mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: an aggregation point coupled to a network; a plurality of connector assemblies coupled to the network, each of the connector assemblies comprising a plurality of ports, wherein each of the connector assemblies is configured to read physical layer information stored in storage devices (216, 392, 392') of cables (212, 312, 312') comprising connectors (214, 314, 314') connected to the ports of the respective connector assembly and configured to communicate the read physical layer information to the aggregation point for storage thereby; and an inter-networking device (138, 354) coupled to the network, comprising: a plurality of ports; inter-networking functionality configured to perform an inter-networking function for packets received on the ports of the inter-networking device; the inter-networking device further comprises functionality (140, 1112) configured to retrieve the physical layer information from the aggregation point; and wherein the inter-networking functionality is configured to perform the inter-networking function using at least a portion of the physical layer information read from the storage devices (216, 392, 392'). an aggregation point coupled to a network; a plurality of connector assemblies coupled to the network, each of the connector assemblies comprising a plurality of ports, wherein each of the connector assemblies is configured to read physical layer information stored in storage devices (216, 392, 392') of cables (212, 312, 312') comprising connectors (214, 314, 314') connected to the ports of the respective connector assembly and configured to communicate the read physical layer information to the aggregation point for storage thereby; and an inter-networking device (138, 354) coupled to the network, comprising: a plurality of ports; inter-networking functionality configured to perform an inter-networking function for packets received on the ports of the inter-networking device; the inter-networking device further comprises functionality (140, 1112) configured to retrieve the physical layer information from the aggregation point; and wherein the inter-networking functionality is configured to perform the inter-networking function using at least a portion of the physical layer information read from the storage devices (216, 392, 392'). a plurality of ports; inter-networking functionality configured to perform an inter-networking function for packets received on the ports of the inter-networking device; the inter-networking device further comprises functionality (140, 1112) configured to retrieve the physical layer information from the aggregation point; and wherein the inter-networking functionality is configured to perform the inter-networking function using at least a portion of the physical layer information read from the storage devices (216, 392, 392').
Probe for enteral nutrition, comprising at least a tubular element of elongated shape and substantially flexible, with a first extremity having at least a supply mouth for the introduction of nutritional substances or the like and a second extremity positionable inside the stomach of a patient and having at least a dispensing hole for dispensing said nutritional substances, said tubular element having at least a main channel of communication between said supply mouth and said dispensing hole, said probe comprising at least a first and a second reading element (8, 9) for reading the pressure inside the digestive system of the patient at two distinct sections of said tubular element, and comprising at least a first auxiliary channel of communication between said first reading element and a monitoring unit for monitoring the read pressure measurements and at least a second auxiliary channel of communication between said second reading element and said monitoring unit, characterized in that the probe comprises at least a connection element between said tubular element and at least an outer portion of said first and second auxiliary channel (10, 15), where said connection element has a tubular shape and is fitted to measure and watertight on the tubular element, at a section in which the tubular element itself has a communication hole with a portion of the first auxiliary channel inside said tubular element and a communication hole with a portion of the second auxiliary channel inside said tubular element and wherin said connection element comprises a first annular chamber positionable at the hole and a second annular chamber positionable at the hole, said first and second chambers (23, 24) being provided, respectively, with a first opening and with a second opening associable, respectively, with at least an extremity of said outer portion of said first auxiliary channel and of said second auxiliary channel.
An aircraft comprising apparatus for energy recovery of the aircraft, the apparatus comprising: a turbine having a body and rotor blades, the turbine mounted to the exterior of the aircraft such that the body receives an air stream flowing at the exterior of the aircraft; the rotor blades selectively movable between a stowed position and a deployed position, wherein at the deployed position the rotor blades are arranged to be rotated by the air stream so as to generate electricity, characterised in that the turbine is mounted to the aircraft through a rotatable coupling such that the orientation of the rotor axis of the turbine is adjustable with respect to the aircraft so as to be able to be aligned with the airstream, the rotatable coupling including two axes of rotation for accommodating crosswinds and aircraft angle of attack. a turbine having a body and rotor blades, the turbine mounted to the exterior of the aircraft such that the body receives an air stream flowing at the exterior of the aircraft;
A connector comprising: at least one contact, wherein the connector comprises an electromagnet positioned on the connector and wherein the connector is adapted to couple to a receptacle of an electronic device, wherein the electromagnet is energizable to produce magnetic attraction to the receptacle, characterized by the connector further comprising control circuitry coupled to the electromagnet, the control circuitry detecting a control signal sent from the receptacle and controlling energization of the electromagnet based on the control signal, wherein the control signal indicates a charged condition of a battery associated with the electronic device, and wherein the control circuitry causes the electromagnet to be de-energized in response to receiving the control signal. at least one contact, wherein the connector comprises an electromagnet positioned on the connector and wherein the connector is adapted to couple to a receptacle of an electronic device, wherein the electromagnet is energizable to produce magnetic attraction to the receptacle, characterized by the connector further comprising control circuitry coupled to the electromagnet, the control circuitry detecting a control signal sent from the receptacle and controlling energization of the electromagnet based on the control signal, wherein the control signal indicates a charged condition of a battery associated with the electronic device, and wherein the control circuitry causes the electromagnet to be de-energized in response to receiving the control signal.
A stabilized formulation comprising omega-3 polyunsaturated fatty acids in combination with tocopherol (Vitamin E), ascorbic acid (Vitamin C), herb extract, and a fat-soluble antioxidant, wherein the omega-3 polyunsaturated fatty acids are derived from a marine oil, wherein the fat-soluble antioxidant is selected from the group consisting of BHT (butylated hydroxytoluene), BHA (butylated hydroxyanisole), TBHQ (tertiary butyl hydroquinone) and combinations thereof, and wherein the herb extract is a rosemary extract.
A system (100, 400) for processing medical images, the system being arranged for obtaining a first medical image and a second medical image, the first medical image and the second medical image being rigidly registered medical images of an anatomical structure, and the system comprising: - a displacement estimator (120, 460) for establishing displacement vectors for at least a first portion of the first medical image, the displacement vectors matching the first portion of the first medical image to a second portion of the second medical image; - a deformation estimator for, in dependence on the displacement vectors, establishing deformation values for the first portion, the deformation values representing an expansion and/or a contraction of the first portion with respect to the second portion, wherein the deformation estimator is arranged for establishing the deformation values by applying a differentiation-based function to the displacement vectors, and wherein applying the differentiation-based function comprises (i) calculating, in dependence on the displacement vectors, a Jacobian matrix, and (ii) calculating a determinant of the Jacobian matrix; and - a visualization generator for generating visualization data representing a relation between the displacement vectors and the deformation values, wherein when the visualization data is displayed on a display, a multi-dimensional graph (182, 320, 360) is established setting out magnitudes of the displacement vectors as first variables against the deformation values as second variables, wherein the first medical image and the second medical image are three-dimensional medical images, the displacement vectors are 3D displacement vectors, and the multi-dimensional graph is a two-dimensional graph (182, 320, 360), and wherein the 2D graph is a 2D scatter plot (182, 320, 360), wherein the x-axis of the scatter plot represents the deformation values, and the y-axis of the scatter plot represents the magnitudes of the displacement vectors. - a displacement estimator (120, 460) for establishing displacement vectors for at least a first portion of the first medical image, the displacement vectors matching the first portion of the first medical image to a second portion of the second medical image; - a deformation estimator for, in dependence on the displacement vectors, establishing deformation values for the first portion, the deformation values representing an expansion and/or a contraction of the first portion with respect to the second portion, wherein the deformation estimator is arranged for establishing the deformation values by applying a differentiation-based function to the displacement vectors, and wherein applying the differentiation-based function comprises (i) calculating, in dependence on the displacement vectors, a Jacobian matrix, and (ii) calculating a determinant of the Jacobian matrix; and - a visualization generator for generating visualization data representing a relation between the displacement vectors and the deformation values,
An apparatus for the production of ammonia or hydrogen, comprising a) a gas stream feed conduit having a downstream connecting conduit to a steam reformer having a waste heat section, with the elements described below under b) and c) being arranged between the gas stream feed conduit and the downstream connecting conduit, b) a heat exchanger located downstream of the gas stream feed conduit, with the downstream heat exchanger being arranged outside the waste heat section; c) a gas stream preheater located downstream of the heat exchanger; d) a recirculation conduit which is located downstream of the gas stream preheater and leads to the gas stream feed conduit and the connecting conduit which is located downstream of the gas stream preheater and leads to the steam reformer, and e) the steam reformer with the waste heat section, where the waste heat section is in thermal contact with the gas stream preheater and the flow of the gas stream which has been heated in the gas stream preheater through the recirculation conduit can be regulated. a) a gas stream feed conduit having a downstream connecting conduit to a steam reformer having a waste heat section, with the elements described below under b) and c) being arranged between the gas stream feed conduit and the downstream connecting conduit, b) a heat exchanger located downstream of the gas stream feed conduit, with the downstream heat exchanger being arranged outside the waste heat section; c) a gas stream preheater located downstream of the heat exchanger; d) a recirculation conduit which is located downstream of the gas stream preheater and leads to the gas stream feed conduit and the connecting conduit which is located downstream of the gas stream preheater and leads to the steam reformer, and e) the steam reformer with the waste heat section, where the waste heat section is in thermal contact with the gas stream preheater and the flow of the gas stream which has been heated in the gas stream preheater through the recirculation conduit can be regulated.
A wind turbine comprising: a rotor for rotating about a horizontal axis of rotation substantially parallel to the direction of the wind, the rotor having a front face facing into the wind and substantially perpendicular to the direction of the wind, and a rear face situated toward a support of the rotor; and at least two distinct families of blades (9, 9a, 9b, 9c) distributed over the rotor, each family of blades comprises at least three blades (9, 9a, 9b, 9c) having a free end and a blade root end connected to said rotor; characterized in that each family of blades (9, 9a, 9b, 9c) comprising a catching blade guiding the wind toward a guide blade which guides the wind toward a force blade having a surface arranged substantially perpendicular to the direction of the wind, the blade root ends of the blades (9, 9a, 9b, 9c) of each family of blades (9, 9a, 9b, 9c) being successively offset on an exterior surface of the rotor along its axis of rotation and the catching blade has a length that is reduced in comparison with the guide blade which itself has a length that is reduced in comparison with the force blade and each blade root end is arranged on the surface of the rotor at a predetermined angle (α) formed between the axis of rotation of the rotor and the direction of the blade root end, and the blades (9, 9a, 9b, 9c) stand out from the rotor in a longitudinal direction that forms a predetermined angle (β) with the surface of the rotor and the predetermined angle (α, β) is greater than 0 and less than or equal to 90°. a rotor for rotating about a horizontal axis of rotation substantially parallel to the direction of the wind, the rotor having a front face facing into the wind and substantially perpendicular to the direction of the wind, and a rear face situated toward a support of the rotor; and at least two distinct families of blades (9, 9a, 9b, 9c) distributed over the rotor, each family of blades comprises at least three blades (9, 9a, 9b, 9c) having a free end and a blade root end connected to said rotor;
Filling device for filling reusable coffee capsules, preferably with a gripping element for holding the filling device and with at least one first guide element which is suitable and intended to arrange and/or to accommodate at least a section of a coffee capsule, wherein the filling device has at least one locking device which is suitable and intended for fixing a coffee capsule arranged and/or accommodated on the at least first guide element with respect to a direction of the coffee capsule or with respect to the longitudinal direction of this coffee capsule, characterised in that the locking device is suitable and intended to create a force-fitting and in particular frictionally and/or positively engaged connection between the capsule to be filled and the filling device.
A vacuum roll comprising: an inner cylinder defining an interior chamber, the interior chamber being fluidly connected to a vacuum source for applying a vacuum thereto; an outer cylinder rotatable about the inner cylinder, the outer cylinder having a plurality of apertures therein; and an actuator configured to translate the inner cylinder axially with respect to the outer cylinder between a first position and a second position, the vacuum roll having a first vacuum profile with the inner cylinder in the first position, and a second vacuum profile with the inner cylinder in the second position; wherein the inner cylinder includes a plurality of slots, each of the slots having a narrow portion and a wide portion, characterised by the apertures in the outer cylinder being aligned with the narrow portions of the slots in the first position and out of alignment with the narrow portions of the slots in the second position. an inner cylinder defining an interior chamber, the interior chamber being fluidly connected to a vacuum source for applying a vacuum thereto; an outer cylinder rotatable about the inner cylinder, the outer cylinder having a plurality of apertures therein; and an actuator configured to translate the inner cylinder axially with respect to the outer cylinder between a first position and a second position, the vacuum roll having a first vacuum profile with the inner cylinder in the first position, and a second vacuum profile with the inner cylinder in the second position; wherein the inner cylinder includes a plurality of slots, each of the slots having a narrow portion and a wide portion, characterised by the apertures in the outer cylinder being aligned with the narrow portions of the slots in the first position and out of alignment with the narrow portions of the slots in the second position.
A heating device of a stretch blowing machine and for producing hollow plastic bodies with a tool mold having a cavity and an outer mold surrounding the tool mold for the tool mold, wherein the outer mold has at least one or more inductors, wherein the at least one inductor or the inductors is/are connected to an induction generator in order to actuate the inductor(s), characterized in that the at least one or the multiple inductors each have an annular coil, wherein the coil is arranged between a core and an annular body, and the core and the annular body are magnetic field orienting bodies (28, 32) which have ferritic material and have an annular or tubular configuration, and wherein the core and the annular body are connected via a base plate having a disk-shaped or plate-shaped configuration as a further magnetic field orienting body.
A washing agent, characterized in that it contains a cutinase, the cutinase being a cutinase which has at least 70% sequence identity with the amino acid sequence given in SEQ ID NO:1 over its entire length.
A joint brace for a joint orthosis comprising two articulated limbs (10, 20) pivotably mounted on each other in a central bearing arrangement, wherein the head of the first articulated limb supports the bearing arrangement and the bearing arrangement can be connected by force-fit to the head of the second articulated limb, in order to form the pivot joint of the two articulated limbs (10, 20), wherein, on the bearing arrangement, a sliding surface (44, 54) curved toward the head of the second articulated limb is formed, and the head of the second articulated limb has a curvature of matching shape, so that the head of the second articulated limb lies and is guided with positive-fit in the curved sliding surface, and in this manner a tilting joint is formed, wherein the second articulated limb can be tilted toward the pivot axis against the first articulated limb, characterized in that the head of the second articulated limb has a window, wherein a clamping block (60, 80) is guided, which can be clamped on the bearing arrangement of the first articulated limb, in order to fix the head of the second articulated limb by force-fit in the curved sliding surface (44, 54), and the clamping block (60, 80) has clamping shoulders (62, 82), which engage behind the backside of the head, in order to clamp the head on the bearing arrangement of the first articulated limb.
A method comprising: monitoring an audio signal energy level with a plurality of signal processing components deactivated; and activating at least one signal processing component of the plurality of signal processing components in response to a detected change in the audio signal energy level; wherein activating at least one signal processing component comprises activating and running a voice activity detector on the audio signal in response to the detected change in the audio energy level, the voice activity detector being one of the plurality of signal processing components; the method further comprising activating and running a noise estimator in response to voice being detected in the audio signal by the voice activity detector. monitoring an audio signal energy level with a plurality of signal processing components deactivated; and activating at least one signal processing component of the plurality of signal processing components in response to a detected change in the audio signal energy level;
Extruder tooling (1, 101) for placement in an extruder head and for forming a elastomeric strip with reinforcement cords, wherein the extruder tooling (1, 101) comprises a die for applying elastomeric material to the reinforcement cords and a cord guide for guiding the reinforcement cords in a guide plane towards the die, wherein the cord guide comprises a lower cord guide member (21, 121) and an upper cord guide member (22, 122) which are arranged to be mated with each other on opposite sides of the guide plane with the reinforcement cords extending in between them, wherein the extruder head is provided with a lower flow channel and an upper flow channel which, at one end, are arranged to be in fluid communication with a supply of elastomeric material, and, at the other end, are arranged to debouch, via a lower slit in the lower cord guide member (21, 121) and an upper slit in the upper cord guide member (22, 122), into the die from opposite sides of the guide plane, wherein the lower cord guide member (21, 121) and the upper cord guide member (22, 122) are each provided with an inner body (41, 42) extending on the inside of the lower slit and the upper slit, respectively, with respect to the guide plane and an outer body (43, 44) extending on the outside of the lower slit and the upper slit, respectively, with respect to the guide plane, wherein the outer bodies (43, 44) at least partially overlap the inner bodies (41, 42) in a direction normal to the guide plane, characterized in that the inner body and the outer body of the lower cord guide member (21, 121) are integrally connected to form a first single, integral member and wherein the inner body and the outer body of the upper cord guide member (22, 122) are integrally connected to form a second single, integral member.