mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling an efficient and reliable manner for transfer of data via a network, said method comprising, at an apparatus: receiving a request for data from a device; enabling provision of information to a network stack, the information comprising content indicating a location of the requested data for direct access by the network stack and wherein the content indicating the location comprises data denoting that the location corresponds to a frame buffer associated with a display driver, in response to receipt of the request; and enabling, via a processor, provision of the requested data to a network driver, or enabling the network driver to retrieve the requested data, based at least in part on the indicated location of the requested data. receiving a request for data from a device; enabling provision of information to a network stack, the information comprising content indicating a location of the requested data for direct access by the network stack and wherein the content indicating the location comprises data denoting that the location corresponds to a frame buffer associated with a display driver, in response to receipt of the request; and enabling, via a processor, provision of the requested data to a network driver, or enabling the network driver to retrieve the requested data, based at least in part on the indicated location of the requested data.
Method for monitoring the communication on a communication bus, wherein the communication bus networks a number of electronic stations (51, 52, 53), wherein the communication bus is designed according to a variant of the family of CAN bus standards, accordingly Controller Area Network, wherein the messages transmitted via the communication bus are identified by an identifier, it being stipulated for each station (51, 52, 53) which messages can be sent by said station with which identifier, wherein an unambiguity rule prohibiting another station (52, 53) from sending a payload data message with an identifier that is already reserved for this station is observed, wherein in one or more or all of the electronic stations (51, 52, 53) there is provision for a monitoring module (18, 1518) that monitors whether a payload data message is sent on the communication bus by another station (52, 53) with an identifier that is reserved for its own station, and wherein if a CAN bus Remote Frame message with a message identifier that is reserved for the station is detected, the monitoring module (18, 1518) assumes no unauthorized bus access and no countermeasures are taken, characterized in that if the identifier of the received payload data message matches an entry in a transmission table then the monitoring module (18, 1518) establishes that there is unauthorized bus access and one or more of the following measures are performed as a countermeasure: • a warning is output to the vehicle driver using a visual, audible or haptic signal, • an alarm system is switched on, • a manipulation report is sent by radio to a central computer of the car manufacturer or of an authority or to a smartphone of the vehicle keeper, • the location, date and time of the manipulation event are stored in a memory, • the key that was used to switch on the vehicle is blocked. • a warning is output to the vehicle driver using a visual, audible or haptic signal, • an alarm system is switched on, • a manipulation report is sent by radio to a central computer of the car manufacturer or of an authority or to a smartphone of the vehicle keeper, • the location, date and time of the manipulation event are stored in a memory, • the key that was used to switch on the vehicle is blocked.
A tyre for vehicle wheels comprising: - a carcass structure, having opposite lateral edges associated with respective bead structures; - a belt structure applied in a radially outer position with respect to said carcass structure; - a tread band applied in radially outer position with respect to said belt structure; characterized in that said tread band comprises a crosslinked elastomeric material obtained by crosslinking a crosslinkable elastomeric composition, wherein said elastomeric composition comprises at least a random iso-styrene/trans-butadiene copolymer having a styrene content higher than 40% by weight with respect to the total weight of the copolymer. - a carcass structure, having opposite lateral edges associated with respective bead structures; - a belt structure applied in a radially outer position with respect to said carcass structure; - a tread band applied in radially outer position with respect to said belt structure;
A vascular access implant for connecting an intracorporeal blood circulation to an extracorporeal blood circulation, in particular for a fluidic connection to an extracorporeal blood treatment machine, comprising an arterial fluid line adapted to be permanently connected to an artery of a patient, comprising a venous fluid line adapted to be permanently connected to a vein of the patient, comprising a controllable artery-vein-connection between the arterial fluid line and the venous fluid line, which controls, in particular by means of a controllable valve, a fluid flow between the arterial fluid line and the venous fluid line, characterized by an arterial port which is adapted to protrude from a patient's skin and which is in fixed fluid connection with the arterial fluid line and is adapted, as an arterial access, to be able to be coupled to and decoupled from a first hose of the extracorporeal blood circulation, and a venous port which is adapted to protrude from a patient's skin, and which is in fixed fluid connection with the venous fluid line and is adapted, as a venous access, to be able to be coupled to and decoupled from a second hose of the extracorporeal blood circulation, wherein the arterial port comprises an arterial connecting lock which firmly connects to the first hose via an undercut structure in a form-fitting manner or via a magnetic or magnetizable structure in a force-fitting manner, and/or the venous port comprises a venous connecting lock which firmly connects to the second hose via an undercut structure in a form-fitting manner or via a magnetic or magnetizable structure in a force-fitting manner. comprising an arterial fluid line adapted to be permanently connected to an artery of a patient, comprising a venous fluid line adapted to be permanently connected to a vein of the patient, comprising a controllable artery-vein-connection between the arterial fluid line and the venous fluid line, which controls, in particular by means of a controllable valve, a fluid flow between the arterial fluid line and the venous fluid line, characterized by an arterial port which is adapted to protrude from a patient's skin and which is in fixed fluid connection with the arterial fluid line and is adapted, as an arterial access, to be able to be coupled to and decoupled from a first hose of the extracorporeal blood circulation, and a venous port which is adapted to protrude from a patient's skin, and which is in fixed fluid connection with the venous fluid line and is adapted, as a venous access, to be able to be coupled to and decoupled from a second hose of the extracorporeal blood circulation, wherein the arterial port comprises an arterial connecting lock which firmly connects to the first hose via an undercut structure in a form-fitting manner or via a magnetic or magnetizable structure in a force-fitting manner, and/or the venous port comprises a venous connecting lock which firmly connects to the second hose via an undercut structure in a form-fitting manner or via a magnetic or magnetizable structure in a force-fitting manner.
A fiber-reinforced resin molding material of a chopped fiber bundle impregnated with a matrix resin, having a layered structure including three or more layers in a thickness direction of the fiber-reinforced resin molding material and satisfying Formula 1 and Formula 3, wherein Lao and Tao are respectively a number average fiber length and a number-average fiber bundle thickness of a chopped fiber bundle [Ao] in an outermost layer, Lam and Tam are respectively a number average fiber length and a number-average fiber bundle thickness of a chopped fiber bundle [Am] in a middle layer, Lao > Lam, Tao > Tam, wherein the number average fiber length of chopped fiber bundles, the number average thickness of chopped fiber bundles and the number average width of chopped fiber bundles are determined as specified in the description.
An apparatus, comprising: a first waveguide (702, 702A, 920) having opposed planar input and output faces; a diffractive optical element, DOE, formed across the first waveguide (702, 702A, 920), said DOE for coupling a portion of the light passing through the waveguide (702, 702A, 920) into the waveguide (702, 702A, 920) and wherein the light coupled into the waveguide (702, 702A, 920) is directed via total internal reflection to an exit location on the waveguide (702, 702A, 920); and a light sensor (712, 712A, 932) having an input positioned adjacent the exit location of the first waveguide (702, 702A, 920) to capture light exiting therefrom and generating output signals corresponding thereto, wherein the angle and position of the light sensor with respect to the exit location of the first waveguide (702, 702A, 920) are movable and under the control of a processor (714, 934). a first waveguide (702, 702A, 920) having opposed planar input and output faces; a diffractive optical element, DOE, formed across the first waveguide (702, 702A, 920), said DOE for coupling a portion of the light passing through the waveguide (702, 702A, 920) into the waveguide (702, 702A, 920) and wherein the light coupled into the waveguide (702, 702A, 920) is directed via total internal reflection to an exit location on the waveguide (702, 702A, 920); and a light sensor (712, 712A, 932) having an input positioned adjacent the exit location of the first waveguide (702, 702A, 920) to capture light exiting therefrom and generating output signals corresponding thereto, wherein the angle and position of the light sensor with respect to the exit location of the first waveguide (702, 702A, 920) are movable and under the control of a processor (714, 934).
Transformer (100e1) comprising: - a magnetizable core; - at least one primary coil (120, 120-1..120-3) and at least one secondary coil (130, 130-1..130-3) provided around the magnetizable core; - a ground terminal for electrically connecting to an external ground terminal, and - a physical electrical ground node placed at a location within the transformer (100e1), wherein the physical electrical ground node is electrically connected to the ground terminal (PE, 199), characterised in that the transformer (100e1) further comprises: - at least two electrically-conductive loops (CL1..CL6) that are placed at different locations in the transformer (100e1) where a magnetic field may be built up during operational use, and - a switching circuit configured for sequentially, temporarily and selectively electrically coupling subsets of the electrically-conductive loops (CL1..CL6) with the physical electrical ground node in accordance with a certain sequence and pattern. - a magnetizable core; - at least one primary coil (120, 120-1..120-3) and at least one secondary coil (130, 130-1..130-3) provided around the magnetizable core; - a ground terminal for electrically connecting to an external ground terminal, and - a physical electrical ground node placed at a location within the transformer (100e1), wherein the physical electrical ground node is electrically connected to the ground terminal (PE, 199), - at least two electrically-conductive loops (CL1..CL6) that are placed at different locations in the transformer (100e1) where a magnetic field may be built up during operational use, and - a switching circuit configured for sequentially, temporarily and selectively electrically coupling subsets of the electrically-conductive loops (CL1..CL6) with the physical electrical ground node in accordance with a certain sequence and pattern.
A method of printing a 3-dimensional part, comprising: applying a first layer of thermoplastic polymer powder to a powder bed; applying a fusing agent to a first portion of the first layer; applying a detailing agent to a second portion of the first layer immediately adjacent to the first portion, wherein the detailing agent comprises a splash reducing compound comprising an infrared-absorbing dye, a polymeric binder, or combination thereof.; exposing the powder bed with electromagnetic energy sufficient to fuse the fusing agent with the thermoplastic polymer powder at the first portion; applying a second layer of thermoplastic polymer powder to the powder bed on top of the first layer; and applying detailing agent to the second portion of the thermoplastic polymer without substantial powder splash where the thermoplastic polymer powder is not fused. applying a first layer of thermoplastic polymer powder to a powder bed; applying a fusing agent to a first portion of the first layer; applying a detailing agent to a second portion of the first layer immediately adjacent to the first portion, wherein the detailing agent comprises a splash reducing compound comprising an infrared-absorbing dye, a polymeric binder, or combination thereof.; exposing the powder bed with electromagnetic energy sufficient to fuse the fusing agent with the thermoplastic polymer powder at the first portion; applying a second layer of thermoplastic polymer powder to the powder bed on top of the first layer; and applying detailing agent to the second portion of the thermoplastic polymer without substantial powder splash where the thermoplastic polymer powder is not fused.
A pneumatic-pressure-operated brake system for a trailer, in particular, for an agriculturally usable or used trailer, or for an agricultural work machine, in which trailer a trailer brake valve is provided for the brake-force-dependent specification of an actuating force of brake cylinders (38, 40) assigned to at least two wheels of a trailer axle or work machine axle, wherein an input control variable is manually specifiable for the load-dependent variation and/or throttling of a control pressure of the wheel brake cylinders (38, 40) by means of an adjustable, automatic load-dependent brake pressure regulator based on a load state of the trailer or of the agricultural work machine, characterised in that the manually adjustable, automatic load-dependent brake pressure regulator is provided upstream of the pneumatically actuated trailer brake valve, with the brake pressure regulator enabling a manually adjustable variation in the form of a staged or variable limitation of the control pressure provided as input control variable to the trailer brake valve.
An exhaust structure of an outboard motor in which exhaust gas from an engine is designed to pass through a lower unit, and pass through a propeller boss coupled to a propeller shaft to be discharged into water, the exhaust structure of the outboard motor comprising a front end portion of the propeller boss whose outside diameter (D 1) is set to be equal to or larger than an outside diameter (D 2) of a rear end portion of a gear case in the lower unit, characterized in that an outer peripheral portion of an end face of said front end portion of the propeller boss is formed by being inclined toward the rear end portion side of the gear case with respect to a direction orthogonal to an axis of rotation of propeller, and wherein said front end portion of the propeller boss is formed separately from a propeller boss main body, and is fixed by being fitted into a predetermined portion of the propeller boss main body.
A negative electrode active material for a lithium secondary battery, comprising: first negative electrode active material particles comprising artificial graphite particles and a carbon coating layer formed on the artificial graphite particle; and second negative electrode active material particles comprising natural graphite particles, wherein the first negative electrode active material particles have a larger average particle diameter D 50 than an average particle diameter D 50 of the second negative electrode active material particles, and a weight ratio of the first negative electrode active material particles to the second negative electrode active material particles is in a range of 70:30 to 95:5, wherein the average particle diameter D 50 is measured using a laser diffraction method. first negative electrode active material particles comprising artificial graphite particles and a carbon coating layer formed on the artificial graphite particle; and second negative electrode active material particles comprising natural graphite particles, wherein the first negative electrode active material particles have a larger average particle diameter D 50 than an average particle diameter D 50 of the second negative electrode active material particles, and a weight ratio of the first negative electrode active material particles to the second negative electrode active material particles is in a range of 70:30 to 95:5, wherein the average particle diameter D 50 is measured using a laser diffraction method.
A process allowing at least one semipolar layer of nitride N to be obtained, which layer is obtained from a least one among gallium, Ga, indium, In, and aluminum, Al, on a top surface of a single-crystal layer based on silicon or based on germanium, said process comprising the following steps: - etching, from the top surface of the single-crystal layer, a plurality of parallel grooves that mainly extend in a first direction, each groove comprising at least two opposite inclined facets (330, 331), at least one of said two opposite facets (330, 331) having a crystal orientation; - forming a mask on top of the top surface of the single-crystal layer such that the facets opposite said facets having a crystal orientation are masked and that said facets having a crystal orientation are not masked; and - epitaxial growth of said semipolar layer of nitride from said not masked facets; said etching being carried out on a stack comprising the single-crystal layer and at least one stop layer that is surmounted by the single-crystal layer, said etching engraving said single-crystal layer selectively with respect to said stop layer so that said etching stops on contact with said stop layer, characterized in that the single-crystal layer has a thickness smaller than or equal to 900 nm. - etching, from the top surface of the single-crystal layer, a plurality of parallel grooves that mainly extend in a first direction, each groove comprising at least two opposite inclined facets (330, 331), at least one of said two opposite facets (330, 331) having a crystal orientation; - forming a mask on top of the top surface of the single-crystal layer such that the facets opposite said facets having a crystal orientation are masked and that said facets having a crystal orientation are not masked; and - epitaxial growth of said semipolar layer of nitride from said not masked facets; said etching being carried out on a stack comprising the single-crystal layer and at least one stop layer that is surmounted by the single-crystal layer, said etching engraving said single-crystal layer selectively with respect to said stop layer so that said etching stops on contact with said stop layer, characterized in that the single-crystal layer has a thickness smaller than or equal to 900 nm.
A circuit breaker system, comprising: a module; a trolley for insertion into the module; a circuit breaker disposed on the trolley; a first moveable arm coupled to the trolley, to activate a breaker force trip unit in response to lifting of the first moveable arm; a second moveable arm pivotally coupled to the first moveable arm and the trolley; a threaded rod with a crank-receiving end to couple the circuit breaker with the module, characterized in a blocking arm to place the second movable arm into and out of an interlocked configuration, pivotally coupled to trolley; and wherein the blocking arm has inter-locking pins disposed therealong which interlock with interlocking slots disposed along the second moveable arm to place the second movable arm into and out of an interlocked configuration to block the second movable arm, whereas only when the breaker is open, the second moveable arm is liftable to reveal the crank-receiving end to move the circuit breaker and engage the circuit breaker with the module. a module; a trolley for insertion into the module; a circuit breaker disposed on the trolley; a first moveable arm coupled to the trolley, to activate a breaker force trip unit in response to lifting of the first moveable arm; a second moveable arm pivotally coupled to the first moveable arm and the trolley; a threaded rod with a crank-receiving end to couple the circuit breaker with the module, characterized in a circuit breaker disposed on the trolley; a first moveable arm coupled to the trolley, to activate a breaker force trip unit in response to lifting of the first moveable arm; a second moveable arm pivotally coupled to the first moveable arm and the trolley; a threaded rod with a crank-receiving end to couple the circuit breaker with the module, characterized in a blocking arm to place the second movable arm into and out of an interlocked configuration, pivotally coupled to trolley; and wherein the blocking arm has inter-locking pins disposed therealong which interlock with interlocking slots disposed along the second moveable arm to place the second movable arm into and out of an interlocked configuration to block the second movable arm, whereas only when the breaker is open, the second moveable arm is liftable to reveal the crank-receiving end to move the circuit breaker and engage the circuit breaker with the module.