mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication performed by an apparatus of a user equipment, UE, comprising: receiving a MobilityFromNRCommand including a voiceFallbacklndication information element, IE, from a first base station, BS, operating a fifth generation New Radio, 5G NR, radio access technology, RAT, wherein the voiceFallbacklndication IE included in the MobilityFromNRCommand indicates that a voice fallback procedure is initiated; attempting to connect with a second BS during the voice fallback procedure based at least in part on the MobilityFromNRCommand including the voiceFallbacklndication IE, wherein the second BS is operating another RAT, wherein the another RAT is one of an Long Term Evolution, LTE, RAT or an third generation, 3G, RAT; failing to establish an attempted connection with the second BS during the voice fallback procedure; and attempting to connect with a third BS during the voice fallback procedure based at least in part on the MobilityFromNRCommand including the voiceFallbacklndication IE and the UE failing to establish the attempted connection with the second BS, wherein the third BS is operating the another RAT. receiving a MobilityFromNRCommand including a voiceFallbacklndication information element, IE, from a first base station, BS, operating a fifth generation New Radio, 5G NR, radio access technology, RAT, wherein the voiceFallbacklndication IE included in the MobilityFromNRCommand indicates that a voice fallback procedure is initiated; attempting to connect with a second BS during the voice fallback procedure based at least in part on the MobilityFromNRCommand including the voiceFallbacklndication IE, wherein the second BS is operating another RAT, wherein the another RAT is one of an Long Term Evolution, LTE, RAT or an third generation, 3G, RAT; failing to establish an attempted connection with the second BS during the voice fallback procedure; and attempting to connect with a third BS during the voice fallback procedure based at least in part on the MobilityFromNRCommand including the voiceFallbacklndication IE and the UE failing to establish the attempted connection with the second BS, wherein the third BS is operating the another RAT.
A logic circuit comprising: a resistor in which a first oxide semiconductor layer is used for a resistor element; and a thin film transistor in which a second oxide semiconductor layer containing a lower concentration of hydrogen than the first oxide semiconductor layer is used for a channel formation region, wherein each of the first oxide semiconductor layer and the second oxide semiconductor layer has a ratio of nitrogen to oxygen of 0.1 to 0.5; wherein a silicon oxide layer is provided on the second oxide semiconductor layer, and wherein a silicon nitride layer is provided on the first oxide semiconductor layer and on the silicon oxide layer. a resistor in which a first oxide semiconductor layer is used for a resistor element; and a thin film transistor in which a second oxide semiconductor layer containing a lower concentration of hydrogen than the first oxide semiconductor layer is used for a channel formation region, wherein each of the first oxide semiconductor layer and the second oxide semiconductor layer has a ratio of nitrogen to oxygen of 0.1 to 0.5; wherein a silicon oxide layer is provided on the second oxide semiconductor layer, and wherein a silicon nitride layer is provided on the first oxide semiconductor layer and on the silicon oxide layer.
Photovoltaic installation having a serial communication system, which comprises a high-impedance master unit, at least one low-impedance slave unit in the form of a photovoltaic module and a low-impedance interference source in the form of an inverter, wherein the inverter, the at least one photovoltaic module and the master unit are interconnected in series and the master unit has a current source, which is configured to impress a current into the communication system, and the at least one low-impedance slave unit has a voltage source, which is configured to output a voltage, and the master unit and the at least one slave unit each have a synchronization unit, which synchronization units are configured to synchronize the communication between the slave unit and the master unit, wherein the communication system is designed to be operated both as a half-duplex and as a full-duplex, characterized in that the current of the current source of the master unit is an alternating current and the voltage source of the slave unit is a DC voltage source, with the result that the alternating current is superposed with the DC signal of the slave unit.
An access node for connecting a subscriber device to an Internet Protocol version 6 IPv6-capable aggregation network, and adapted to receive an upstream IPv6 packet (Ns1O; RS1O; NA1O) comprising an IPv6 address (LLIP@O) held by said subscriber device, characterized in that said access node is further adapted to assign a new interface identifier to said subscriber device that is unique within the scope of a Layer 2 L2 communication domain, which said subscriber device belongs to, to substitute, within said upstream IPv6 packet, said new interface identifier for an original interface identifier of said IPv6 address, thereby yielding a translated upstream IPv6 packet (NS1T; RS1T; NA1T) comprising a translated IPv6 address (LLIP@T), and to forward said translated upstream IPv6 packet towards said aggregation network.
A single chain fusion protein having the following arrangement from amino-terminus to carboxy-terminus: X-L1-HINGE -Fc wherein, X is IL-10, IL-2, IL-2Rα or fusions thereof, IFNβ, Factor IX, TNFR2 or IL-1R antagonist (IL-1 Ra); L1 is a linker having the following arrangement from amino-terminus to carboxy-terminus: L2-CL-L3-CH1-L4 wherein, L2 and L4 are independently polypeptide linkers and wherein L2 is present and L4 is absent; L3 is a polypeptide linker; CL is a constant region polypeptide of an immunoglobulin light chain; and CH1 is a constant region polypeptide from a CH1 domain of an immunoglobulin heavy chain; HINGE is a hinge sequence of an immunoglobulin; and Fc is the carboxy-terminus of an immunoglobulin or any active fragment thereof. X is IL-10, IL-2, IL-2Rα or fusions thereof, IFNβ, Factor IX, TNFR2 or IL-1R antagonist (IL-1 Ra); L1 is a linker having the following arrangement from amino-terminus to carboxy-terminus: L2-CL-L3-CH1-L4 wherein, L2 and L4 are independently polypeptide linkers and wherein L2 is present and L4 is absent; L3 is a polypeptide linker; CL is a constant region polypeptide of an immunoglobulin light chain; and CH1 is a constant region polypeptide from a CH1 domain of an immunoglobulin heavy chain; HINGE is a hinge sequence of an immunoglobulin; and Fc is the carboxy-terminus of an immunoglobulin or any active fragment thereof.
A balanced rotor comprising a circumferential slot and a plurality of aerofoils each secured in the slot by a respective root, the root having a root block having circumferentially facing flanks and a seal wing extending circumferentially from one of the flanks, the seal wing having a circumferentially extending edge and a radially extending edge and characterized by a cut-out extending into the seal wing from the circumferentially extending edge, wherein a balance weight is positioned between adjacent roots and has a surface that abuts one of the circumferentially facing flanks of one of the adjacent roots with a clearance of the weight from the underside of the seal wing cut-out.
A disinfectant appliance (10, 20, 30, 40, 50, 60, 70, 80, 90, 100), comprising a surface layer by which water is drawn into the appliance, a plurality of chlorite absorbent particles, wherein said chlorite absorbent particles comprise a chlorite salt absorbed in an absorbent, a plurality of redox resin particles or acid resin particles, and at least one absorbent material, wherein the absorbent material allows infusion of water into the disinfectant appliance (10, 20, 30, 40, 50, 60, 70, 80, 90, 100), and release of the chlorite from the chlorite absorbent particles into the water to form a chlorite comprising solution, wherein contacting of the chlorite comprising solution with the redox resin particles results in a ClO 2 comprising solution, and the expulsion of the resulting ClO 2 comprising solution from the disinfectant appliance (10, 20, 30, 40, 50, 60, 70, 80, 90, 100).
Use of one or more nucleotides for improving the heat stability of an aqueous micellar casein composition to be subjected to a heat treatment process, said composition comprising 9 to 20 g protein per 100 ml, in which all or a major part of said protein is micellar casein, and said composition having a pH of 6 to 8.
A composite filter comprising: a filter impregnated with halite; a filter impregnated with calcite; and a filter impregnated with organic germanium-containing ore powder; wherein the filter impregnated with halite, the filter impregnated with calcite, and the filter impregnated with organic germanium-containing ore powder are sequentially stacked. a filter impregnated with halite; a filter impregnated with calcite; and a filter impregnated with organic germanium-containing ore powder; wherein the filter impregnated with halite, the filter impregnated with calcite, and the filter impregnated with organic germanium-containing ore powder are sequentially stacked.
A medical device, comprising: a mechanism configured to perform a first medical operation on a specimen; a scanner configured to scan data displayed on a computer screen of a second medical device separate from the medical device; and a processing circuit configured to receive the scanned data from the scanner, the scanned data comprising an indication that a second medical operation was performed by a mechanism of the second medical device on the specimen, the processing circuit configured to proceed with the first medical operation based on the indication that the second medical operation was performed by the second medical device. a mechanism configured to perform a first medical operation on a specimen; a scanner configured to scan data displayed on a computer screen of a second medical device separate from the medical device; and a processing circuit configured to receive the scanned data from the scanner, the scanned data comprising an indication that a second medical operation was performed by a mechanism of the second medical device on the specimen, the processing circuit configured to proceed with the first medical operation based on the indication that the second medical operation was performed by the second medical device.
An apparatus comprising a block-based processor (100, 200, 700) having two or more execution lanes, the processor comprising: a data cache (275, 275-1) coupled to memory; a memory load circuit that concurrently loads two or more words from a cache line of the data cache; a circuit coupled to the memory load circuit, the circuit being configured to select individual words from the cache line and to send each of the selected individual words to a writeback circuit; the writeback circuit configured to send the selected individual words of the concurrently-loaded words to a selected execution lane of the processor by either sending the respective word to an operand buffer for the selected execution lane or sending the respective word to bypass the operand buffer by sending the respective word directly to an execution unit of the selected execution lane; and the operand buffer configured to store the concurrently-loaded words until their decoded instructions are ready to execute. a data cache (275, 275-1) coupled to memory; a memory load circuit that concurrently loads two or more words from a cache line of the data cache; a circuit coupled to the memory load circuit, the circuit being configured to select individual words from the cache line and to send each of the selected individual words to a writeback circuit; the writeback circuit configured to send the selected individual words of the concurrently-loaded words to a selected execution lane of the processor by either sending the respective word to an operand buffer for the selected execution lane or sending the respective word to bypass the operand buffer by sending the respective word directly to an execution unit of the selected execution lane; and the operand buffer configured to store the concurrently-loaded words until their decoded instructions are ready to execute.
Method for wrapping a load with a film or strip or band of extensible material, comprising: - unwinding said film of extensible material from a reel; - making at least one pleat on the film by means of a pleating system (5; 15), said pleat being parallel to a movement direction of said film; - stretching said film by means of a pair of pre-stretching rollers (3, 4); - welding the at least one pleat by means of at least one of said pair of pre-stretching rollers (3, 4); - wrapping the load with the film provided with said pleat. - unwinding said film of extensible material from a reel; - making at least one pleat on the film by means of a pleating system (5; 15), said pleat being parallel to a movement direction of said film; - stretching said film by means of a pair of pre-stretching rollers (3, 4); - welding the at least one pleat by means of at least one of said pair of pre-stretching rollers (3, 4); - wrapping the load with the film provided with said pleat.
A computer-implemented method (100;200) for sharing resources between connected objects (302 1 -302 3) forming a local network, said method (100;200) implementing a management unit connected to said connected objects (302 1 -302s) within said local network and controlling the sharing of resources using a list of shared resource(s), said method (100;200) comprising at least one iteration of the following steps: - transmission, by a first connected object (302 i) to said management unit, of a request to use a resource of another connected object (302 i) to perform a target operation; and - selection, by said management unit, of a second connected object (302 i) possessing said resource to perform said target operation on behalf of said first object (302 i); when a plurality of connected objects (302 i), referred to as candidate objects, can perform said target operation, the second object (302 i) is selected from said candidate objects as a function of at least one performance indicator, previously measured for each of said candidate objects, during past performance(s) of operation(s) identical or similar to said target operation; characterized in that the request comprises at least one item of data relating to a performance time for the said target operation and at least one performance indicator is, or comprises, a previously measured performance time for each of the said candidate objects during past performance(s) of operation(s) identical or similar to the said target operation and in that the second object selected is identified as being the candidate with the best performance indicator on the basis of comparing each performance indicator relating to the target operation. - transmission, by a first connected object (302 i) to said management unit, of a request to use a resource of another connected object (302 i) to perform a target operation; and - selection, by said management unit, of a second connected object (302 i) possessing said resource to perform said target operation on behalf of said first object (302 i); when a plurality of connected objects (302 i), referred to as candidate objects, can perform said target operation, the second object (302 i) is selected from said candidate objects as a function of at least one performance indicator, previously measured for each of said candidate objects, during past performance(s) of operation(s) identical or similar to said target operation; characterized in that the request comprises at least one item of data relating to a performance time for the said target operation and at least one performance indicator is, or comprises, a previously measured performance time for each of the said candidate objects during past performance(s) of operation(s) identical or similar to the said target operation and in that the second object selected is identified as being the candidate with the best performance indicator on the basis of comparing each performance indicator relating to the target operation.
A chloroprene-based block copolymer, comprising 5 to 30% by mass of a polymer block and 70 to 95% by mass of a chloroprene-based polymer block, wherein: the polymer block is derived from a monomer; when the monomer is polymerized alone, a polymer with a glass transition temperature of 80°C or higher can be obtained, the glass transition temperature being measured using a differential scanning calorimeter in accordance with JIS K7121; the chloroprene-based polymer block includes a chloroprene monomer; and the chloroprene-based block copolymer has a toluene insoluble content of 20 to 100% by mass with respect to 100% by mass of the chloroprene-based block copolymer, the toluene insoluble content being measured according to the description. the polymer block is derived from a monomer; when the monomer is polymerized alone, a polymer with a glass transition temperature of 80°C or higher can be obtained, the glass transition temperature being measured using a differential scanning calorimeter in accordance with JIS K7121; the chloroprene-based polymer block includes a chloroprene monomer; and the chloroprene-based block copolymer has a toluene insoluble content of 20 to 100% by mass with respect to 100% by mass of the chloroprene-based block copolymer, the toluene insoluble content being measured according to the description.
A work vehicle having a cooling system, said cooling system comprising: a cooling box for the work vehicle, said cooling box having at least a partially closed interior; a plurality of heat exchangers (102, 104, 106, 108), wherein a face of each of said plurality of heat exchangers defines a respective portion of said interior of said cooling box; an air mover, wherein the cooling box interior has at least two (104, 108) of said plurality of heat exchangers on a first side of the cooling box and at least one of said plurality of heat exchangers on an opposing side of said cooling box, each of said plurality of heat exchangers providing cooling to a different component of the vehicle, wherein opposing heat exchangers (102, 108) are angled relative to one another with ends of opposing heat exchangers proximal to the air mover spaced further apart than distal ends of said opposing exchangers such that said heat exchangers cooperate with one another to define a v-shape; and the air mover comprises a rotating fan having a substantially vertical axis of rotation, wherein the interior-defining faces of said heat exchangers (102, 104, 106, 108) are angled relative to an intake face of said air mover and are angled relative to said axis of rotation of said air mover so as to result in airflow across said interior-defining heat exchanger faces, characterised in that the air mover is operative to push ambient air downward through said cooling box from overhead of the work vehicle and to push airflow across the interior-defining heat exchanger faces, and the air mover is reversible. a cooling box for the work vehicle, said cooling box having at least a partially closed interior; a plurality of heat exchangers (102, 104, 106, 108), wherein a face of each of said plurality of heat exchangers defines a respective portion of said interior of said cooling box; an air mover, wherein the cooling box interior has at least two (104, 108) of said plurality of heat exchangers on a first side of the cooling box and at least one of said plurality of heat exchangers on an opposing side of said cooling box, each of said plurality of heat exchangers providing cooling to a different component of the vehicle, wherein opposing heat exchangers (102, 108) are angled relative to one another with ends of opposing heat exchangers proximal to the air mover spaced further apart than distal ends of said opposing exchangers such that said heat exchangers cooperate with one another to define a v-shape; and the air mover comprises a rotating fan having a substantially vertical axis of rotation, wherein the interior-defining faces of said heat exchangers (102, 104, 106, 108) are angled relative to an intake face of said air mover and are angled relative to said axis of rotation of said air mover so as to result in airflow across said interior-defining heat exchanger faces, characterised in that the air mover is operative to push ambient air downward through said cooling box from overhead of the work vehicle and to push airflow across the interior-defining heat exchanger faces, and the air mover is reversible.
An absorbent dressing for treating a tissue site, comprising: an ion-exchange media adapted to reduce an ionic concentration of fluid from the tissue site; and an absorbent (422, 502) adapted to absorb fluid with the reduced ionic concentration, wherein the absorbent comprises an absorbent strand; and the ion-exchange media is dispersed in strands twisted around the absorbent strand. an ion-exchange media adapted to reduce an ionic concentration of fluid from the tissue site; and an absorbent (422, 502) adapted to absorb fluid with the reduced ionic concentration, wherein the absorbent comprises an absorbent strand; and the ion-exchange media is dispersed in strands twisted around the absorbent strand.
A cervical brace providing support and stability to the neck of a wearer, said cervical brace comprising a shoulder brace arranged to rest on the shoulders of the wearer; and a head piece supported by the shoulder brace configured to encircle the back of the neck of the wearer; and a head rest adjustably attached to the head piece to support the back of the head of the wearer; and a front support member arranged with a chin support movably mounted thereon is attached to the head piece, characterized in that said chin support is slidably arranged onto a movable rotation member which is freely rotatable in three planes of three axes of rotation to allow cervical rotation while preventing excessive cervical flexion, extension and lateral flexion of the neck.
A method for embedding model predictive control by a MPC controller connected to a unit, wherein the MPC controller comprises a quadratic programming optimization module and a factorization unit, and wherein the unit comprises one or more actuators, a physical plant and one or more sensors, the method comprising: (a) precomputing, using a quadratic programming solver, a set of factors of a matrix of a Karush-Kuhn-Tucker-System (KKT-System) corresponding to an only set of combinations of currently active constraints; (b) saving the set of factors in a saved factors module; (c) deducing other factors from the saved set of factors in zero floating point operations per unit time (FLOPs) by just a row and/or column removal and using a factor update scheme with non-zero cost in FLOPs to reduce memory consumption, using a factor update module; (d) storing the other factors with variable ordering in the saved factors module, wherein the variable ordering is accomplished with a permutation matrix; and (e) using the factor update w in an embedded model predictive control of the unit. (a) precomputing, using a quadratic programming solver, a set of factors of a matrix of a Karush-Kuhn-Tucker-System (KKT-System) corresponding to an only set of combinations of currently active constraints; (b) saving the set of factors in a saved factors module; (c) deducing other factors from the saved set of factors in zero floating point operations per unit time (FLOPs) by just a row and/or column removal and using a factor update scheme with non-zero cost in FLOPs to reduce memory consumption, using a factor update module; (d) storing the other factors with variable ordering in the saved factors module, wherein the variable ordering is accomplished with a permutation matrix; and (e) using the factor update w in an embedded model predictive control of the unit.