mhurhangee/ep-ind-claims huggingface dataset:
Air duct for supplying ambient air in an aircraft, comprising: - an air inlet, - an aircraft outer skin portion surrounding the air inlet - a flow duct portion extending downstream of the air inlet, - a feed device that is devised to feed ambient air through the air inlet and the flow duct portion, and - a flow control flap that in a first position closes the air inlet, in a second position releases a first flow cross section of the air inlet and in a third position releases a second flow cross section that is larger than the first flow cross section, characterized in that the flow control flap is so designed and disposed that a first surface portion of the flow control flap in the second position of the flow control flap is aligned in the region of the air inlet substantially in one plane and substantially flush with the aircraft outer skin portion surrounding the air inlet, and in that the first surface portion of the flow control flap in the third position of the flow control flap is aligned in the region of the air inlet at an angle to the aircraft outer skin portion surrounding the air inlet. - an air inlet, - an aircraft outer skin portion surrounding the air inlet - a flow duct portion extending downstream of the air inlet, - a feed device that is devised to feed ambient air through the air inlet and the flow duct portion, and - a flow control flap that in a first position closes the air inlet, in a second position releases a first flow cross section of the air inlet and in a third position releases a second flow cross section that is larger than the first flow cross section,
A pump comprising: a pump unit configured to draw in and discharge liquid; a motor unit including a rotatable rotor having a magnet, and a stator having a hollow stator core placed opposite to the magnet, the hollow stator core having a coil placed therein; a controller configured to drive the motor unit by controlling energization of the coil; and a holder configured to hold a first conductive wire for supplying power to the controller and a plurality of second conductive wires for sending control signals to the controller, wherein the holder includes: a first hole for the first conductive wire to be inserted therein, and a plurality of second holes for the plurality of second conductive wires to be inserted therein, the first and second holes being arranged in parallel; a first insulating portion provided between the first hole and the second hole next to the first hole, and a second insulating portion provided between the second holes next to each other, a distance between the first hole and the second hole next to the first hole is larger than a distance between the plurality of second holes, and a width of the first insulating portion is larger than a width of the second insulating portion in a parallel arrangement direction of the first and second holes. a pump unit configured to draw in and discharge liquid; a motor unit including a rotatable rotor having a magnet, and a stator having a hollow stator core placed opposite to the magnet, the hollow stator core having a coil placed therein; a controller configured to drive the motor unit by controlling energization of the coil; and a holder configured to hold a first conductive wire for supplying power to the controller and a plurality of second conductive wires for sending control signals to the controller, wherein the holder includes: a first hole for the first conductive wire to be inserted therein, and a plurality of second holes for the plurality of second conductive wires to be inserted therein, the first and second holes being arranged in parallel; a first insulating portion provided between the first hole and the second hole next to the first hole, and a second insulating portion provided between the second holes next to each other, a first hole for the first conductive wire to be inserted therein, and a plurality of second holes for the plurality of second conductive wires to be inserted therein, the first and second holes being arranged in parallel; a first insulating portion provided between the first hole and the second hole next to the first hole, and a second insulating portion provided between the second holes next to each other, a distance between the first hole and the second hole next to the first hole is larger than a distance between the plurality of second holes, and a width of the first insulating portion is larger than a width of the second insulating portion in a parallel arrangement direction of the first and second holes.
A controller for an autonomous or semi-autonomous vehicle, wherein the controller comprises a constrained nonlinear model predictive controller and is configured to use an a priori process model in combination with a learned behavioral model and a learned disturbance model, which are encoded within layers of a deep neural network, wherein the behavioral model is responsible for estimating a behavior of a controlled system in different operating conditions and for calculating a desired trajectory of the autonomous or semi-autonomous vehicle for the constrained nonlinear model predictive controller, the constrained nonlinear model predictive controller being configured to provide control outputs for the autonomous or semi-autonomous vehicle based on a sequence of desired states over a given time horizon by finding a set of control actions which optimize a behavior of the autonomous or semi-autonomous vehicle over the given time horizon for a given cost function, while satisfying constraints related to lower and upper cross-track error bounds and lower and upper bounds for actions and rates of change of actuators, and wherein the disturbance model is used for compensating disturbances.
An information processing method for displaying a service completion status, the method comprising: displaying a plurality of service items as respective input fields in a service operation interface, said plurality of service items including a plurality of mandatory service items; determining the total number of mandatory service items displayed in the service operation interface; determining the number of completed mandatory service items; displaying a counting unit at a predetermined position in the service operation interface, wherein the counting unit shows i) the determined total number of mandatory service items and ii) the determined number of completed mandatory service items; setting an operation status of a designated operation button displayed in the service operation interface based on mandatory service item completion information currently displayed by the counting unit; activating the designated operation button displayed in the service operation interface when the determined number of completed mandatory service items in the counting unit is equal to the total number of mandatory service items displayed; characterized by: changing a value of a current transparency of the operation button based on i) the determined number of completed mandatory service items and ii) a predetermined transparency value changing rule, wherein a) each time that a mandatory service item is completed the transparency of the operation button decreases by a predetermined percentage and b) the predetermined percentage is dependent on the total number of mandatory service items. displaying a plurality of service items as respective input fields in a service operation interface, said plurality of service items including a plurality of mandatory service items; determining the total number of mandatory service items displayed in the service operation interface; determining the number of completed mandatory service items; displaying a counting unit at a predetermined position in the service operation interface, wherein the counting unit shows i) the determined total number of mandatory service items and ii) the determined number of completed mandatory service items; setting an operation status of a designated operation button displayed in the service operation interface based on mandatory service item completion information currently displayed by the counting unit; activating the designated operation button displayed in the service operation interface when the determined number of completed mandatory service items in the counting unit is equal to the total number of mandatory service items displayed; characterized by: changing a value of a current transparency of the operation button based on i) the determined number of completed mandatory service items and ii) a predetermined transparency value changing rule, wherein a) each time that a mandatory service item is completed the transparency of the operation button decreases by a predetermined percentage and b) the predetermined percentage is dependent on the total number of mandatory service items.
A method for use in a station, the method comprising: receiving, from an access point, AP, a request to provide a beacon report (29; 32; 33), wherein the request comprises a scan mode field, a measurement duration field, a channel number field, a reporting condition field and a Threshold/Offset field, the reporting condition field comprising a reporting condition value representing a transmission condition for transmitting the beacon report; and transmitting, to the AP, the beacon report in response to satisfaction of the transmission condition based on the value of the Threshold/Offset field, when the reporting condition value is non-zero. receiving, from an access point, AP, a request to provide a beacon report (29; 32; 33), wherein the request comprises a scan mode field, a measurement duration field, a channel number field, a reporting condition field and a Threshold/Offset field, the reporting condition field comprising a reporting condition value representing a transmission condition for transmitting the beacon report; and transmitting, to the AP, the beacon report in response to satisfaction of the transmission condition based on the value of the Threshold/Offset field, when the reporting condition value is non-zero.
Cosmetic product application element, comprising: - a fabric provided for the application of the cosmetic product; - a plastic reinforcement, molded on the fabric, characterized in that the reinforcement comprises a closed contour portion, defining an inner surface wherein the fabric is extended therein, and in that the reinforcement comprises at least one branch, dividing the inner surface into at least two areas. - a fabric provided for the application of the cosmetic product; - a plastic reinforcement, molded on the fabric, characterized in that the reinforcement comprises a closed contour portion, defining an inner surface wherein the fabric is extended therein, and in that the reinforcement comprises at least one branch, dividing the inner surface into at least two areas.
A scattering-material dispensing system for vehicles, in particular rail vehicles, comprising a reservoir that can be filed with scattering material and a loosening element associated with the dispensing opening of the reservoir, and at least one dispensing line for the scattering material ending in the immediate vicinity of a gap between a wheel rim and a rail, wherein the loosening element is arranged upstream of a metering unit and a conveying element connected to the metering unit, wherein the conveying element is connected to a shut-off and supply-air valve and a dispensing line, wherein the metering unit consists of a screw conveyor arranged in a tubular housing (3.1), characterised in that the tubular housing (3.1) has a cross-section that tapers conically towards the outlet (3.2), and in that baffle plates (3.5) for producing a labyrinth are arranged between the blades (3.3) of the screw thread (3.4).
Light fitting of the type comprising: • a light generator; • first joining means for joining to a surface, wherein said light generator is joined to the surface by the first joining means and enveloping, at least partially, said light generator, • an anti-glare element; a channel whereon a base of the anti-glare element is disposed; • second joining means between the light generator and the anti-glare element; the second joining means being magnetic means; characterized in that the anti-glare element is, substantially, of an elastic material. • a light generator; • first joining means for joining to a surface, wherein said light generator is joined to the surface by the first joining means and enveloping, at least partially, said light generator, • an anti-glare element; a channel whereon a base of the anti-glare element is disposed; • second joining means between the light generator and the anti-glare element; the second joining means being magnetic means; characterized in that the anti-glare element is, substantially, of an elastic material.
A hearing aid comprising a hearing aid housing with a connector socket and an earpiece connector with a connector plug, and where the connector socket and the connector plug are configured such that the connector plug is releasably attached in the connector socket for connecting the connector to the hearing aid housing, and wherein the connector plug comprises a connector plug body having a separate deadbolt slidably arranged in the connector plug body, and wherein the connector plug comprises a spring configured for providing a spring force and the separate deadbolt comprises a release knob configured such that it allows that a user, by manipulating the release knob, can slide the separate deadbolt in a direction against the force of the spring; wherein the connector socket comprises a rear undercut arranged outside the rear end of the connector plug when it is attached in the connector socket, and where the separate deadbolt has one or more projections arranged such that it can be moved in the connector plug body between a retracted position where the one or more projections are retracted into the connector plug body and an extended position where the one or more projections extends from the rear end of the connector plug body and into engagement with the rear undercut in the connector socket.
A method for discarding messages during a congestion event, the method comprising: registering, with a routing node that routes Diameter message traffic, a traffic congestion policy for handling Diameter messages associated with an application during congestion; determining, by the routing node, a first congestion level associated with a congestion event; determining, by the routing node, message rates of incoming and/or outgoing messages associated with similar message priority values, wherein the message priority values are determined using the traffic congestion policy, wherein a first message priority value associated with a first message is determined using a message attribute in the first message and a path related congestion indicator associated with the first message, wherein the path related congestion indicator comprises a color -code value assigned by a network operator based on a path to be followed by the first message; and discarding, by the routing node, the first message associated with the application using the first message priority value, one or more of the message rates, wherein one of the message rates is a message rate of messages having the first message priority value, the first congestion level, and a message discard algorithm, wherein the message discard algorithm is determined using the traffic congestion policy. registering, with a routing node that routes Diameter message traffic, a traffic congestion policy for handling Diameter messages associated with an application during congestion; determining, by the routing node, a first congestion level associated with a congestion event; determining, by the routing node, message rates of incoming and/or outgoing messages associated with similar message priority values, wherein the message priority values are determined using the traffic congestion policy, wherein a first message priority value associated with a first message is determined using a message attribute in the first message and a path related congestion indicator associated with the first message, wherein the path related congestion indicator comprises a color -code value assigned by a network operator based on a path to be followed by the first message; and discarding, by the routing node, the first message associated with the application using the first message priority value, one or more of the message rates, wherein one of the message rates is a message rate of messages having the first message priority value, the first congestion level, and a message discard algorithm, wherein the message discard algorithm is determined using the traffic congestion policy.
A process of signing documents comprising the following steps: (a) generating a document identification from a digital copy (DOC DC) of a document to be signed by at least one signatory; (b) encoding the document identification into one or more watermarks (WM; WM SA; WM A); (c) producing a hard copy (DOC HC) of the document to be signed incorporating the one or more watermarks (WM; WM SA; WM A); (d) reading the one or more watermarks (WM; WM SA; WM A) provided on the hard copy (DOC HC) of the document using an optical reader device (ORD; 10); (e) decoding the document identification ( ENC) encoded into the one or more watermarks (WM; WM SA; WM A) read by the optical reader device (ORD; 10); (f) associating the hard copy (DOC HC) of the document to be signed to the digital copy (DOC DC) of the document to be signed based on the decoded document identification ( DEC); (g) signing of the hard copy (DOC HC) or the digital copy (DOC DC) of the document by the at least one signatory using a digital signing device (DSD; 10); (h) obtaining, based on authentication of the at least one signatory using the digital signing device (DSD; 10), signatory information (K SIG) unique to the at least one signatory using the digital signing device (DSD; 10); and (i) generating a digital signature of the digital copy (DOC DC) of the document based on the decoded document identification ( DEC) and the signatory information (K SIG), and applying the digital signature to the digital copy (DOC DC) of the document to produce a digitally signed copy (DOC SIG) of the document. (a) generating a document identification from a digital copy (DOC DC) of a document to be signed by at least one signatory; (b) encoding the document identification into one or more watermarks (WM; WM SA; WM A); (c) producing a hard copy (DOC HC) of the document to be signed incorporating the one or more watermarks (WM; WM SA; WM A); (d) reading the one or more watermarks (WM; WM SA; WM A) provided on the hard copy (DOC HC) of the document using an optical reader device (ORD; 10); (e) decoding the document identification ( ENC) encoded into the one or more watermarks (WM; WM SA; WM A) read by the optical reader device (ORD; 10); (f) associating the hard copy (DOC HC) of the document to be signed to the digital copy (DOC DC) of the document to be signed based on the decoded document identification ( DEC); (g) signing of the hard copy (DOC HC) or the digital copy (DOC DC) of the document by the at least one signatory using a digital signing device (DSD; 10); (h) obtaining, based on authentication of the at least one signatory using the digital signing device (DSD; 10), signatory information (K SIG) unique to the at least one signatory using the digital signing device (DSD; 10); and (i) generating a digital signature of the digital copy (DOC DC) of the document based on the decoded document identification ( DEC) and the signatory information (K SIG), and applying the digital signature to the digital copy (DOC DC) of the document to produce a digitally signed copy (DOC SIG) of the document.
Process for the purification of crude glycerol originating from renewable starting materials consisting of the following stages, successively and one after the others: (a) formation of a dioxolane by reaction between the crude glycerol and acetone; (b) separation of the dioxolane formed from the reaction medium by distillation; (c) reversion of the dioxolane in order to form glycerol and acetone; (d) recovery of the glycerol; characterized in that stage b) consists in carrying out, on one and the same distillation column, the distillation of the acetone, then an increase in the temperature in order to distil the water and then a further increase in the temperature in order to distil the dioxolane formed. (a) formation of a dioxolane by reaction between the crude glycerol and acetone; (b) separation of the dioxolane formed from the reaction medium by distillation; (c) reversion of the dioxolane in order to form glycerol and acetone; (d) recovery of the glycerol;
A method of performing uplink synchronization in a wireless communication system, the method comprising: transmitting a random access preamble from a user equipment UE (10,50) to a network; receiving at the UE (10,50) a random access response from the network, the random access response comprising a temporary UE identifier and a time alignment value for uplink synchronization with the network; starting a time alignment timer in the UE (10,50) responsive to receiving of the time alignment value; and determining whether contention resolution is successful between the UE (10,50) and the network; characterized by the step of: stopping the time alignment timer in the UE (10,50) if the contention resolution is not successful. transmitting a random access preamble from a user equipment UE (10,50) to a network; receiving at the UE (10,50) a random access response from the network, the random access response comprising a temporary UE identifier and a time alignment value for uplink synchronization with the network; starting a time alignment timer in the UE (10,50) responsive to receiving of the time alignment value; and determining whether contention resolution is successful between the UE (10,50) and the network; stopping the time alignment timer in the UE (10,50) if the contention resolution is not successful.
Cable traction aid for aligning a held cable in a pulling direction, comprising a housing and a handle part, wherein an eccentric having an eccentrically mounted clamping body is arranged on the housing in order, in a clamping position, to clamp the cable in a manner braced against the housing, characterized in that, in the clamping position, the handle part is arranged displaceably with respect to the housing between a working position and a warning position, and wherein, in the warning position, a warning signal is generated as soon as a defined force in the pulling direction is exceeded.
A surgical handpiece comprising: • a housing for receiving an insert; • an ultrasound piezoelectric transducer comprising a piezoelectric motor placed between a counterweight and a proximal end of an amplifier portion, the piezoelectric transducer being suitable for transmitting ultrasound waves from a distal end of said amplifier portion to said insert, the distal end being present in the housing; and • rotary drive means (202, 204, 208) present in said housing for driving in rotation said insert; the rotary drive means being movable independently of the ultrasound piezoelectric transducer, the surgical handpiece being characterized in that said ultrasound piezoelectric transducer is static relative to the handpiece. • a housing for receiving an insert; • an ultrasound piezoelectric transducer comprising a piezoelectric motor placed between a counterweight and a proximal end of an amplifier portion, the piezoelectric transducer being suitable for transmitting ultrasound waves from a distal end of said amplifier portion to said insert, the distal end being present in the housing; and • rotary drive means (202, 204, 208) present in said housing for driving in rotation said insert;