mhurhangee/ep-ind-claims huggingface dataset:
A safety system comprising - a vehicle safety device for warning persons in traffic, having an antenna unit having at least a first antenna, a second antenna and a third antenna implemented to be mounted spaced apart from each other and in a predetermined spatial relationship to each other at predetermined positions on a vehicle to be safeguarded and each generating an electromagnetic field (16, 18, 20); and a control unit connected to the antenna unit, the control unit is implemented to define a warning zone for the vehicle, which is a subrange of at least one of the electromagnetic fields (16, 18, 20), such that a warning module can be within the radio range of all three antennas, but outside the warning zone, and to determine, by means of the antenna unit, whether a warning module matched to the antenna unit is located within the warning zone; and wherein the vehicle safety device is implemented to transmit a configuration of the warning zone to the warning module when it is located within range of the antenna unit; characterized in that the safety system further comprises - at least one warning module matched to the antenna unit of the vehicle safety device, wherein the warning module comprises a control unit and an antenna which cooperates with the antenna unit of the vehicle safety device and wherein the warning module is implemented to receive a signal and to output a warning signal when it is determined that the warning module is located within the warning zone. - a vehicle safety device for warning persons in traffic, having an antenna unit having at least a first antenna, a second antenna and a third antenna implemented to be mounted spaced apart from each other and in a predetermined spatial relationship to each other at predetermined positions on a vehicle to be safeguarded and each generating an electromagnetic field (16, 18, 20); and a control unit connected to the antenna unit, the control unit is implemented to define a warning zone for the vehicle, which is a subrange of at least one of the electromagnetic fields (16, 18, 20), such that a warning module can be within the radio range of all three antennas, but outside the warning zone, and to determine, by means of the antenna unit, whether a warning module matched to the antenna unit is located within the warning zone; and wherein the vehicle safety device is implemented to transmit a configuration of the warning zone to the warning module when it is located within range of the antenna unit; characterized in that the safety system further comprises - at least one warning module matched to the antenna unit of the vehicle safety device, wherein the warning module comprises a control unit and an antenna which cooperates with the antenna unit of the vehicle safety device and wherein the warning module is implemented to receive a signal and to output a warning signal when it is determined that the warning module is located within the warning zone.
A portable device comprising means for: determining that variations in a plurality of measured characteristics of a reference signal transmitted from an access point to the portable device have been detected, wherein the variations in the plurality of measured characteristics of the reference signal are indicative of movement of the portable device, wherein the plurality of measured characteristics of the reference signal comprises both reference signal received power, RSRP, and reference signal received quality RSRQ, and wherein a measure of each of the variations is above a threshold; in response to determining that variations in the plurality of measured characteristics have been detected, participating by the portable device in vehicle-to-portable device communications, wherein participating in vehicle-to portable device communications comprises at least one of: transmitting data packets for receipt by one or more vehicular user equipments, V-UEs, in the vicinity of the portable device, and enabling receipt of data packets transmitted by the one or more V-UEs in the vicinity of the portable device. determining that variations in a plurality of measured characteristics of a reference signal transmitted from an access point to the portable device have been detected, wherein the variations in the plurality of measured characteristics of the reference signal are indicative of movement of the portable device, wherein the plurality of measured characteristics of the reference signal comprises both reference signal received power, RSRP, and reference signal received quality RSRQ, and wherein a measure of each of the variations is above a threshold; in response to determining that variations in the plurality of measured characteristics have been detected, participating by the portable device in vehicle-to-portable device communications, wherein participating in vehicle-to portable device communications comprises at least one of: transmitting data packets for receipt by one or more vehicular user equipments, V-UEs, in the vicinity of the portable device, and enabling receipt of data packets transmitted by the one or more V-UEs in the vicinity of the portable device.
A device for printing on hollow bodies, having a segmented wheel and a device for sequentially feeding the hollow bodies to the periphery of the segmented wheel, wherein said device comprises at least a conveyor wheel and a mandrel wheel, wherein in the transport direction of the hollow bodies, first the conveyor wheel, then the mandrel wheel and thereafter the segmented wheel are arranged, wherein a plurality of driver elements is arranged on the periphery of the conveyor wheel, and a plurality of holding devices is arranged on the periphery of the mandrel wheel, each holding device being provided for receiving a hollow body, which is to be printed in cooperation with the segmented wheel, wherein the conveyor wheel has a suction apparatus for suctioning each hollow body to be supplied to the segmented wheel, wherein the suction apparatus has a suction pump, wherein the suction pump is switched on or off by a central control unit in dependence on the angular position (A; B) of the conveyor wheel and, when switched on, produces a negative pressure, wherein a hollow body which is to be conveyed to the mandrel wheel by the conveyor wheel and which is arranged on one of the driver elements of the conveyor wheel is held on the particular driver element of the conveyor wheel by the negative pressure in an angular range (ω) of the rotating conveyor wheel, characterized in that the drive of the conveyor wheel is configured as a position controlled motorized direct drive, wherein the angular range (ω) within which a hollow body to be conveyed by the conveyor wheel to the mandrel wheel is held on a driver element arranged on the circumference of the conveyor wheel, and/or an angular position, at which a hollow body to be conveyed by the conveyor wheel to the mandrel wheel is transferred by the conveyor wheel to the mandrel wheel is adjusted or at least can be adjusted in increments of 0.01 mm or less.
A method, comprising, at an encoder: coding a first portion of a video sequence according to a first coding protocol generating a coded video sequence therefrom, decoding the coded video sequence according to the first coding protocol, decoding the coded video sequence according to an alternate coding protocol, wherein the alternate coding protocol, if used at a receiving decoder, may cause a loss of decoder state synchronization between the encoder and the receiving decoder, comparing, at said encoder, decoding performance of the first coding protocol to decoding performance of the alternate coding protocol, transmitting, by said encoder, in a channel to the receiving decoder, coded video data representing the video sequence coded according to the first coding protocol, and an indicator of relative performance of the alternate coding protocol; in response to an indication from the receiving decoder that the decoder selected, based on the transmitted indicator of relative performance, to decode the video sequence according to the alternate coding protocol, estimating, at said encoder, a state of the receiving decoder based on said decoding of the coded video sequence according to the alternate coding protocol at said encoder, and thereafter, coding a new portion of the video sequence according to the first coding protocol using the estimated state. coding a first portion of a video sequence according to a first coding protocol generating a coded video sequence therefrom, decoding the coded video sequence according to the first coding protocol, decoding the coded video sequence according to an alternate coding protocol, wherein the alternate coding protocol, if used at a receiving decoder, may cause a loss of decoder state synchronization between the encoder and the receiving decoder, comparing, at said encoder, decoding performance of the first coding protocol to decoding performance of the alternate coding protocol, transmitting, by said encoder, in a channel to the receiving decoder, coded video data representing the video sequence coded according to the first coding protocol, and an indicator of relative performance of the alternate coding protocol; in response to an indication from the receiving decoder that the decoder selected, based on the transmitted indicator of relative performance, to decode the video sequence according to the alternate coding protocol, estimating, at said encoder, a state of the receiving decoder based on said decoding of the coded video sequence according to the alternate coding protocol at said encoder, and thereafter, coding a new portion of the video sequence according to the first coding protocol using the estimated state.
A method of directly joining a polymer to a metal along a joint interface through the formation of C-O-M chemical bonds, where M represents an element in the metal to be joined, the method comprising: heating the metal to a predetermined temperature above a glass transition temperature of the polymer and less than a flash ignition temperature of the polymer and less than a metal melting temperature of the metal; physically contacting at least a portion of a surface of the metal; applying compression pressure to the joint interface of the metal and the polymer when a temperature of the metal is above the glass transition temperature of the polymer and less than the flash ignition temperature of the polymer and less than the metal melting temperature of the metal, the step of applying compression pressure to the joint interface of the metal and the polymer generating intimate atomic contact between the metal and the polymer to create the joint interface comprising substantially C-O-M chemical bonds between the metal and the polymer; and reducing the temperature of the metal below the polymer melting temperature before 5% of the polymer has pyrolyzed. heating the metal to a predetermined temperature above a glass transition temperature of the polymer and less than a flash ignition temperature of the polymer and less than a metal melting temperature of the metal; physically contacting at least a portion of a surface of the metal; applying compression pressure to the joint interface of the metal and the polymer when a temperature of the metal is above the glass transition temperature of the polymer and less than the flash ignition temperature of the polymer and less than the metal melting temperature of the metal, the step of applying compression pressure to the joint interface of the metal and the polymer generating intimate atomic contact between the metal and the polymer to create the joint interface comprising substantially C-O-M chemical bonds between the metal and the polymer; and reducing the temperature of the metal below the polymer melting temperature before 5% of the polymer has pyrolyzed.
Device for conversion of current pulses into voltage pulses comprising: - an integrator circuit comprising a first capacitor (Cint) and a first resistor (Rp) placed in parallel between the output and the inverting input of an operational amplifier, said inverting input to said operational amplifier receiving said current pulses; - a delay line receiving said output (vout) from said integrator circuit and generating a delay (Δ); characterised in that said delay line comprises at least one memory cell, said memory cell comprising: - a second capacitor (Ce) and a second resistor (Re) mounted in parallel, the product of said first resistor (Rp) and said first capacitor (Cint) being equal to the product of said second resistor (Re) and said second capacitor (Ce); - a write switch connected to a first common node to the second capacitor and the second resistor, capable of charging the second capacitor from the output from the integrator circuit when it is conducting and memorising the voltage at the terminals of the capacitor when it is in high impedance; - a read switch connected to the first common node and capable of reading the voltage of this node when the read switch is conducting; the conversion device also comprising subtraction means to subtract the voltage memorised at the terminals of the capacitor at the output from the integrator circuit and provide the voltage difference thus obtained. - an integrator circuit comprising a first capacitor (Cint) and a first resistor (Rp) placed in parallel between the output and the inverting input of an operational amplifier, said inverting input to said operational amplifier receiving said current pulses; - a delay line receiving said output (vout) from said integrator circuit and generating a delay (Δ); characterised in that said delay line comprises at least one memory cell, said memory cell comprising: - a second capacitor (Ce) and a second resistor (Re) mounted in parallel, the product of said first resistor (Rp) and said first capacitor (Cint) being equal to the product of said second resistor (Re) and said second capacitor (Ce); - a write switch connected to a first common node to the second capacitor and the second resistor, capable of charging the second capacitor from the output from the integrator circuit when it is conducting and memorising the voltage at the terminals of the capacitor when it is in high impedance; - a read switch connected to the first common node and capable of reading the voltage of this node when the read switch is conducting;
A design system for a knitted fabric to perform design of a knitted fabric on a computer by specifying a gauge, which is numbers of stitches per predetermined length in a vertical direction and a horizontal direction of the knitted fabric to thereby decide knitting units corresponding to the gauge, converting a paper pattern of the knitted fabric to pattern data made up of the knitting units to display on a display means, and arraying, in said knitting units, knitting codes specifying knitting motions in a flat knitting machine, characterised in that the design system comprises: a different-gauge information setting means for setting different-gauge information regarding knitting with a gauge different from that of initial-gauge information set in designing the knitted fabric; a pattern data editing means for generating multiple-gauge pattern data having a plurality of knitting units different in gauge, based on the initial-gauge information and different-gauge information, and editing the multiple-gauge pattern data so that the knitting codes can be assigned to the respective knitting units in this multiple-gauge pattern data; a display processing means for causing the display means to display an edited state of the multiple-gauge pattern data; and a knitting program creating means for creating a knitting program of the knitted fabric, based on the knitting codes assigned to the respective knitting units of the multiple-gauge pattern data. a different-gauge information setting means for setting different-gauge information regarding knitting with a gauge different from that of initial-gauge information set in designing the knitted fabric; a pattern data editing means for generating multiple-gauge pattern data having a plurality of knitting units different in gauge, based on the initial-gauge information and different-gauge information, and editing the multiple-gauge pattern data so that the knitting codes can be assigned to the respective knitting units in this multiple-gauge pattern data; a display processing means for causing the display means to display an edited state of the multiple-gauge pattern data; and a knitting program creating means for creating a knitting program of the knitted fabric, based on the knitting codes assigned to the respective knitting units of the multiple-gauge pattern data.
Door storage compartment for a refrigeration appliance, in particular a domestic refrigeration appliance, having a box and a flap which can be positioned in front of an open front side of the box, wherein a first pivot axis (17; 18) of the flap can be moved on the box in a guided manner in the depth direction, characterised in that the flap has a second pivot axis (18; 17) which can moved on the box in a guide groove (9; 10).
Method (300, 400, 500) for checking the functional capability of a functional unit ( FE i) to be actuated in a signal system, preferably a light signal system, having the steps: - configuring a wireless data transmission connection between a test control device for actuating a central control unit of the signal system and the central control unit, - carrying the test control device along to the position of the functional unit ( FE i) to be checked in the signal system, - triggering a control function by actuating the test control device from the position of the functional unit ( FE i) to be actuated, wherein a control command for actuating the functional unit ( FE i) to be checked is transmitted wirelessly to the central control unit of the signal system, - monitoring at the position of the functional unit ( FE i) to be actuated whether the triggered control function is realised in the functional unit ( FE i) to be actuated. - configuring a wireless data transmission connection between a test control device for actuating a central control unit of the signal system and the central control unit, - carrying the test control device along to the position of the functional unit ( FE i) to be checked in the signal system, - triggering a control function by actuating the test control device from the position of the functional unit ( FE i) to be actuated, wherein a control command for actuating the functional unit ( FE i) to be checked is transmitted wirelessly to the central control unit of the signal system, - monitoring at the position of the functional unit ( FE i) to be actuated whether the triggered control function is realised in the functional unit ( FE i) to be actuated.
A consumer product comprising a detergent product and a container, the container comprising a box, a lid for the box, and a lock to maintain the lid in a closed position, the box comprising the detergent product, the box comprising a base, sidewalls and an opening provided in a top panel of the box opposite the base, the lid comprising a top and flanks, the top covering the opening and the flanks covering at least a specific portion of a specific sidewall of the sidewalls of the box when the lid is in the closed position, the lock comprising a specific actuator moveable from a locking position to an opening position by applying an actuation pressure onto the specific actuator when the lid is in the closed position, the specific actuator being connected to the specific portion of the specific sidewall, the flanks comprising a specific actuation area in a specific flank, the specific actuation area facing the specific actuator and permitting displacing the specific actuator from the locking position to the opening position by applying the actuation pressure at the specific actuation area when the lid is in the closed position, whereby the top panel of the box comprises at least a top panel section joining at least a part of the specific sidewall to at least a part of an opposite sidewall, the opposite sidewall being opposite to the specific sidewall, and whereby the specific actuation area defines a specific centroid, whereby the specific centroid is separated from the top of the lid by less than 5 cm and by more than 0.5 cm, whereby the specific centroid is separated from a distal end of the specific flank by more than 0.5 cm, whereby the top panel comprises a double layer, whereby the opening has a perimeter delimited by the top panel section, by an additional top panel section joining at least a part of the specific sidewall to at least a part of the opposite sidewall, by a specific connecting top panel section, and by an opposite connecting top panel section, the top panel section and the additional top panel section being connected by the specific connecting top panel section and by the opposite connecting top panel section, the opening being provided in both layers of the top panel.
A method, by a user equipment, UE, for transmitting uplink data through a preconfigured uplink resource, PUR, in a wireless communication system, the method comprising: receiving, from a base station, PUR configuration information for performing PUR transmission; and performing the PUR transmission for transmitting, to the base station, the uplink data based on the PUR configuration information, characterized in that based on a retransmission of the PUR transmission being performed and the UE being a long-term evolution machine-type communication coverage enhancement mode B UE, LTE MTC CE mode B UE, the method further comprising: performing the retransmission of the PUR transmission based on a configured maximum uplink transmission power. receiving, from a base station, PUR configuration information for performing PUR transmission; and performing the PUR transmission for transmitting, to the base station, the uplink data based on the PUR configuration information, characterized in that based on a retransmission of the PUR transmission being performed and the UE being a long-term evolution machine-type communication coverage enhancement mode B UE, LTE MTC CE mode B UE, the method further comprising: performing the retransmission of the PUR transmission based on a configured maximum uplink transmission power.
A lithographic method, comprising the steps of: illuminating a spatial light modulator, said spatial light modulator comprising at least one area array of individually switchable elements; projecting an image of said spatial light modulator on a photosensitive surface of a substrate; moving said image across said surface of said substrate; and, while said image is moving, switching said elements of said spatial light modulator, whereby a pixel on said photosensitive surface receives, in serial, doses of energy from multiple elements of said spatial light modulator, thus forming a latent image on said surface; characterised by blurring said image of said spatial light modulator, where said blurring enables controlled sub-pixel resolution feature edge placement. illuminating a spatial light modulator, said spatial light modulator comprising at least one area array of individually switchable elements; projecting an image of said spatial light modulator on a photosensitive surface of a substrate; moving said image across said surface of said substrate; and, while said image is moving, switching said elements of said spatial light modulator, whereby a pixel on said photosensitive surface receives, in serial, doses of energy from multiple elements of said spatial light modulator, thus forming a latent image on said surface; characterised by blurring said image of said spatial light modulator, where said blurring enables controlled sub-pixel resolution feature edge placement.