mhurhangee/ep-ind-claims huggingface dataset:
A connection system for connecting an attachment element to a building or a substructure, wherein a base profile is connected to the building or the substructure by fastening means (12, 12n), and the base profile comprises at least one insertion plate (14, 14', 14") which is connectable to the attachment element by way of an element for absorbing tensile force (20, 20', 20"), and that a pressure-resistant insulating body (18, 18', 18") is arranged between the base profile and the attachment element, so that a force couple is produced in which the tensile force is absorbed by the element for absorbing tensile force (20, 20', 20") and pressure forces are absorbed by the pressure-resistant insulating body (18, 18', 18"), and in that the base profile is designed such that the insertion plate or insertion plates (14, 14', 14") is or are mounted in the base profile so as to be displaceable, wherein the element for absorbing tensile force (20, 20', 20") is connected to the attachment element (16, 16', 16") which is to be arranged on the pressure-resistant insulating body (18, 18', 18") directly or by way of a connection sleeve (38, 38', 38"), wherein the pressure-resistant insulating body (18, 18', 18") is a pressure-resistant spacer element which takes on a thermal separating function, wherein the insertion plate (14, 14', 14") is arrangeable within the base profile, characterised in that at least one thermal separating element (21, 21', 21", 21'", 42, 42') is arranged between the base profile and the insertion plate (14, 14', 14"), and in that the at least one thermal separating element (21, 21', 21", 21''', 42, 42') is designed in a U-shape, in an L-shape, flat, angled, in one part or multiple parts.
Adhesion prophylaxis consisting of a membrane of a body-compatible material which is insertable between a surgical incision site and adjacent tissue to prevent adhesion of the scar and tissue, said adhesion prophylaxis (20, 33-35) consisting of two superimposed membranes (21, 22; 33, 34) which are adhered to each other at an edge, wherein an intermediate sheet (23; 35) or intermediate layer is provided between the two superimposed membranes (21, 22; 33, 34) and detachably connected therewith, said intermediate sheet being configured to be pulled out between the membranes such that in a revision surgery a safe separation of the two membrane layers is ensured, wherein, in order to assist exposure of the incision site the two membrane layers are unfoldable, and wherein one membrane serves as support for displacing tissue.
Ultrasonic flowmeter, having a measuring tube through which a medium can flow and which, viewed in cross-section, has two circumferential halves, wherein a first pair of ultrasonic transducers and a second pair of ultrasonic transducers are provided, wherein the first pair of ultrasonic transducers is assigned a first ultrasonic reflector and the second pair of ultrasonic transducers is assigned a second ultrasonic reflector, wherein the ultrasonic transducers of each pair of ultrasonic transducers are arranged on a common circumferential half offset with respect to one another in the longitudinal direction of the measuring tube, and the ultrasonic reflector assigned to the respective pair of ultrasonic transducers is arranged on the other circumferential half between the two ultrasonic transducers when viewed in the longitudinal direction of the measuring tube, so that an ultrasonic signal emitted by an ultrasonic transducer of an ultrasonic transducer pair passes along a V-shaped signal path via the ultrasonic reflector assigned to the ultrasonic transducer pair to the other ultrasonic transducer of the ultrasonic transducer pair, wherein the first pair of ultrasonic transducers with the associated first ultrasonic reflector spans a plane in which the associated V-shaped signal path lies, wherein the second pair of ultrasonic transducers with the associated second ultrasonic reflector spans a plane in which the associated V-shaped signal path lies, and wherein the different planes of the ultrasonic transducer pairs and the associated ultrasonic reflectors do not intersect within the measuring tube, characterized in that the first pair of ultrasonic transducers and the second ultrasonic reflector are provided on one circumferential half and the second pair of ultrasonic transducers and the first ultrasonic reflector are provided on the other circumferential half, and that an orientation of the measuring tube exists in which the ultrasonic transducers of the first pair of ultrasonic transducers are arranged higher than the associated first ultrasonic reflector and the ultrasonic transducers of the second pair of ultrasonic transducers are arranged higher than the associated second ultrasonic reflector, so that transducer pockets, in which the ultrasonic transducers of the first pair of ultrasonic transducers and of the second pair of ultrasonic transducers are located, are inclined downwardly.
An eddy-current flaw detecting apparatus comprising: a power supply section including a DC power supply, a charging coil, and a changeover switch, a capacitor, a first diode, a resistor, a second diode, a coil section for detecting an induced magnetic field of the eddy current; and a detecting section for detecting an output waveform of the coil section; characterized in that the elements of the apparatus are arranged so that, when the changeover switch is in a first setting condition, a circuit is formed comprising the DC power supply, the charging coil, the capacitor and the resistor by the functions of the diode and the diode, then, electrical charges are charged from the DC power supply to the capacitor; and when the changeover switch is in a second setting condition, a circuit is formed comprising the capacitor and the coil section by the functions of the diode and the diode, then, electrical charges charged in the capacitor are discharged to the coil section as an excitation current to induce an eddy current in an inspection object, and the detecting section is configured to detect an output waveform of the coil section to which an induced magnetic field of the eddy current is applied. a power supply section including a DC power supply, a charging coil, and a changeover switch, a capacitor, a first diode, a resistor, a second diode, a coil section for detecting an induced magnetic field of the eddy current; and a detecting section for detecting an output waveform of the coil section; characterized in that the elements of the apparatus are arranged so that, when the changeover switch is in a first setting condition, a circuit is formed comprising the DC power supply, the charging coil, the capacitor and the resistor by the functions of the diode and the diode, then, electrical charges are charged from the DC power supply to the capacitor; and when the changeover switch is in a second setting condition, a circuit is formed comprising the capacitor and the coil section by the functions of the diode and the diode, then, electrical charges charged in the capacitor are discharged to the coil section as an excitation current to induce an eddy current in an inspection object, and the detecting section is configured to detect an output waveform of the coil section to which an induced magnetic field of the eddy current is applied.
An umbrella comprising: a shaft; a plurality of ribs spaced around the shaft, arranged to be capable of extending outwardly of the shaft in a deployed condition; a canopy supportable by the ribs; and a tensioner comprising filamentary material which extends around the perimeter of the canopy, wherein the filamentary material is connected to a distal end of each rib so that the filamentary material connects the distal end of each rib to the distal end of each adjacent rib, characterized in that the filamentary material is arranged to tension the perimeter of the canopy so as to resist inversion of the umbrella by pulling a distal end of each rib towards the shaft when in the deployed condition. a shaft; a plurality of ribs spaced around the shaft, arranged to be capable of extending outwardly of the shaft in a deployed condition; a canopy supportable by the ribs; and a tensioner comprising filamentary material which extends around the perimeter of the canopy, wherein the filamentary material is connected to a distal end of each rib so that the filamentary material connects the distal end of each rib to the distal end of each adjacent rib, characterized in that the filamentary material is arranged to tension the perimeter of the canopy so as to resist inversion of the umbrella by pulling a distal end of each rib towards the shaft when in the deployed condition.
A method of communicating in a contention-based mesh network, performed by a transmitter mesh point, MP, the method comprising: receiving a beacon timing from a receiver MP, the beacon timing including a beacon reception timing of a received beacon frame, the received beacon frame being received by the receiver MP from a neighboring MP of the receiver MP; determining a transmission opportunity, TXOP, not to be extended across the beacon reception timing; transmitting a Request-to-Send, RTS, frame from the transmitter MP to the receiver MP, the RTS frame including a duration field indicating the determined TXOP; receiving a Clear-to-Send, CTS, frame from the receiver MP, the CTS frame including a duration field; and when the duration field of the CTS frame indicates a modification of the determined TXOP, transmitting a contention-free, CF, end frame to the receiver MP so that the receiver MP exits from a point coordination function, PCF, access mode and a contention-based service is started. receiving a beacon timing from a receiver MP, the beacon timing including a beacon reception timing of a received beacon frame, the received beacon frame being received by the receiver MP from a neighboring MP of the receiver MP; determining a transmission opportunity, TXOP, not to be extended across the beacon reception timing; transmitting a Request-to-Send, RTS, frame from the transmitter MP to the receiver MP, the RTS frame including a duration field indicating the determined TXOP; receiving a Clear-to-Send, CTS, frame from the receiver MP, the CTS frame including a duration field; and when the duration field of the CTS frame indicates a modification of the determined TXOP, transmitting a contention-free, CF, end frame to the receiver MP so that the receiver MP exits from a point coordination function, PCF, access mode and a contention-based service is started.
A radiofrequency detector coil for a magnetic resonance imaging apparatus, at least a portion of the radiofrequency detector coil sheathed by an adjoining electrically grounded dielectric material, wherein the dielectric material has a density that is substantially similar to that of the radiofrequency detector coil.
A method for transmitting router security information, performed by a router, the method comprising the steps of: receiving, through a server, an acquisition request for router security information initiated by a terminal; generating, according to the acquisition request, a link of a local area network for transmitting the router security information; transmitting to the terminal, the generated link of the local area networ; receiving an access request initiated by the terminal through a network address to which the link of the local area network is pointed; and returning, through the local area network, a response to the access request to the terminal, the response containing encrypted router security information. receiving, through a server, an acquisition request for router security information initiated by a terminal; generating, according to the acquisition request, a link of a local area network for transmitting the router security information; transmitting to the terminal, the generated link of the local area networ; receiving an access request initiated by the terminal through a network address to which the link of the local area network is pointed; and returning, through the local area network, a response to the access request to the terminal, the response containing encrypted router security information.
A vehicle operation device comprising a steering wheel and an input unit, which is provided on a right side of the steering wheel, and configured to detect a user operation, and a control unit, which determines the user operation detected by the input unit, and outputs a control signal to control a device, wherein the control unit determines the user operation as a straight line when a locus of the user operation meets a predetermined condition, wherein the predetermined condition is that a locus of the user operation does not exceed a predetermined width, and the predetermined width is such that a left side width is larger than a right side width in a lateral width horizontal to a vertical direction of the input unit passing through a start point of the user operation.
A ball joint comprising a ball stud which includes a spherical portion, two bearing shells that each have a circumferential edge and are arranged on the spherical portion such that their circumferential edges are positioned opposite each other at a distance greater than 0, and a housing that is made from plastic in one piece, the two bearing shells being overmolded with the plastic forming the housing such that they are enclosed by the housing and are urged against the spherical portion by the housing.
Apparatus for data superimposition, comprising: an imaging device for producing a light beam modulated corresponding to data to be presented, a waveguide arrangement, comprising a waveguide (10; 70; 82) that comprises: a first diffractive structure (11; 11A, 11B; 83) for receiving the light beam and for diffracting the light beam into the waveguide (10; 70; 82) at an angle greater than the angle of total internal reflection of the waveguide (10; 70; 82), and a second diffractive structure (13; 84) for expanding the light beam in the waveguide and for diffracting the light beam in the waveguide for coupling the light beam out of the waveguide; a combiner (86; 120), which is arranged to receive the light beam that is coupled out of the waveguide (10; 70; 82); and a variable adaptation optical unit having a changeable focal length, which is arranged in a light path of the light beam coupled out of the waveguide (10; 70; 82), between the waveguide (10; 70; 82) and the combiner (86; 120). an imaging device for producing a light beam modulated corresponding to data to be presented, a waveguide arrangement, comprising a waveguide (10; 70; 82) that comprises: a first diffractive structure (11; 11A, 11B; 83) for receiving the light beam and for diffracting the light beam into the waveguide (10; 70; 82) at an angle greater than the angle of total internal reflection of the waveguide (10; 70; 82), and a second diffractive structure (13; 84) for expanding the light beam in the waveguide and for diffracting the light beam in the waveguide for coupling the light beam out of the waveguide; a combiner (86; 120), which is arranged to receive the light beam that is coupled out of the waveguide (10; 70; 82); and a variable adaptation optical unit having a changeable focal length, which is arranged in a light path of the light beam coupled out of the waveguide (10; 70; 82), between the waveguide (10; 70; 82) and the combiner (86; 120). a first diffractive structure (11; 11A, 11B; 83) for receiving the light beam and for diffracting the light beam into the waveguide (10; 70; 82) at an angle greater than the angle of total internal reflection of the waveguide (10; 70; 82), and a second diffractive structure (13; 84) for expanding the light beam in the waveguide and for diffracting the light beam in the waveguide for coupling the light beam out of the waveguide; a combiner (86; 120), which is arranged to receive the light beam that is coupled out of the waveguide (10; 70; 82); and a variable adaptation optical unit having a changeable focal length, which is arranged in a light path of the light beam coupled out of the waveguide (10; 70; 82), between the waveguide (10; 70; 82) and the combiner (86; 120).
A control device for adjusting the stroke length of an eccentric press, wherein the eccentric press has a plunger which is driven via a connecting rod by an eccentric system comprising an eccentric shaft and an eccentric bushing which can be detached from one another and then rotated relative to one another to adjust the stroke length, wherein the control device comprises an encoder for determining the rotational position of the eccentric shaft, characterized in that the control device is safe and is configured to generate a first switching signal at at least one first rotational position and to automatically readjust the first rotational position when the stroke length is adjusted in order to generate the first switching signal not via a mechanical cam group but electronically based on the rotational position measured by the encoder.
Method of operating a system at an operating temperature of 300°C to 500°C using a heat transfer fluid comprising branched siloxanes of general formula I (R 3 SiO 1/2) w (SiO 4/2) z, where w represents integer values from 4 to 20, z represents integer values from 1 to 15, R represents methyl, wherein the sum total of the proportions of all siloxanes of general formulae I is not less than 95% by mass, based on the heat transfer fluid as a whole. w represents integer values from 4 to 20, z represents integer values from 1 to 15, R represents methyl, wherein the sum total of the proportions of all siloxanes of general formulae I is not less than 95% by mass, based on the heat transfer fluid as a whole.
Method for conveying an extended reality on a mobile client device comprising at least one terminal for using the mobile radio network, which involves data held in a memory of the client device, which is carried by a user, that encode a virtual reality linked to an object at a current location of the user being processed by a program application executed by a processing device of the client device and being visually displayed in addition to the object optically detected, directly or by means of a camera of the client device, on the client device by the user at this location, the client device being connected to a server service via the mobile radio network during the execution of the program application and being tracked by said server service in respect of the respective geolocal position of said client device, wherein a.) the data linked to the object and intended to be processed by the processing device of the client device by means of the program application for visual display are held in a database of the server service and, only when a minimum object distance stored in devices of the server service, specifically a minimum distance between the client device and the object linked to the data, is not maintained, transmitted from the server service to the client device for storage in the memory thereof, and for visual display of said data, if a category assigned to these data in the database of the server service is included on a list of preferences of the user of the client device, which list is likewise held in this database; characterized in that b.) the value for the minimum object distance is a value related specifically to the respective object and is variable from an initial value and directly proportional to the volume of data in the data that are to be transmitted to the client device for the purpose of visually displaying the virtual reality associated with the relevant object. a.) the data linked to the object and intended to be processed by the processing device of the client device by means of the program application for visual display are held in a database of the server service and, only when a minimum object distance stored in devices of the server service, specifically a minimum distance between the client device and the object linked to the data, is not maintained, transmitted from the server service to the client device for storage in the memory thereof, and for visual display of said data, if a category assigned to these data in the database of the server service is included on a list of preferences of the user of the client device, which list is likewise held in this database; characterized in that b.) the value for the minimum object distance is a value related specifically to the respective object and is variable from an initial value and directly proportional to the volume of data in the data that are to be transmitted to the client device for the purpose of visually displaying the virtual reality associated with the relevant object.
A vacuum cleaner comprising: a base including a suction opening; and a main frame including a dust collecting apparatus configured to remove dust from air sucked through the suction opening; characterized in that the vacuum cleaner comprises a wheel assembly including a forward wheel and a reverse wheel, and rotatably coupled with the base, wherein when the main frame slides with respect to the base, any one of the forward wheel or the reverse wheel contacts a floor. a base including a suction opening; and a main frame including a dust collecting apparatus configured to remove dust from air sucked through the suction opening; characterized in that the vacuum cleaner comprises a wheel assembly including a forward wheel and a reverse wheel, and rotatably coupled with the base, wherein when the main frame slides with respect to the base, any one of the forward wheel or the reverse wheel contacts a floor.
A lithography apparatus comprising: a projection system configured to project a patterned radiation beam onto a target portion of a substrate, the projection system comprising a first element and a second element; a first vibration isolation system (16, 18) for inhibiting propagation of vibrations between the first element and the second element, the first vibration isolation system (16, 18) comprising: a resilient portion comprising a first resilient member, a first internal mass and a second resilient member, arranged respectively to act in series, the projection system comprising a radiation-adjusting element for adjusting a property of the patterned radiation beam and wherein the first element is an actuator for adjusting a state of the radiation-adjusting element and the second element is a sensor for measuring a state of the radiation-adjusting element. a projection system configured to project a patterned radiation beam onto a target portion of a substrate, the projection system comprising a first element and a second element; a first vibration isolation system (16, 18) for inhibiting propagation of vibrations between the first element and the second element, the first vibration isolation system (16, 18) comprising: a resilient portion comprising a first resilient member, a first internal mass and a second resilient member, arranged respectively to act in series, the projection system comprising a radiation-adjusting element for adjusting a property of the patterned radiation beam and wherein the first element is an actuator for adjusting a state of the radiation-adjusting element and the second element is a sensor for measuring a state of the radiation-adjusting element.