mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a magnetic resonance facility by an external control device (30; 31), wherein the magnetic resonance facility comprises an interface for communication with the external control device (30; 31), wherein the magnetic resonance facility carries out the following steps: establishing a communications link between the external control device (30; 31) and the magnetic resonance facility via the interface, acquiring an instruction from the external control device (30; 31) via the interface, and carrying out the instruction on the magnetic resonance facility, characterised in that the establishment of the communications link includes acquisition of authorisation data from the external control device (30; 31), wherein the authorisation data comprises a license that states which services or instructions in the magnetic resonance facility can be carried out by the external control device (30; 31), and the instruction acquired by the magnetic resonance facility is carried out depending on an authorisation that is defined by the license. establishing a communications link between the external control device (30; 31) and the magnetic resonance facility via the interface, acquiring an instruction from the external control device (30; 31) via the interface, and carrying out the instruction on the magnetic resonance facility,
An actuator comprising: a fixed member; a free member operatively engaged with said fixed member so that said free member is moveable with respect to said fixed member; an elastic element operatively associated with said free member and said fixed member; means for moving said free member with respect to said fixed member; and a connector member, said connector member engaging said fixed member and said free member so that said connector member is moveable with respect to said fixed member and said free member; wherein said elastic element is operatively associated with said connector member and said free member, and wherein said means for moving is operatively associated with said connector member and said fixed member so that said means for moving moves said connector member with respect to said fixed member; said actuator being operable to store energy in said elastic element in that said elastic element extends at an initial condition until the force exerted on said elastic element equals the resistance offered by an object to be moved by said free member; thereafter said object will be moved. a fixed member; a free member operatively engaged with said fixed member so that said free member is moveable with respect to said fixed member; an elastic element operatively associated with said free member and said fixed member; means for moving said free member with respect to said fixed member; and a connector member, said connector member engaging said fixed member and said free member so that said connector member is moveable with respect to said fixed member and said free member; wherein said elastic element is operatively associated with said connector member and said free member, and wherein said means for moving is operatively associated with said connector member and said fixed member so that said means for moving moves said connector member with respect to said fixed member; said actuator being operable to store energy in said elastic element in that said elastic element extends at an initial condition until the force exerted on said elastic element equals the resistance offered by an object to be moved by said free member; thereafter said object will be moved.
A wheel rim of the type suitable for use on an agricultural or construction vehicle, wherein the rim includes a rim ring for mounting a tyre and further including an at least two-part hub plate extending inside the rim ring, where the at least two-part hub plate includes a central hub plate including a number of holes and a contact surface for mechanical and detachable securing to a hub on a vehicle, wherein the central hub plate includes holes on a contact surface at the outer periphery for joining with a second hub plate with an inner periphery and an outer periphery, wherein the second hub plate at the inner periphery includes a contact surface with corresponding holes for joining with the central hub plate, where the second hub plate at the outer periphery includes holes for direct or indirect joining with the rim ring, characterised in that the central hub plate at the outer periphery includes a number of tabs extending away from the centre of the central hub plate, that the second hub plate at its inner periphery also includes a number of tabs extending towards the centre of the hub plate, that the tabs (9, 10) have a geometric shape such that the tabs (9, 10) fit between each other, the tabs (9, 10) including holes (5, 7) arranged at the same pitch circle diameter and at right angles to the tabs (9, 10),and where the holes at the outer periphery of the central hub plate are closer in the radial direction to the holes of the central hub plate than to the holes at the outer periphery of the second hub plate.
Hydraulic block for a hydraulic assembly of a slip control system of a hydraulic vehicle brake system, with a first row of receptacles for brake pressure build-up valves, a second row of receptacles for brake pressure reducing valves, a third row of receptacles (5', 14') for isolating valves and intake valves, a receptacle for a brake circuit pressure sensor that is disposed on a side of the receptacles (5', 14') for the isolating valves and the intake valves facing away from the receptacles for the brake pressure reducing valves, and a connecting line that leads from the receptacle for an isolating valve to a receptacle for a brake pressure build-up valve, wherein, when viewed from the direction of the receptacles for the brake pressure build-up valves, the connecting line runs across the receptacles for the isolating valves and wherein at that point a vertical line, extending perpendicularly to a side of the hydraulic block comprising the receptacles (5', 6', 7', 14') for the valves (5, 6, 7, 14), opens into the connecting line, by means of which the receptacle for the brake circuit pressure sensor communicates with the connecting line.
A nasogastric tube comprising: (a) main lumen having one or more proximal connectors for connecting to a source of substances or pressure; (b) at least one vacuum lumen peripherally surrounding said main lumen, said at least one vacuum lumen comprises at least one suction port for sealingly drawing an inner wall of an esophagus thereagainst, said at least one suction port is positioned on a circumference extension of said main lumen and characterized in that said at least one suction port has a concavity whose longitudinal cross-section has a shape delimited between (i) a first arc of a first circle, the first arc having a length of 25 millimeters and a height of 1.5 millimeters, and (ii) a second arc of a second circle, the second arc having a length of 15 millimeters and a height of 1 millimeter. (a) main lumen having one or more proximal connectors for connecting to a source of substances or pressure; (b) at least one vacuum lumen peripherally surrounding said main lumen, said at least one vacuum lumen comprises at least one suction port for sealingly drawing an inner wall of an esophagus thereagainst, said at least one suction port is positioned on a circumference extension of said main lumen and characterized in that said at least one suction port has a concavity whose longitudinal cross-section has a shape delimited between (i) a first arc of a first circle, the first arc having a length of 25 millimeters and a height of 1.5 millimeters, and (ii) a second arc of a second circle, the second arc having a length of 15 millimeters and a height of 1 millimeter.
Method for producing a plastic vehicle attachment part, wherein a. a polymeric film that has an opaque or semi-opaque imprint or a color pigmentation is laid in an injection mold, b. the polymeric film is back injected with an optically transparent polymeric covering part, wherein the polymeric film is embedded in the polymeric covering part and the polymeric film and the polymeric covering part form together an exposed surface, wherein the polymeric film extends only over a subregion of the exposed surface, such that an edge region remains free of the polymeric film, c. a polymeric carrier part is sprayed directly on at least on a part of the surface of the polymeric covering part that faces away from the polymeric film, and d. a protective layer is applied at least on the polymeric film. a. a polymeric film that has an opaque or semi-opaque imprint or a color pigmentation is laid in an injection mold, b. the polymeric film is back injected with an optically transparent polymeric covering part, wherein the polymeric film is embedded in the polymeric covering part and the polymeric film and the polymeric covering part form together an exposed surface, wherein the polymeric film extends only over a subregion of the exposed surface, such that an edge region remains free of the polymeric film, c. a polymeric carrier part is sprayed directly on at least on a part of the surface of the polymeric covering part that faces away from the polymeric film, and d. a protective layer is applied at least on the polymeric film.
Door hinge for motor vehicles, said hinge having a pillar bracket which can be arranged on a vehicle body and a door bracket which can be connected to a vehicle door, which brackets are connected to one another via a hinge pin in an articulated manner and so as to be divisible for mounting purposes, wherein said hinge pin has a connecting section for connection to the door bracket or pillar bracket, characterised in that the connecting section has a prismatic shape with a triangular basal face and top face as well as corresponding lateral faces (7, 7a), and the door bracket or pillar bracket which receives the connecting section has a receiving aperture with a cross-section of corresponding construction, wherein said connecting section can be fixed in position in a play-free manner within said receiving aperture by a clamping means which acts upon said connecting section radially, and wherein said clamping means extends between a lateral face of the connecting section and that inner face of the receiving aperture which lies opposite the said lateral face.
A computer (120, 900) implemented method, the method comprising: receiving data from a first device associated with a user, the data being for a draft document; the method being characterized in: receiving, from the first device, a user request to add an image to the draft document via a multimedia messaging service; in response to the user request, sending a text message to a mobile device associated with the user; after sending the text message to the mobile device, receiving from the mobile device a multimedia messaging service message that includes an image; adding the received image to the draft document; and causing presentation of the data and the received image at the first device associated with the user. receiving data from a first device associated with a user, the data being for a draft document; the method being characterized in: receiving, from the first device, a user request to add an image to the draft document via a multimedia messaging service; in response to the user request, sending a text message to a mobile device associated with the user; after sending the text message to the mobile device, receiving from the mobile device a multimedia messaging service message that includes an image; adding the received image to the draft document; and causing presentation of the data and the received image at the first device associated with the user.
A method of verifying the integrity of code in a programmable memory, the method comprising: receiving the code from an unsecure memory; characterised by generating error detection bits for the code as it is received from the unsecure memory; storing the code and the error detection bits in the programmable memory; verifying the integrity of the code stored in the programmable memory by performing an authentication check on the code and the error detection bits stored in the programmable memory; if the integrity of the code is verified, fetching the code and error detection bits from the programmable memory; checking that the error detection bits are correct for the fetched code; and if the fetched error detection bits are correct, executing the fetched code. receiving the code from an unsecure memory; characterised by generating error detection bits for the code as it is received from the unsecure memory; storing the code and the error detection bits in the programmable memory; verifying the integrity of the code stored in the programmable memory by performing an authentication check on the code and the error detection bits stored in the programmable memory; if the integrity of the code is verified, fetching the code and error detection bits from the programmable memory; checking that the error detection bits are correct for the fetched code; and if the fetched error detection bits are correct, executing the fetched code.
A pivot hinge fitting for a roof window, comprising a frame hinge part having a base plate and a guidance including a guide block, and a sash hinge part having a base plate, the frame hinge part being adapted to be connected to a frame structure and the sash hinge part being adapted to be connected to a sash structure by means of fastening means located within the contours of the base plate itself, characterized in that the pivot hinge fitting includes a plurality of reinforcement elements (260, 180) to reinforce the pivot hinge fitting, including at least one reinforcement element adapted to cooperate with the fastening means, wherein a reinforcement element in the form of a reinforcement plate is connected to the base plate of the sash hinge part, the reinforcement plate being provided with an aperture adapted to receive supplemental fastening means displaced from the base plate of the sash hinge part, that the base plate of the frame hinge part comprises a reinforcing element adapted to support the guide block of the frame hinge part, the reinforcement element being formed as a part formed by the material of the base plate itself.
Pushbutton key switching device for a vehicle, comprising a first component having at least two selector keys which can be activated and which have the purpose of selecting drive positions; a second component for accommodating the selector keys, wherein the selector keys are movable with respect to the second component; and a magnetic field sensor device having at least two magnets (106, 108) for generating at least two magnetic fields (332, 334), wherein the at least two magnets (106, 108) are assigned to an at least two-part encoder device, and in each case a magnet (106, 108) is arranged on a selector key, and at least two sensors (110, 112) for generating at least two sensor signals which are dependent on the magnetic fields (332, 334), wherein the at least two sensors (110, 112) are assigned to a detection apparatus which is arranged on the second component, and wherein the sensors (110, 112) are arranged adjacent to one another in such a way that a detection range of each sensor (110, 112) is arranged in an overlapping region of at least two magnetic fields (332, 334) which are brought about by two adjacent magnets (106, 108) of the at least two magnets (106, 108), wherein the pushbutton key switching device has an evaluation apparatus which is designed to combine the sensor signals from the detection apparatus with one another, in order to determine a magnetic interference variable which is superimposed on the magnetic fields (332, 334).
Wind turbine comprising multiple components (20, 30, 50, 60, 70) generating heat during operation of the wind turbine and a liquid cooling system, wherein the multiple components are thermally coupled by means of a liquid coolant cycle (A, B) of the liquid coolant system to an ambient heat exchanger of the liquid coolant system, the ambient heat exchanger being arranged to exchange heat between a liquid coolant contained in the liquid coolant cycle (A, B) and ambient air, wherein the liquid coolant system comprises a heat pump having a cooling operation mode, wherein the heat pump is arranged in the liquid coolant cycle (A, B) such that the liquid coolant of the liquid coolant cycle is cooled, when the heat pump is operated in the cooling operation mode, characterized in that the heat pump is arranged within the liquid coolant cycle (A, B) in between two of the multiple components (20, 30, 50, 60, 70) generating heat during operation of the wind turbine.
A nonwoven fabric comprising mixed fibers having different fiber diameters, the mixed-fiber nonwoven fabric comprising fiber group A, which is a group of meltblown fibers having a fiber diameter of 5.0 μm or less; fiber group B, which is a group of meltblown fibers having a fiber diameter of 50.0 μm or more; and fiber group C, which is an optional group of meltblown fibers having a fiber diameter of more than 5.0 μm and less than 50.0 μm, fiber group A being present at a volume fraction of 20 to 80 vol%, fiber group B being present at a volume fraction of 1 to 40 vol%, and fiber group C being present at a volume fraction of 0 to 79 vol%, relative to the total volume of the fibers, and fiber group A having a median fiber diameter (A'), fiber group B having a median fiber diameter (B'), and the ratio of (B'/A') being 35 or more.
An extracorporeal blood treatment system comprising - a stationary system area including among other components: a water treatment unit, preferably of the reverse osmosis type, whose outlet has connected thereto at least one water supply line that opens into at least one line section provided with a number of branch connections and at least one drain line through which exhausted blood treatment/dialysis fluid can be discharged, and further comprising - a non-stationary system area including: a number of blood treatment machines fluidly coupled to the branch connections and the at least one drain line in a selective manner, characterized by - a central electronic control unit which is electrically connected to the blood treatment machines fluidly coupled at the time in question so as to obtain information on at least the current operating phases of these machines and which, in accordance with this information, controls a stationary heating unit that is connected to the at least one water supply line, such that a target temperature in the at least one water supply line is adjusted to the smallest temperature value of the temperature values which the blood treatment machines fluidly coupled at the time in question demand in accordance with their respective operating phases. - a stationary system area including among other components: a water treatment unit, preferably of the reverse osmosis type, whose outlet has connected thereto at least one water supply line that opens into at least one line section provided with a number of branch connections and at least one drain line through which exhausted blood treatment/dialysis fluid can be discharged, and further comprising a water treatment unit, preferably of the reverse osmosis type, whose outlet has connected thereto at least one water supply line that opens into at least one line section provided with a number of branch connections and at least one drain line through which exhausted blood treatment/dialysis fluid can be discharged, and further comprising - a non-stationary system area including: a number of blood treatment machines fluidly coupled to the branch connections and the at least one drain line in a selective manner, characterized by a number of blood treatment machines fluidly coupled to the branch connections and the at least one drain line in a selective manner, characterized by - a central electronic control unit which is electrically connected to the blood treatment machines fluidly coupled at the time in question so as to obtain information on at least the current operating phases of these machines and which, in accordance with this information, controls a stationary heating unit that is connected to the at least one water supply line, such that a target temperature in the at least one water supply line is adjusted to the smallest temperature value of the temperature values which the blood treatment machines fluidly coupled at the time in question demand in accordance with their respective operating phases.
A method for wireless communication at a relay node (105a, 215, 315) of a wireless communications system, comprising: transmitting (1605, 1705, 1805, 1905), to a parent node of the wireless communications system, a report indicating a duplexing capability of the relay node; receiving (1610, 1710, 1810, 1910), from the parent node, a configuration that identifies discovery reference signal, DRS, transmission resources and DRS measurement resources for the relay node in accordance with the indicated duplexing capability of the relay node; transmitting (1615, 1715, 1815) a DRS using the identified DRS transmission resources; and monitoring (1620, 1720, 1825) for DRSs from other nodes of the wireless communications system using the identified DRS measurement resources. transmitting (1605, 1705, 1805, 1905), to a parent node of the wireless communications system, a report indicating a duplexing capability of the relay node; receiving (1610, 1710, 1810, 1910), from the parent node, a configuration that identifies discovery reference signal, DRS, transmission resources and DRS measurement resources for the relay node in accordance with the indicated duplexing capability of the relay node; transmitting (1615, 1715, 1815) a DRS using the identified DRS transmission resources; and monitoring (1620, 1720, 1825) for DRSs from other nodes of the wireless communications system using the identified DRS measurement resources.