mhurhangee/ep-ind-claims huggingface dataset:
A two-part adhesive having an A side and a B side, the two-part adhesive comprising: at least one of a polyurethane prepolymer and a diisocyanate present in the A side in an amount from 70% to 90% by weight of the A side composition; at least one polyol present in the B side in an amount from 93% to 97% by weight of the B side composition; at least one catalyst present in the B side in an amount from 0.5% to 5% by weight of the B side composition; at least one blowing agent present in an amount from 0.25% to 3% of the B side composition, and at least one adhesion promoter present in at least one of the A side composition and the B side composition in an amount from 10% to 30% by weight of the two-part adhesive, and wherein a ratio of isocyanate groups in the A side to hydroxyl groups in the B side is greater than 1.5:1. at least one of a polyurethane prepolymer and a diisocyanate present in the A side in an amount from 70% to 90% by weight of the A side composition; at least one polyol present in the B side in an amount from 93% to 97% by weight of the B side composition; at least one catalyst present in the B side in an amount from 0.5% to 5% by weight of the B side composition; at least one blowing agent present in an amount from 0.25% to 3% of the B side composition, and at least one adhesion promoter present in at least one of the A side composition and the B side composition in an amount from 10% to 30% by weight of the two-part adhesive, and wherein a ratio of isocyanate groups in the A side to hydroxyl groups in the B side is greater than 1.5:1.
A tubular device for performing a medical procedure, comprising: an elongate tubular member comprising a proximal end, a distal end sized for introduction into a patient's body, and a lumen extending between the proximal and distal ends; an expandable member on the distal end comprising an outer impermeable membrane with an inner surface surrounding a substantially enclosed interior space; and a fiber network within the interior space coupled to the inner surface and configured to limit expansion of the membrane when inflation media is directed into the interior space from the lumen to expand the membrane to an expanded configuration, characterized in that the fiber network comprises a plurality of fibers comprising opposite ends coupled to the inner surface such that intermediate regions of the fibers extend at least partially across the interior space and the fibers limit the membrane to adopting a non-circular or non-cylindrical shape in the expanded configuration. an expandable member on the distal end comprising an outer impermeable membrane with an inner surface surrounding a substantially enclosed interior space; and a fiber network within the interior space coupled to the inner surface and configured to limit expansion of the membrane when inflation media is directed into the interior space from the lumen to expand the membrane to an expanded configuration, characterized in that the fiber network comprises a plurality of fibers comprising opposite ends coupled to the inner surface such that intermediate regions of the fibers extend at least partially across the interior space and the fibers limit the membrane to adopting a non-circular or non-cylindrical shape in the expanded configuration.
A publicity device for affixing a banner to a pre-existing road sign fixed to the ground, the banner developing in a vertical direction and thus extraneous to the device, the publicity device comprising at least one first and at least one second structural unit (15, 20), coupleable with a locking fixed directly to a pole of the road sign, and uncoupleable therefrom, independently of each other, where at least one is coupleable to a locking fixed to the pole in one point (2a, 2b) varying according to the dimension of the banner, each structural unit being provided with means for coupling (25a, 25b) to the banner, which are active both in said coupled condition, wherein the banner is in traction, and in said uncoupled condition of the structural units (15, 20) where traction of the banner therebetween is absent; the banner comprising at least one pair of eyelets, parallel and spaced apart from each other, and the coupling means of each structural unit comprising at least one rod, transverse to said vertical direction, which is insertable into one of said eyelets, coupleable and uncoupleable from the remaining part (30a, 30b) of the structural unit, where the rod is stably coupleable to said remaining part (30a, 30b) in the absence of traction of the banner by means of a removable tilting pin, wherein at least one structural unit comprises pole tightening means (50,51), the structural units (15,20) being disjointed from each other and freely movable with respect to each other, being locked, one to the other, only through a tightening to the pole.
A method performed by an electronic circuit comprising inputs connected to a photovoltaic panel, wherein outputs of the electronic circuit connect to a photovoltaic string, the method comprising: sensing, by a controller of the electronic circuit, a condition indicating one or more of: a ground fault in the electronic circuit or photovoltaic panel; or an arcing within the photovoltaic string; responsive to sensing the condition, opening, by the controller, a first switch connected between one of the inputs of the electronic circuit and one of the outputs of the electronic circuit in order to disconnect the photovoltaic panel from the photovoltaic string; and activating, by a second controller, a bypass circuit connecting the outputs of the electronic circuit in order to provide a low resistance path between the outputs of the electronic circuit for a current flowing through the photovoltaic string, wherein the bypass circuit comprises a first node connected to the second controller, a second switch, a third switch, a zener diode (Zl), and a charge storage device (Cl), a second node connected to the second switch, and a third node connected to the third switch, the zener diode (Zl), and a diode that is also connected to the charge storage device (Cl), and the charge storage device (Cl) is operable to provide voltage (Vlogic), from the current flowing through the photovoltaic string, to the second controller. sensing, by a controller of the electronic circuit, a condition indicating one or more of: a ground fault in the electronic circuit or photovoltaic panel; or an arcing within the photovoltaic string; a ground fault in the electronic circuit or photovoltaic panel; or an arcing within the photovoltaic string; responsive to sensing the condition, opening, by the controller, a first switch connected between one of the inputs of the electronic circuit and one of the outputs of the electronic circuit in order to disconnect the photovoltaic panel from the photovoltaic string; and activating, by a second controller, a bypass circuit connecting the outputs of the electronic circuit in order to provide a low resistance path between the outputs of the electronic circuit for a current flowing through the photovoltaic string, wherein the bypass circuit comprises a first node connected to the second controller, a second switch, a third switch, a zener diode (Zl), and a charge storage device (Cl), a second node connected to the second switch, and a third node connected to the third switch, the zener diode (Zl), and a diode that is also connected to the charge storage device (Cl), and the charge storage device (Cl) is operable to provide voltage (Vlogic), from the current flowing through the photovoltaic string, to the second controller.
A Device to Device, D2D, service authorization method, characterized by comprising: determining, by a home near field communication server, a Public Land Mobile Network, PLMN, list needed to be further authorized, wherein determining, by the home near field communication server, the PLMN list needed to be further authorized comprises: performing, by the home near field communication server, intersection processing on a local PLMN list and a PLMN list permitting conditional D2D authorization in user subscription information; determining, by the home near field communication server, a near field wireless communication server address deployed in each PLMN in the PLMN list needed to be further authorized; sending, by the home near field communication server, an authorization request to a near field wireless communication server indicated by the near field communication server address; receiving, by the home near field communication server, a response message of the authorization request, wherein the response message carries D2D service authorization information of the PLMN to the user equipment, and the D2D service authorization information is used for indicating whether the PLMN permits D2D service authorization to the user equipment, and generating an authorized PLMN list according to the response message, wherein the authorized PLMN list comprises PLMNs permitting the D2D service authorization to the user equipment in the response message; and sending, by the home near field communication server, the generated and authorized PLMN list to the user equipment. determining, by a home near field communication server, a Public Land Mobile Network, PLMN, list needed to be further authorized, wherein determining, by the home near field communication server, the PLMN list needed to be further authorized comprises: performing, by the home near field communication server, intersection processing on a local PLMN list and a PLMN list permitting conditional D2D authorization in user subscription information; determining, by the home near field communication server, a near field wireless communication server address deployed in each PLMN in the PLMN list needed to be further authorized; sending, by the home near field communication server, an authorization request to a near field wireless communication server indicated by the near field communication server address; receiving, by the home near field communication server, a response message of the authorization request, wherein the response message carries D2D service authorization information of the PLMN to the user equipment, and the D2D service authorization information is used for indicating whether the PLMN permits D2D service authorization to the user equipment, and generating an authorized PLMN list according to the response message, wherein the authorized PLMN list comprises PLMNs permitting the D2D service authorization to the user equipment in the response message; and sending, by the home near field communication server, the generated and authorized PLMN list to the user equipment.
Control apparatus for driving a laser diode, comprising: - an output terminal for connecting the laser diode, - a regulation device with a terminal for generating an output voltage, - a detector device configured to determine an actual level of a diode current of the laser diode as a regulation variable, said diode current flowing through the laser diode when the laser diode is connected depending on the output voltage and an operating state of the laser diode, when the regulation device provides the output voltage at the terminal and the laser diode is connected to the output terminal, - a computer device for providing a control signal for the regulation device, wherein the computer device provides the control signal independently of the regulation variable and the control signal specifies a target level of the diode current of the laser diode, - wherein the regulation device is configured in such a way that it generates a level of the output voltage depending on the control signal and the determined regulation variable, - wherein the detector device is arranged between the output terminal and the regulation device, - wherein the control apparatus is configured in such a way that the generation of the diode current is interrupted if the level of the diode current exceeds a threshold value. - an output terminal for connecting the laser diode, - a regulation device with a terminal for generating an output voltage, - a detector device configured to determine an actual level of a diode current of the laser diode as a regulation variable, said diode current flowing through the laser diode when the laser diode is connected depending on the output voltage and an operating state of the laser diode, when the regulation device provides the output voltage at the terminal and the laser diode is connected to the output terminal, - a computer device for providing a control signal for the regulation device, wherein the computer device provides the control signal independently of the regulation variable and the control signal specifies a target level of the diode current of the laser diode, - wherein the regulation device is configured in such a way that it generates a level of the output voltage depending on the control signal and the determined regulation variable, - wherein the detector device is arranged between the output terminal and the regulation device, - wherein the control apparatus is configured in such a way that the generation of the diode current is interrupted if the level of the diode current exceeds a threshold value.
A system for measurement of antenna alignment of an array antenna system used for wireless communication, the array antenna system having an antenna position ( r AAS) relative a first coordinate system and comprising a control unit and an array antenna having an antenna aperture plane, a certain coverage and an initial array antenna orientation ( Ω → AAS 0), the array antenna further comprising a plurality of antenna elements and at least two antenna ports (7, 8, 9, 10), each antenna port (7, 8, 9, 10) being connected to a corresponding subarray (11, 12, 13, 14), each subarray (11, 12, 13, 14) comprising at least one antenna element, the system comprising the array antenna system and an unmanned aerial vehicle, UAV, arranged to be deployed in the coverage and comprising a UAV antenna arrangement and a positioning module that is adapted to provide UAV position information ( r UAV) relative the first coordinate system, wherein, in at least one UAV position ( r UAV), the UAV is adapted to transmit a UAV signal to the array antenna by means of the UAV antenna arrangement, the UAV signal comprising the UAV position information ( r UAV), where the control unit is adapted to detect signals corresponding to the received UAV signal at the antenna ports (7, 8, 9, 10), and to determine a determined array antenna orientation ( Ω AAS) by means of determined phase differences between the detected signals, the antenna position ( r AAS), the initial array antenna orientation ( Ω → AAS 0) and the UAV position information ( r UAV).
A method in a computer system having a display system displaying desktop content and having a defined interaction area on the display system in which the user interacts with the computer system, the method for relocating the desktop content on the display system, the method comprising; detecting a reposition action indicating that the desktop content is to be repositioned with respect to the interaction area; determining whether an object displayed in the interaction area is held during the reposition action; if an object is held, temporarily fxing the held object at its current location in the interaction area; repositioning the desktop content according to the detected reposition action, such that a portion of the desktop content previously outside of the interaction area is now located within the interaction area; displaying the desktop content falling outside of the interaction area according to an available display area; releasing the held object, whereby the held object remains fixed with respect to the interaction area; and ending the reposition action.
A drilling system, comprising: a plurality of robotic drilling units mounted in an array, each drilling unit having a drilling unit base configured for positioning inside a barrel section, which barrel section is an engine inlet inner barrel section configured as a composite sandwich structure having an inner face sheet; each one of the robotic drilling units having a drill end effector configured for positioning inside said barrel section; and the robotic drilling units configured to be simultaneously operable in synchronized movement with one another for simultaneously drilling a plurality of perforations into the inner face sheet using drill end effectors configured to provide a predetermined percent-open-area of the inner face sheet; wherein: the robotic drilling units are configured to index a hole pattern of perforations to one or more cell walls of a honeycomb core of the composite sandwich structure and the robotic drilling units are configured to form the hole pattern in the inner face sheet such that the perforations are located at a spaced distance from the cell walls of the honeycomb core. a plurality of robotic drilling units mounted in an array, each drilling unit having a drilling unit base configured for positioning inside a barrel section, which barrel section is an engine inlet inner barrel section configured as a composite sandwich structure having an inner face sheet; each one of the robotic drilling units having a drill end effector configured for positioning inside said barrel section; and the robotic drilling units configured to be simultaneously operable in synchronized movement with one another for simultaneously drilling a plurality of perforations into the inner face sheet using drill end effectors configured to provide a predetermined percent-open-area of the inner face sheet;
A method for configuring a communication gap, comprising: receiving, by a Base Station, BS, a request for a communication gap at an inter-UE interface sent by a User Equipment, UE; and informing the UE by the BS according to the request for the communication gap at the inter-UE interface, of an interface communication gap configuration, wherein the UE configures the communication gap at the inter-UE interface according to the interface communication gap configuration, and the UE communicates based on the communication gap configured; the method characterized in that it further comprises: in response to that the UE is in random access or a measurement gap, setting a second priority of communication via an interface Uu to be higher than a first priority of communication via the inter-UE interface; and in that the request for the communication gap at the inter-UE interface comprises information on a location of an interface communication gap sub-frame, the interface communication gap sub-frame is for communication between interfaces, and the information on the location of the interface communication gap sub-frame is indicated by a gap cycle, and a bitmap. receiving, by a Base Station, BS, a request for a communication gap at an inter-UE interface sent by a User Equipment, UE; and informing the UE by the BS according to the request for the communication gap at the inter-UE interface, of an interface communication gap configuration, wherein the UE configures the communication gap at the inter-UE interface according to the interface communication gap configuration, and the UE communicates based on the communication gap configured; the method characterized in that it further comprises: in response to that the UE is in random access or a measurement gap, setting a second priority of communication via an interface Uu to be higher than a first priority of communication via the inter-UE interface; and in that the request for the communication gap at the inter-UE interface comprises information on a location of an interface communication gap sub-frame, the interface communication gap sub-frame is for communication between interfaces, and the information on the location of the interface communication gap sub-frame is indicated by a gap cycle, and a bitmap.
An implantable medical device, comprising: a sensor configured to produce an intraventricular signal that includes an atrial mechanical event signal attendant to atrial mechanical systole; a sensing circuit configured to sense ventricular events; a memory configured to store atrial arrhythmia episode data; and a control circuit coupled to the sensor, the sensing circuit, and the memory, the control circuit configured to: determine a first atrial arrhythmia score from the ventricular events sensed by the sensing circuit, the first atrial arrhythmia score correlated to a presence of atrial arrhythmia; determine a second atrial arrhythmia score from the intraventricular signal based on the atrial mechanical event signals; detect an atrial arrhythmia based on the first atrial arrhythmia score and the second atrial arrhythmia score; and update the atrial arrhythmia episode data stored in the memory in response to detecting the atrial arrhythmia, the update including an indication of the detected atrial arrhythmia. a sensor configured to produce an intraventricular signal that includes an atrial mechanical event signal attendant to atrial mechanical systole; a sensing circuit configured to sense ventricular events; a memory configured to store atrial arrhythmia episode data; and a control circuit coupled to the sensor, the sensing circuit, and the memory, the control circuit configured to: determine a first atrial arrhythmia score from the ventricular events sensed by the sensing circuit, the first atrial arrhythmia score correlated to a presence of atrial arrhythmia; determine a second atrial arrhythmia score from the intraventricular signal based on the atrial mechanical event signals; detect an atrial arrhythmia based on the first atrial arrhythmia score and the second atrial arrhythmia score; and update the atrial arrhythmia episode data stored in the memory in response to detecting the atrial arrhythmia, the update including an indication of the detected atrial arrhythmia. determine a first atrial arrhythmia score from the ventricular events sensed by the sensing circuit, the first atrial arrhythmia score correlated to a presence of atrial arrhythmia; determine a second atrial arrhythmia score from the intraventricular signal based on the atrial mechanical event signals; detect an atrial arrhythmia based on the first atrial arrhythmia score and the second atrial arrhythmia score; and update the atrial arrhythmia episode data stored in the memory in response to detecting the atrial arrhythmia, the update including an indication of the detected atrial arrhythmia.
A method for improved engine operation comprising starting an engine of a motor vehicle having a high voltage belt integrated starter-generator and a low voltage starter motor the method comprising using the high voltage belt integrated starter-generator to crank the engine whenever it is able to effectively crank the engine characterised in that, if after starting of the engine, it is required to light-off one or more exhaust aftertreatment devices, the high voltage belt integrated starter-generator is used as a generator so as to load the engine by operating the belt integrated starter-generator at or close to its maximum output level to increase the temperature of the exhaust gas from the engine until it is no longer required to further increase the temperature of the exhaust gas provided that the high voltage belt integrated starter-generator is only used as a generator if the state of charge of a battery charged by the high voltage belt integrated starter-generator is below a predefined upper charging limit and that, if after starting of the engine torque assist is required and there is no requirement to light-off one or more exhaust aftertreatment devices, the high voltage belt integrated starter-generator is used as a motor to provide the torque assist to the engine.
An industrial truck with an electric drive and a traction battery for supplying at least the electric drive and with a battery management device electrically connected to the traction battery, characterized in that the battery management device is configured to detect an interruption of the electrical connection to the traction battery and, in the case of such an interruption, to output or provide an interruption notification.