall coupled to the exterior surface of the back panel and extending outward therefrom, a second side wall coupled to the exterior surface of the back panel and extending outward therefrom, and a rear wall that extends between the first and second side walls (68, 70), wherein the back panel extends downward from the rear side of the console along a back of a housing of the cooking appliance within which the oven cavity is defined, and wherein the flue extends from an inlet that is in communication with the oven cavity to an outlet positioned proximate to the rear side of the console, wherein the outlet is defined by the back panel. an oven cavity; a cooktop positioned above the oven cavity; a console extending above the cooktop, such that the cooktop is positioned generally between the console and the oven cavity; a flue extending from the oven cavity to a rear side of the console; and a flue cover coupled to the rear side of the console and defining a chamber into which air conveyed by the flue from the oven cavity is expelled, wherein further the rear side of the console includes a back panel having an interior surface and an exterior surface opposite the interior surface, wherein the interior surface faces a front side of the console, and the flue cover is coupled to the exterior surface, wherein the flue cover includes a first side wall coupled to the exterior surface of the back panel and extending outward therefrom, a second side wall coupled to the exterior surface of the back panel and extending outward therefrom, and a rear wall that extends between the first and second side walls (68, 70), wherein the back panel extends downward from the rear side of the console along a back of a housing of the cooking appliance within which the oven cavity is defined, and wherein the flue extends from an inlet that is in communication with the oven cavity to an outlet positioned proximate to the rear side of the console, wherein the outlet is defined by the back panel.
A method comprising: determining a temperature of a wheel, in particular a wheel of an aircraft; determining a temperature of a brake assembly that is operatively coupled to the wheel; characterized by: determining an estimated increase in the wheel temperature on the basis of the wheel and brake assembly temperatures; and determining a maximum temperature of the wheel based on the wheel temperature and the estimated increase in the wheel temperature. determining a temperature of a wheel, in particular a wheel of an aircraft; determining a temperature of a brake assembly that is operatively coupled to the wheel; characterized by: determining an estimated increase in the wheel temperature on the basis of the wheel and brake assembly temperatures; and determining a maximum temperature of the wheel based on the wheel temperature and the estimated increase in the wheel temperature. determining an estimated increase in the wheel temperature on the basis of the wheel and brake assembly temperatures; and determining a maximum temperature of the wheel based on the wheel temperature and the estimated increase in the wheel temperature.