mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical equipment housing comprising a ventilation portion that allows gas to pass between inside and outside, wherein the ventilation portion has a plurality of plate-shaped members provided in an overlapping manner so as to be spaced from each other with their thickness directions(X) aligned with each other, the plurality of plate-shaped members each have a plurality of through holes penetrating through the plate-shaped member in the thickness direction (X), the plurality of through holes in each plate-shaped member are, as seen in the thickness direction(X), formed at positions shifted from the plurality of through holes in another plate-shaped member adjacent in the thickness direction(X), aperture rates of the plate-shaped members based on the pluralities of through holes are different from each other, of the plurality of plate-shaped members , the plate-shaped member on an inward side has a greater thickness than the plate-shaped member on an outward side, and the aperture rates of the plate-shaped members are set such that the plate-shaped member closer to an outward side of the ventilation portion has a greater aperture rate. the ventilation portion has a plurality of plate-shaped members provided in an overlapping manner so as to be spaced from each other with their thickness directions(X) aligned with each other, the plurality of plate-shaped members each have a plurality of through holes penetrating through the plate-shaped member in the thickness direction (X), the plurality of through holes in each plate-shaped member are, as seen in the thickness direction(X), formed at positions shifted from the plurality of through holes in another plate-shaped member adjacent in the thickness direction(X), aperture rates of the plate-shaped members based on the pluralities of through holes are different from each other, of the plurality of plate-shaped members , the plate-shaped member on an inward side has a greater thickness than the plate-shaped member on an outward side, and the aperture rates of the plate-shaped members are set such that the plate-shaped member closer to an outward side of the ventilation portion has a greater aperture rate.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: performing an authentication procedure with an authentication server function, AUSF, in order to access the wireless communication system; obtaining an authentication and key management for application, AKMA, key for an edge computing service based on the authentication procedure; transmitting, to a server, a request message for requesting authorization for the edge computing service, wherein the request message includes a AKMA key identifier, ID, corresponding to the AKMA key; receiving, from the server, a response message indicating authority granted to the edge computing service, wherein the response message includes an access token for the edge computing service; and using the edge computing service corresponding to the access token. performing an authentication procedure with an authentication server function, AUSF, in order to access the wireless communication system; obtaining an authentication and key management for application, AKMA, key for an edge computing service based on the authentication procedure; transmitting, to a server, a request message for requesting authorization for the edge computing service, wherein the request message includes a AKMA key identifier, ID, corresponding to the AKMA key; receiving, from the server, a response message indicating authority granted to the edge computing service, wherein the response message includes an access token for the edge computing service; and using the edge computing service corresponding to the access token.
An acquisition apparatus for a test and measurement instrument, comprising: a splitter configured to split an input signal into a plurality of split signals; a plurality of oscillators , each oscillator configured to generate a plurality of oscillating signals based on a plurality of coefficients; a plurality of summers , each summer configured to sum an associated plurality of the oscillating signals into an associated combined signal; a plurality of mixers , each mixer configured to mix an associated split signal with an associated combined signal to produce a frequency translated signal; a plurality of low-pass filters , each filter configured to filter an associated frequency translated signal; a plurality of digitizers , each digitizer configured to digitize an associated filtered signal; and a reconstruction section configured to receive the filtered and digitized frequency translated signals and to produce a reconstructed waveform that is substantially equivalent to the input signal . a splitter configured to split an input signal into a plurality of split signals; a plurality of oscillators , each oscillator configured to generate a plurality of oscillating signals based on a plurality of coefficients; a plurality of summers , each summer configured to sum an associated plurality of the oscillating signals into an associated combined signal; a plurality of mixers , each mixer configured to mix an associated split signal with an associated combined signal to produce a frequency translated signal; a plurality of low-pass filters , each filter configured to filter an associated frequency translated signal; a plurality of digitizers , each digitizer configured to digitize an associated filtered signal; and a reconstruction section configured to receive the filtered and digitized frequency translated signals and to produce a reconstructed waveform that is substantially equivalent to the input signal .
An adhesive wafer for an ostomy device, the wafer comprising a central portion and a peripheral portion , the wafer comprising a first adhesive layer , a backing layer on the distal side of the first adhesive layer, a second skin-facing adhesive layer and a hole for accommodating a stoma , and a release layer configured to releasing a neutralizer, the release layer adapted to be releasable from at least one envelope located between the first and the second adhesive layer , characterized in that the first adhesive layer covers the entire proximal surface of the backing layer .
Emergency lighting system in a building having at least a plurality of safety and escape sign luminaires , a monitoring apparatus , and a battery system , wherein the emergency lighting system has a plurality of transmitting stations , so-called beacons, for wireless communication with at least one receiving device of a person at least within the building , at least for escape route guidance or escape route modification, wherein each transmitting station is assigned to at least one safety or escape sign luminaire or is arranged in such a luminaire and each transmitting station transmits to the receiving device information relating to the graphical representation of an escape route, an escape symbol, a voice or text message, an acoustic or optical signal, an emergency number, wherein the receiving device can be identified or located, wherein the receiving device is registered when the building is entered and the transmitting station or the monitoring apparatus transmits information about at least the number and locations of the receiving devices to a central or external monitoring apparatus or emergency call apparatus and at least two transmitting stations are in communication with a receiving device , wherein the receiving device is a personal mobile receiving device carried by the person and the communication with each transmitting station can be carried out by means of an appropriate software program installed on the mobile receiving device, wherein the emergency lighting system has an app retrieval apparatus for installing an emergency lighting system app as such a software program on the receiving device for communication with the transmitting station , wherein the emergency lighting system app is preferably designed as a standard app for receiving devices with different operating systems.
Coating method for coating parts in a dip-spin process, wherein the parts to be coated are dipped into a coating liquid, wherein the parts to be coated are subsequently centrifuged in a planetary basket arrangement in a planetary centrifuge , wherein the planetary centrifuge comprises a main rotor rotating about a main rotor axis of rotation (D), wherein the at least one planetary basket arrangement rotates about its planetary axis of rotation (P1, P2), and further wherein the planetary axis of rotation (P1, P2) is arranged eccentrically on the main rotor , characterised in that a planetary centrifuge is used which has a planetary basket arrangement comprising a plurality of planetary baskets (16a, 16b, 16c; 22a, 22b, 22c) which are arranged rotatably about the planetary axis of rotation (P1, P2) of the planetary basket arrangement , wherein the planetary basket arrangement is rotated during the centrifuging operation.
Locking system for locking and unlocking a cabin door of a lift cabin of a lift system , in which lift system the lift cabin can travel along a lift track having stopping points and associated stopping point zones, comprising - a lock mechanism which can be brought into a locking position and in an unlocking position, wherein the cabin door in the locking position of the lock mechanism is immobilized in the closed position and can be opened in the unlocking position of the lock mechanism , - an actuator by which the lock mechanism is brought either into its locking position or its unlocking position, - a control device which causes the actuator to bring the lock mechanism into its locking position when at least the conditions are met that the lift cabin is located in a stopping point zone, characterized in that the lift system comprises a position detecting unit which continuously detects the position of the lift cabin relative to the lift track and communicates the position to the control device , and the control device continuously detects whether the condition that the lift cabin is located in the region of a stopping point zone is met by comparing the position of the lift cabin communicated by the position detecting unit to stored position limit values of the stopping point zones. - a lock mechanism which can be brought into a locking position and in an unlocking position, wherein the cabin door in the locking position of the lock mechanism is immobilized in the closed position and can be opened in the unlocking position of the lock mechanism , - an actuator by which the lock mechanism is brought either into its locking position or its unlocking position, - a control device which causes the actuator to bring the lock mechanism into its locking position when at least the conditions are met that the lift cabin is located in a stopping point zone, the lift system comprises a position detecting unit which continuously detects the position of the lift cabin relative to the lift track and communicates the position to the control device , and the control device continuously detects whether the condition that the lift cabin is located in the region of a stopping point zone is met by comparing the position of the lift cabin communicated by the position detecting unit to stored position limit values of the stopping point zones.
Method for positioning a workpiece in a numerically controlled machine tool, characterized in that on a blank serving as a base , a duplicate comprising at least part of the workpiece is formed by the machine tool under the control of first data, at least one key structure is formed in a positioning section of the blank, a counter piece comprising an impression compound is placed on the base, at least one key structure on the base and a respective complementarily formed key structure on the counter piece being brought into engagement with each other so that the base and the counter piece are in a predetermined relative position to one another and a negative of the surface of the duplicate is formed in the impression compound, and the duplicate is removed from the base, so that the counter piece can be reproducibly attached to the base in the same relative position and the workpiece can be reproducibly attached to the blank in the position corresponding to the first data by fitting it into the negative. on a blank serving as a base , a duplicate comprising at least part of the workpiece is formed by the machine tool under the control of first data, at least one key structure is formed in a positioning section of the blank, a counter piece comprising an impression compound is placed on the base, at least one key structure on the base and a respective complementarily formed key structure on the counter piece being brought into engagement with each other so that the base and the counter piece are in a predetermined relative position to one another and a negative of the surface of the duplicate is formed in the impression compound, and the duplicate is removed from the base, so that the counter piece can be reproducibly attached to the base in the same relative position and the workpiece can be reproducibly attached to the blank in the position corresponding to the first data by fitting it into the negative.
Telescopic fork leg comprising a damping system, said damping system comprising an inner tube and an outer tube , and comprising a piston disposed in a chamber, in a medium present therein, situated in the inner tube of the damping system, and an accumulator which pressurizes the medium, the piston is applied to or provided with a piston rod or piston rod parts which pass through the chamber and which, on both sides of the piston, have substantially equally large external dimensions, wherein a leak flow (27 and/or 28) is adapted to be led between the top and bottom sides of the piston into a gap between the inner tube of the damping system and the outer tube and via a one-way valve or valves , characterised in that said leak flow(s) is/are adjustable by means of adjusting members.
Method for producing a fuel cell stack from multiple layer elements , wherein the layer elements are arranged on top of one another, wherein each layer element has an elastically deformable fuel cell layer edged by a sealing beading , wherein the fuel cell layer of each layer element is bent relative to the sealing beading due to an effect of gravity, wherein a lowermost layer element is arranged on a bendable base plate which is bent against gravity, whereby a fuel cell layer of an uppermost layer element of the fuel cell stack is bent against gravity and substantially levelled due to a force generated by the base plate .
An electroformed sheath for protecting an airfoil of a gas turbine engine, comprising: a sheath body having a leading edge ; a pressure side wall and an opposed suction side wall of the sheath body , which side walls meet at the leading edge and extend away from the leading edge to define a cavity between the side walls ; a head section of the sheath body between the leading edge and the cavity ; and a mandrel insert positioned between the pressure side wall and suction side wall ; wherein the mandrel insert includes a leading edge , a pressure side , a suction side , opposing ends and and an aft portion , wherein the aft portion includes a generally planar datum surface that interconnects the pressure side and the suction side and the opposing ends and ; wherein the mandrel insert is defined by a length and a width of the generally planar datum surface , and wherein the width of the mandrel insert is greater than a thickness of the sheath body pressure side wall or a thickness of the sheath body suction side wall , characterised in that the mandrel insert includes a cross-sectional geometry that is generally wedge-shaped; the mandrel insert is made of a non-metallic composite, and the mandrel insert is coated with a material that is sufficiently conductive to enable electroplate formation of the sheath body about the mandrel insert . a sheath body having a leading edge ; a pressure side wall and an opposed suction side wall of the sheath body , which side walls meet at the leading edge and extend away from the leading edge to define a cavity between the side walls ; a head section of the sheath body between the leading edge and the cavity ; and a mandrel insert positioned between the pressure side wall and suction side wall ; wherein the mandrel insert includes a leading edge , a pressure side , a suction side , opposing ends and and an aft portion , wherein the aft portion includes a generally planar datum surface that interconnects the pressure side and the suction side and the opposing ends and ; wherein the mandrel insert is defined by a length and a width of the generally planar datum surface , and wherein the width of the mandrel insert is greater than a thickness of the sheath body pressure side wall or a thickness of the sheath body suction side wall , characterised in that the mandrel insert includes a cross-sectional geometry that is generally wedge-shaped; the mandrel insert is made of a non-metallic composite, and the mandrel insert is coated with a material that is sufficiently conductive to enable electroplate formation of the sheath body about the mandrel insert .
A method for manufacturing a dental superstructure or part thereof, comprising the steps of (i) making a dental imprint from the mouth of a subject; (ii) manufacturing a working model from said dental imprint and mounting an implant analog in the working model; (iii) attaching a screw channel directing device , comprising a screw channel part and an implant cooperating part , said screw channel part comprising a screw channel mouth in the distal end, and a screw member seat with a screw hole in the proximal end, wherein the proximal end of the screw channel part is bowl shaped, such that the inner bottom surface has a concave shape and its outer bottom surface has a convex shape, and wherein the screw hole of the screw member seat is a long hole, and wherein said implant cooperating part is collar-shaped with an implant seat at its proximal end, and a distal concave screw channel part seat , wherein the screw channel part seat has a radius corresponding to the radius of the outer bottom surface of the screw channel part to form a ball joint, such that the central axis of the screw channel part may be tilted/angled in relation to a central axis of the implant cooperating part , to the implant analog in the working model; (iv) tilting the screw channel part in relation to the implant cooperating part into a desired angle; (v) shaping a master superstructure or part thereof onto the screw channel directing device ; (vi) forming a mold based on the master superstructure or part thereof; and (vii) casting or CAD/CAM shaping of the dental superstructure or part thereof. (i) making a dental imprint from the mouth of a subject; (ii) manufacturing a working model from said dental imprint and mounting an implant analog in the working model; (iii) attaching a screw channel directing device , comprising a screw channel part and an implant cooperating part , said screw channel part comprising a screw channel mouth in the distal end, and a screw member seat with a screw hole in the proximal end, wherein the proximal end of the screw channel part is bowl shaped, such that the inner bottom surface has a concave shape and its outer bottom surface has a convex shape, and wherein the screw hole of the screw member seat is a long hole, and wherein said implant cooperating part is collar-shaped with an implant seat at its proximal end, and a distal concave screw channel part seat , wherein the screw channel part seat has a radius corresponding to the radius of the outer bottom surface of the screw channel part to form a ball joint, such that the central axis of the screw channel part may be tilted/angled in relation to a central axis of the implant cooperating part , to the implant analog in the working model; (iv) tilting the screw channel part in relation to the implant cooperating part into a desired angle; (v) shaping a master superstructure or part thereof onto the screw channel directing device ; (vi) forming a mold based on the master superstructure or part thereof; and (vii) casting or CAD/CAM shaping of the dental superstructure or part thereof.
A network computing device comprising one or more processors, a network interface controller , a memory coupled to the network interface controller, and a network protocol stack , the network computing device configured to: receive , by the network interface controller from the network protocol stack, data packets for transmission to one or more network nodes (112A to 112N) of a network according to a traffic shaping policy, wherein the data packets comprise a first data packet to be transmitted to the one or more network nodes without delay, the transmitting of the first data packet without delay comprising: generating and storing , by the network interface controller, a first confirmation token for the first data packet in a time-indexed data structure in the network interface controller, wherein the first confirmation token is data reported by the network interface controller to the network protocol stack to signal to the network protocol stack to push an additional data packet for transmission; transmitting , by the network interface controller, the first data packet to the one or more network nodes without delay, wherein transmitting the first data packet without delay comprises transmitting the first data packet without storing it in the memory; and dequeueing , by the network interface controller, the first confirmation token from the time-indexed data structure for the first data packet and sending the first confirmation token to the network protocol stack, wherein the dequeuing and the sending of the first confirmation token causes the network protocol stack to push the additional data packet for transmission and the network interface controller to receive , from the network protocol stack, the additional data packet for transmission. generating and storing , by the network interface controller, a first confirmation token for the first data packet in a time-indexed data structure in the network interface controller, wherein the first confirmation token is data reported by the network interface controller to the network protocol stack to signal to the network protocol stack to push an additional data packet for transmission; transmitting , by the network interface controller, the first data packet to the one or more network nodes without delay, wherein transmitting the first data packet without delay comprises transmitting the first data packet without storing it in the memory; and dequeueing , by the network interface controller, the first confirmation token from the time-indexed data structure for the first data packet and sending the first confirmation token to the network protocol stack, wherein the dequeuing and the sending of the first confirmation token causes the network protocol stack to push the additional data packet for transmission and the network interface controller to receive , from the network protocol stack, the additional data packet for transmission.