mhurhangee/patent-ind-claim-en huggingface dataset:
A data offloading method, comprising: sending (S510), by a master base station, a first request message to a core network device, wherein the first request message comprises an address of a local gateway of a secondary base station, and the first request message is used to request to perform data offloading at the local gateway of the secondary base station; receiving (S520), by the master base station, a first response message from the core network device, wherein the first response message comprises a first related identifier, ID, of the local gateway of the secondary base station, wherein the first related ID is associated with a first bearer for which data offloading is performed at the local gateway of the secondary base station; and sending (S530), by the master base station, a second request message comprising the first related ID to the secondary base station to instruct the secondary base station to perform data offloading at the local gateway of the secondary base station for the first bearer. sending (S510), by a master base station, a first request message to a core network device, wherein the first request message comprises an address of a local gateway of a secondary base station, and the first request message is used to request to perform data offloading at the local gateway of the secondary base station; receiving (S520), by the master base station, a first response message from the core network device, wherein the first response message comprises a first related identifier, ID, of the local gateway of the secondary base station, wherein the first related ID is associated with a first bearer for which data offloading is performed at the local gateway of the secondary base station; and sending (S530), by the master base station, a second request message comprising the first related ID to the secondary base station to instruct the secondary base station to perform data offloading at the local gateway of the secondary base station for the first bearer.
A patient-specific surgical fixture for positioning an alignment element, such as a pin, a wire, a screw or a drill, on or near a glenoid socket of a shoulder joint of a patient, said fixture comprising: a. a one-piece structure comprising one or more patient-specific contact elements ; and b. a positioning element rigidly attached to said one-piece structure, provided with one or more holes which allow the insertion of said alignment element, wherein the patient-specific contact elements are configured to fit onto at least one of: one or more areas around the glenoid socket, or a rim of the glenoid socket, by means of anatomy engagement surfaces, each of which at least partially match a surface of bone or cartilage of said at least one of: said one or more areas around the glenoid socket, or said rim of the glenoid socket. a. a one-piece structure comprising one or more patient-specific contact elements ; and b. a positioning element rigidly attached to said one-piece structure, provided with one or more holes which allow the insertion of said alignment element, wherein the patient-specific contact elements are configured to fit onto at least one of: one or more areas around the glenoid socket, or a rim of the glenoid socket, one or more areas around the glenoid socket, or a rim of the glenoid socket, by means of anatomy engagement surfaces, each of which at least partially match a surface of bone or cartilage of said at least one of: said one or more areas around the glenoid socket, or said rim of the glenoid socket.
A method for controlling a steer-by-wire steering system for motor vehicles, comprising a steering actuator which acts on the steered wheels and is electronically controlled in accordance with a driver's steering request, a feedback actuator which transmits reactions of the road to a steering wheel, and a control unit which controls the feedback actuator , wherein the following method steps for calculating a motor torque (T FBA ) for controlling the motor of the feedback actuator are provided: • determining a basic motor torque (T basic ) which is dependent on the driving state and on the position; • providing at least one steering function which is part of a first subgroup of steering functions ; • limiting the output value of the at least one steering function to reach a predefined safety level in a first limiter ; • adaptation of the basic motor torque (T basic ) by means of the limited output value of the at least one steering function in a summing element to obtain a resulting motor torque (T FBA ); • actuating the feedback actuator with the resulting motor torque (T FBA ) which is output by the summing element , characterized in that the at least one steering function has a steering function for providing a damping of the steering, a steering hysteresis and/or for resetting the steering wheel to the center, wherein the first limiter limits the output value of the at least one steering function in accordance with at least one parameter selected from the group comprising a vehicle speed (v), an angular speed (ω) of the motor of the feedback actuator, a torque, applied by the driver, at the steering wheel, and a steering wheel steering angle (α). • determining a basic motor torque (T basic ) which is dependent on the driving state and on the position; • providing at least one steering function which is part of a first subgroup of steering functions ; • limiting the output value of the at least one steering function to reach a predefined safety level in a first limiter ; • adaptation of the basic motor torque (T basic ) by means of the limited output value of the at least one steering function in a summing element to obtain a resulting motor torque (T FBA ); • actuating the feedback actuator with the resulting motor torque (T FBA ) which is output by the summing element ,
A multifunctional channel housable inside a cabinet having a containment compartment , defined by a back , a pair of side walls , a bottom and a ceiling , which is dividable by shelves and is closable by at least one pair of wings , said channel having an extension along an axis (X-X) and comprising in cross section, according to a plane (Y-Y) perpendicular to the axis (X-X): - a base wall that is engageable, resting on or connected to a shelf ; - a spacing wall , connected to the base wall and extending away therefrom according to a direction that is angled with respect, preferably perpendicular to the base wall ; - an intermediate wall , connected to the spacing wall and extending away from the spacing wall according to a direction that is substantially parallel to the base wall ; - a facing wall , connected to the intermediate wall and extending away from the remaining walls , lying in an angled manner preferably perpendicularly, with respect to the intermediate wall ; - a top wall , connected to the facing wall and extending away from the latter according to a direction substantially parallel to the intermediate wall ; said walls each having a slab-shaped extension with main extension along the axis (X-X) and a substantially rectangular outline; characterized in that said intermediate, facing and top walls define together a first compartment , preferably of parallelepiped shape, that can be occupied by one or more single or multiple sockets (M) and in that said facing wall has a plurality di areas , each circumscribed by a weakening cut with a closed outline; each area being, by a break, detachable from the facing wall to generate a window , which is engageable by a single or multiple socket (M), defining an access opening inside the first compartment . - a base wall that is engageable, resting on or connected to a shelf ; - a spacing wall , connected to the base wall and extending away therefrom according to a direction that is angled with respect, preferably perpendicular to the base wall ; - an intermediate wall , connected to the spacing wall and extending away from the spacing wall according to a direction that is substantially parallel to the base wall ; - a facing wall , connected to the intermediate wall and extending away from the remaining walls , lying in an angled manner preferably perpendicularly, with respect to the intermediate wall ; - a top wall , connected to the facing wall and extending away from the latter according to a direction substantially parallel to the intermediate wall ; said walls each having a slab-shaped extension with main extension along the axis (X-X) and a substantially rectangular outline;
A method performed by one or more processing devices, comprising: detecting an event in an electronic system, wherein the event comprises a cyberattack, the electronic system comprising an electronic component and a switched mode power supply , the electronic component drawing an amount of power from the switched mode power supply during operation; and in response to detecting the event, operating the electronic component to cause the electronic component to change the amount of power that the electronic component draws from the switched mode power supply , wherein the change in the amount of power that the electronic component draws causes the switched mode power supply to output a radio frequency'RF' noise signal that is evidence of the event. detecting an event in an electronic system, wherein the event comprises a cyberattack, the electronic system comprising an electronic component and a switched mode power supply , the electronic component drawing an amount of power from the switched mode power supply during operation; and in response to detecting the event, operating the electronic component to cause the electronic component to change the amount of power that the electronic component draws from the switched mode power supply , wherein the change in the amount of power that the electronic component draws causes the switched mode power supply to output a radio frequency'RF' noise signal that is evidence of the event.
A multiple-input multiple-output -MIMO- antenna assembly having a stacked structure, comprising: a first printed circuit board -PCB- on which a feeding network is provided; a plurality of antenna elements provided on an upper surface of the first PCB and connected to the feeding network; a filter assembly provided on a lower surface of the first PCB and including a plurality of band-pass filters connected to the feeding network; and a second PCB provided at a bottom of the first PCB , wherein a plurality of transmitting and receiving circuits is provided on the second PCB and is connected to the plurality of band-pass filters, a digital circuit is provided on the second PCB and is connected to the plurality of transmitting and receiving circuits and configured to perform digital processing on a baseband signal, characterized in that a calibration circuit with a plurality of switches connected in a tree structure is provided on the second PCB , wherein in the filter assembly, the plurality of band-pass filters are assembled in a line to a push bar fastened to the second PCB . a first printed circuit board -PCB- on which a feeding network is provided; a plurality of antenna elements provided on an upper surface of the first PCB and connected to the feeding network; a filter assembly provided on a lower surface of the first PCB and including a plurality of band-pass filters connected to the feeding network; and a second PCB provided at a bottom of the first PCB , wherein a plurality of transmitting and receiving circuits is provided on the second PCB and is connected to the plurality of band-pass filters, a digital circuit is provided on the second PCB and is connected to the plurality of transmitting and receiving circuits and configured to perform digital processing on a baseband signal, characterized in that a calibration circuit with a plurality of switches connected in a tree structure is provided on the second PCB , wherein in the filter assembly, the plurality of band-pass filters are assembled in a line to a push bar fastened to the second PCB .
Air-conditioning device , comprising a compressor enabling the cooling cycle, a condenser , an evaporator , at least one PCM package transferring and storing the heat of the condenser , and a heat storage chamber in which the PCM package are placed, a thermistor placed into the heat storage chamber or on the PCM package , and a control unit determining by evaluating the temperature information from the thermistor , completion of the usage time of the PCM package upon the temperature of the heat storage chamber or the PCM package exceeding a limit value pre-saved to its memory the air-conditioning device being characterized in that , it is portable, in that the control unit enables the user to be alerted by means of visual and/or audible alert for cooling the PCM package or for its replacement, in that the PCM package is shaped as a rectangular prism, and in that it comprises at least one metal plate constituting at least one surface of the PCM package , on which the thermistor is placed.
A pipe unit comprising a sensor connection structure , the pipe unit including a main pipe , a plurality of branch pipes connected to each of left and right of the main pipe , and a plurality of valves disposed in the branch pipes , the pipe unit being configured to allow fluid to flow in the pipe unit , the sensor connection structure comprising: a plurality of sensors that are respectively disposed on the plurality of valves and detect operating states of the valves , wherein the plurality of valves comprises steam traps ; the sensors are disposed on inlet portions of the steam traps and detect information on operating states of the steam traps , and the main pipe and the branch pipes constitute a unit in which drain flows, characterized in that a plurality of connection boxes are provided, arranged along an axis of the main pipe , connected to each other in series through electric wire pipes , and connected to the plurality of sensors through electric wire pipes ; and a terminal unit connected to one of the plurality of connection boxes through an electric wire pipe .
Cooking device light , in particular light for ovens, microwave cooking devices or steam cookers, - having a light source in the form of a printed circuit board with an LED arranged on it, - having a light box , into which the light emitted by the LED is fed, - having a light guide rod , which is arranged between the light source and the light box and guides the emitted light from the LED to the light box , - having a protective tube , which is also arranged between the light box and the light source and surrounds the light guide rod in a protective manner, - having a peripheral gap between the light guide rod and the protective tube , such that the light guide rod is held without touching the protective tube , - having a mounting device , which supports the light source and holds a first end both of the protective tube and of the light guide rod , - having at least one centring member , which surrounds the light guide rod and arranges the light guide rod in the protective tube while maintaining the peripheral gap , - having at least one arranging means, which fixes the protective tube and the light guide rod on the light box , wherein - the centring member forms an arranging means, by means of which the light guide rod is arranged on the light box , characterised in that - the centring member is formed as a centring sleeve, in which the light guide rod rests, - the light box has an insertion opening , which receives the centring member , - the centring member also forms the arranging means for fixing the protective tube on the light box . - having a light source in the form of a printed circuit board with an LED arranged on it, - having a light box , into which the light emitted by the LED is fed, - having a light guide rod , which is arranged between the light source and the light box and guides the emitted light from the LED to the light box , - having a protective tube , which is also arranged between the light box and the light source and surrounds the light guide rod in a protective manner, - having a peripheral gap between the light guide rod and the protective tube , such that the light guide rod is held without touching the protective tube , - having a mounting device , which supports the light source and holds a first end both of the protective tube and of the light guide rod , - having at least one centring member , which surrounds the light guide rod and arranges the light guide rod in the protective tube while maintaining the peripheral gap , - having at least one arranging means, which fixes the protective tube and the light guide rod on the light box , wherein - the centring member forms an arranging means, by means of which the light guide rod is arranged on the light box , characterised in that - the centring member is formed as a centring sleeve, in which the light guide rod rests, - the light box has an insertion opening , which receives the centring member , - the centring member also forms the arranging means for fixing the protective tube on the light box .
A fastening assembly configured to couple a toilet seat hinge to a toilet bowl by a threaded shaft the fastening assembly comprising: a sleeve including an inner surface defining an aperture, the aperture configured to receive the threaded shaft such that the sleeve is axially moveable along the threaded shaft to abut a portion of the toilet bowl; and a fastening nut including a resilient clamping portion and a drive portion , the fastening nut configured to receive the threaded shaft such that the fastening nut is axially moveable along the threaded shaft without rotation between the fastening nut and the threaded shaft, the resilient clamping portion configured to engage the threaded shaft and the inner surface of the sleeve such that rotation of the fastening nut relative to the threaded shaft axially moves the fastening nut relative to the sleeve, the drive portion configured to fracture at a predetermined torque during rotation of the fastening nut relative to the threaded shaft. a sleeve including an inner surface defining an aperture, the aperture configured to receive the threaded shaft such that the sleeve is axially moveable along the threaded shaft to abut a portion of the toilet bowl; and a fastening nut including a resilient clamping portion and a drive portion , the fastening nut configured to receive the threaded shaft such that the fastening nut is axially moveable along the threaded shaft without rotation between the fastening nut and the threaded shaft, the resilient clamping portion configured to engage the threaded shaft and the inner surface of the sleeve such that rotation of the fastening nut relative to the threaded shaft axially moves the fastening nut relative to the sleeve, the drive portion configured to fracture at a predetermined torque during rotation of the fastening nut relative to the threaded shaft.
A slide scanner for converting slides into digital image files, comprising a magazine guide and a magazine advancing mechanism for a slide magazine, further comprising a scanning device for scanning a slide, and a feeding device for feeding a slide from the slide magazine into the scanning device and back into the slide magazine or into another slide magazine, characterized in that the slide scanner is a stand-alone device, which is able to function without further devices and includes a digital data memory for storing the digital image files and a processor for controlling the components of the slide scanner and for digitally processing data of the scanning device , and that the slide scanner comprises a folding screen , which can be pivoted back and forth between a viewing position, in which a representation on the folding screen is visible, and a non-usage position, in which the folding screen rests in a recess of the housing , for displaying scanned slides.
A multicomponent copolymer comprising a non-conjugated polyene unit, a non-conjugated olefin unit and an aromatic vinyl unit, wherein: the non-conjugated olefin unit is an ethylene unit alone, the non-conjugated polyene unit comprises at least one selected from a group consisting of a vinylnorbornene unit and an ethylidene-norbornene unit, the aromatic vinyl unit comprises a styrene unit, the content of the non-conjugated polyene unit is 1% by mass or more and 20% by mass or less, the content of the non-conjugated olefin unit is more than 50% by mass and 94% by mass or less, the content of the aromatic vinyl unit is 5% by mass or more and less than 30% by mass, and a melting point of the multicomponent copolymer measured through differential scanning calorimetry according to JIS K 7121:1987 is 50°C or higher. the non-conjugated olefin unit is an ethylene unit alone, the non-conjugated polyene unit comprises at least one selected from a group consisting of a vinylnorbornene unit and an ethylidene-norbornene unit, the aromatic vinyl unit comprises a styrene unit, the content of the non-conjugated polyene unit is 1% by mass or more and 20% by mass or less, the content of the non-conjugated olefin unit is more than 50% by mass and 94% by mass or less, the content of the aromatic vinyl unit is 5% by mass or more and less than 30% by mass, and a melting point of the multicomponent copolymer measured through differential scanning calorimetry according to JIS K 7121:1987 is 50°C or higher.
A method for wireless communication performed by a base station or a user equipment, the method comprising: identifying a plurality of search space set occasions for a slot, the plurality of search space set occasions associated with one or more search space sets configured for the slot, each search space set comprising a set of control channel candidates of one or more aggregation levels of a plurality of aggregation levels; determining a total number of available blind decodes for the slot based at least in part on a blind decoding limitation; mapping each control channel candidate for each of the plurality of search space set occasions to one or more available blind decodes; determining , when the mapping of the sets of control channel candidates for the plurality of search space set occasions exceeds a control channel element limitation, an applied set of control channel candidates by iteratively dropping control channel candidates along at least one dimension according to a prioritized order until the applied set of control channel candidates does not exceed the control channel element limitation; and communicating based at least in part on the applied set of control channel candidates. identifying a plurality of search space set occasions for a slot, the plurality of search space set occasions associated with one or more search space sets configured for the slot, each search space set comprising a set of control channel candidates of one or more aggregation levels of a plurality of aggregation levels; determining a total number of available blind decodes for the slot based at least in part on a blind decoding limitation; mapping each control channel candidate for each of the plurality of search space set occasions to one or more available blind decodes; determining , when the mapping of the sets of control channel candidates for the plurality of search space set occasions exceeds a control channel element limitation, an applied set of control channel candidates by iteratively dropping control channel candidates along at least one dimension according to a prioritized order until the applied set of control channel candidates does not exceed the control channel element limitation; and communicating based at least in part on the applied set of control channel candidates.