mhurhangee/ep-ind-claims huggingface dataset:
A method for bi-directional link margin establishment in a wireless embedded system, the wireless embedded system comprising a wireless end point WEP (101a-c, 102a-c) and a wireless access point WAP (103a, 103b), the method comprising: sending a first link margin exchange packet by the WEP (101a-c, 102a-c) to the WAP (103a, 103b); measuring by the WAP (103a, 103b) an uplink signal strength of the first link margin exchange packet; sending by the WAP (103a, 103b) to the WEP (101a-c, 102a-c) a second link margin exchange packet comprising the measured uplink signal strength of the first link margin exchange packet; measuring by the WEP (101a-c, 102a-c) a downlink signal strength of the second link margin exchange packet; calculating by the WEP (101a-c, 102a-c) an uplink link margin based on the uplink signal strength from the second link margin exchange packet; sending by the WEP (101a-c, 102a-c) to the WAP (103a, 103b) a third link margin exchange packet comprising the measured downlink signal strength of the second link margin exchange packet and the calculated uplink link margin; measuring by the WAP (103a, 103b) the uplink signal strength of the third link margin exchange packet; calculating by the WAP (103a, 103b) a downlink link margin based on the downlink signal strength from the third link margin exchange packet; and sending by the WAP (103a, 103b) to the WEP (101a-c, 102a-c) a fourth link margin exchange packet comprising the measured uplink signal strength of the third link margin exchange packet and the calculated downlink link margin. sending a first link margin exchange packet by the WEP (101a-c, 102a-c) to the WAP (103a, 103b); measuring by the WAP (103a, 103b) an uplink signal strength of the first link margin exchange packet; sending by the WAP (103a, 103b) to the WEP (101a-c, 102a-c) a second link margin exchange packet comprising the measured uplink signal strength of the first link margin exchange packet; measuring by the WEP (101a-c, 102a-c) a downlink signal strength of the second link margin exchange packet; calculating by the WEP (101a-c, 102a-c) an uplink link margin based on the uplink signal strength from the second link margin exchange packet; sending by the WEP (101a-c, 102a-c) to the WAP (103a, 103b) a third link margin exchange packet comprising the measured downlink signal strength of the second link margin exchange packet and the calculated uplink link margin; measuring by the WAP (103a, 103b) the uplink signal strength of the third link margin exchange packet; calculating by the WAP (103a, 103b) a downlink link margin based on the downlink signal strength from the third link margin exchange packet; and sending by the WAP (103a, 103b) to the WEP (101a-c, 102a-c) a fourth link margin exchange packet comprising the measured uplink signal strength of the third link margin exchange packet and the calculated downlink link margin.
. A safety device for an electric cutting tool, of the type comprising a cutting portion with a fixed blade and a movable blade, said tool having an element for the actuation of said movable blade and an electrically conducting handle, said movable blade being moved by motor means powered by a battery pack, characterized in that it comprises: - a microcontroller, connected to said battery pack, - an optical coupler, which is connected at one end to said microcontroller and at the other end to a voltage source and to said cutting portion, - a conducting glove, said voltage source being connected with one pole to said optical coupler and with another pole, across a resistor, to said handle. - a microcontroller, connected to said battery pack, - an optical coupler, which is connected at one end to said microcontroller and at the other end to a voltage source and to said cutting portion, - a conducting glove,
An assembly including a front hinge pillar of a motor vehicle, a bodywork element of said motor vehicle intended to be mounted on said front hinge pillar and a reinforcing device between said bodywork element and the front hinge pillar including a reinforcing section intended to be mounted respectively on the bodywork element and the front hinge pillar, the front hinge pillar having a bearing face designed to collaborate with said section, this bearing face running longitudinally along a longitudinal axis, characterized in that the reinforcing device further includes a system for adjusting the position of the reinforcing section relative to the bodywork element and to the front hinge pillar, this system including at least means (120, 130) designed to bring about a translational movement of the reinforcing section along said longitudinal axis of the front hinge pillar.
Method for producing a document card which can be inserted into a security document that is configured as a book, comprising the steps: providing a card body; introducing through-holes into the card body along a margin of the card body; provision of at least two tab strips (25, 26); arranging the card body between the at least two tab strips (25, 26), in such a manner that the through-holes are covered in each case on an upper face and a lower face of the card body, and the tab strips (25, 26) project beyond the margin of the card body; introducing of energy in the form of sound waves at the locations of the through-holes, in order to establish a connection between the at least two tab strips (25, 26), and thereby to connect the tab strips (25, 26) to the card body in positive fit. providing a card body; introducing through-holes into the card body along a margin of the card body; provision of at least two tab strips (25, 26); arranging the card body between the at least two tab strips (25, 26), in such a manner that the through-holes are covered in each case on an upper face and a lower face of the card body, and the tab strips (25, 26) project beyond the margin of the card body; introducing of energy in the form of sound waves at the locations of the through-holes, in order to establish a connection between the at least two tab strips (25, 26), and thereby to connect the tab strips (25, 26) to the card body in positive fit.
Cleaning device, more particularly for cleaning swimming pools and ornamental pools, having a casing, a casing base, with at least one suction opening (14, 15) arranged on the casing base, a pump (20, 21) connected to the suction opening and conveying fluid to be cleaned into the casing, an actuator for moving and at least one nozzle which is connected to a high-pressure water pump characterised in that a rotor is provided with an at least one arm arranged in a rotatable manner in the casing, and the end area of which has the nozzle directed at the bottom of the pool which has to be cleaned.
A phosphor-containing member, comprising: a transparent member (15, 52); and particles of a single crystal phosphor (41, 51) dispersed in the transparent member (15,52), wherein the single crystal phosphor has a composition represented by a compositional formula (Y 1-a-b Lu a Ce b) 3+c Al 5-c O 12 (where 0≤a≤0.9994, 0.0002≤b≤0.0067, -0.016≤c≤0.315), and CIE chromaticity coordinates x, y of an emission spectrum satisfy a relationship of -0.4377x + 0.7384≤y≤-0.4377x + 0.7504 when a peak wavelength of excitation light is 450nm and temperature is 25°C. a transparent member (15, 52); and particles of a single crystal phosphor (41, 51) dispersed in the transparent member (15,52), wherein the single crystal phosphor has a composition represented by a compositional formula (Y 1-a-b Lu a Ce b) 3+c Al 5-c O 12 (where 0≤a≤0.9994, 0.0002≤b≤0.0067, -0.016≤c≤0.315), and CIE chromaticity coordinates x, y of an emission spectrum satisfy a relationship of -0.4377x + 0.7384≤y≤-0.4377x + 0.7504 when a peak wavelength of excitation light is 450nm and temperature is 25°C.
A nozzle for cleaning-in-place of a vessel, comprising a nozzle body adapted to be connected to a wall of the vessel and defining an opening, and a nozzle insert contained within the nozzle body, the nozzle insert having an axial direction and being adapted to assume at least two distinct positions relative to the nozzle body, of which in a first position, the nozzle insert is retracted into the nozzle body and a front end of the nozzle insert is substantially flush with a front end of the nozzle body, and in a second position, the nozzle insert is advanced in said axial direction relative to the nozzle body and is adapted to protrude into the vessel, a plurality of apertures being exposed in said second position to allow distribution of a cleaning fluid, characterized in that said nozzle insert comprises at least two nozzle insert parts (15, 25), and that said nozzle insert parts (15, 25) are in mutual abutment in the first position and spaced from each other in a direction transverse to said axial direction in the second position to form at least one gap between adjacent nozzle insert parts (15, 25), said apertures being exposed in said gap.
Process for the sizing of an extruded plastic tube by means of a separator, comprising at least: a basket rotating around the axis of extrusion of the extruded tube with a rocker arm and bracket for a cutting device, as well as a cutting device fastened to it, with the rotating basket, when inoperative, remaining in a defined initial position and a battery connected to a charging station, with a cutting impulse triggering the following steps in the given order: - Disconnecting the battery from the charging station - Rotation of the basket around the axis of extrusion - Swinging in of the rocker arm towards the center axis of the tube by means of a servodrive until the set immersion depth is reached - Resetting the rocker arm to its initial position - Stopping the rotation of the basket - Resetting the basket into the defined initial position - Connecting the battery to the charging station a basket rotating around the axis of extrusion of the extruded tube with a rocker arm and bracket for a cutting device, as well as a cutting device fastened to it, with the rotating basket, when inoperative, remaining in a defined initial position and a battery connected to a charging station, with a cutting impulse triggering the following steps in the given order: - Disconnecting the battery from the charging station - Rotation of the basket around the axis of extrusion - Swinging in of the rocker arm towards the center axis of the tube by means of a servodrive until the set immersion depth is reached - Resetting the rocker arm to its initial position - Stopping the rotation of the basket - Resetting the basket into the defined initial position - Connecting the battery to the charging station - Disconnecting the battery from the charging station - Rotation of the basket around the axis of extrusion - Swinging in of the rocker arm towards the center axis of the tube by means of a servodrive until the set immersion depth is reached - Resetting the rocker arm to its initial position - Stopping the rotation of the basket - Resetting the basket into the defined initial position - Connecting the battery to the charging station
A needleless disposable injector having a housing, in which or on which - in each case at least in some regions - at least one mechanical spring energy reservoir is disposed, at least one cylinder-piston unit is mounted and disposed - which can at least occasionally be filled with active substance -, at least one piston-actuating ram is disposed and at least one trigger unit is disposed, wherein the spring energy reservoir comprises at least one pre-tensioned spring element, wherein at least a portion of the piston-actuating ram is positioned between the spring energy reservoir and the piston of the cylinder-piston unit, and wherein the spring-loaded piston-actuating ram comprises at least one tension bar which is transversely movable in at least some regions, which supports the tensioned spring energy reservoir on at least one bearing surface of the housing by means of a support section, characterized in that - in the trigger unit, at least one trigger element is mounted transversely to the centre line of the housing in a longitudinally displaceable manner such that when actuated, the support section is moved away from or is released from the bearing surface. - in the trigger unit, at least one trigger element is mounted transversely to the centre line of the housing in a longitudinally displaceable manner such that when actuated, the support section is moved away from or is released from the bearing surface.
A method to tune a wavelength of a coherent light signal emitted by a tunable laser, the tunable laser comprising: - a cavity, the cavity including: • a gain medium, • an optical tunable filter, • a first and a second mirrors (142, 143), one of which is partially reflective, wherein the optical tunable filter includes: • a first and a second electrodes, • a liquid crystal, the method comprising: - applying a voltage difference between the first and second electrodes to apply an electric field to the liquid crystal to change a refractive index of the liquid crystal by NEMOP effect; wherein applying a voltage difference includes: • applying the voltage difference for one or more driving time intervals, each driving time interval lasting less than 1 μs; and • varying the voltage difference applied between the first and second electrodes within each driving time interval so that a maximum applied voltage difference is reached and said maximum applied voltage is above 0.1 kV. - a cavity, the cavity including: • a gain medium, • an optical tunable filter, • a first and a second mirrors (142, 143), one of which is partially reflective, • a gain medium, • an optical tunable filter, • a first and a second mirrors (142, 143), one of which is partially reflective, • a first and a second electrodes, • a liquid crystal, - applying a voltage difference between the first and second electrodes to apply an electric field to the liquid crystal to change a refractive index of the liquid crystal by NEMOP effect; wherein applying a voltage difference includes: • applying the voltage difference for one or more driving time intervals, each driving time interval lasting less than 1 μs; and • varying the voltage difference applied between the first and second electrodes within each driving time interval so that a maximum applied voltage difference is reached and said maximum applied voltage is above 0.1 kV. • applying the voltage difference for one or more driving time intervals, each driving time interval lasting less than 1 μs; and • varying the voltage difference applied between the first and second electrodes within each driving time interval so that a maximum applied voltage difference is reached and said maximum applied voltage is above 0.1 kV.
A hinge arrangement for aiding the assembly or installation of roof windows, the hinge arrangement comprising a two-part hinge having: - a first component part of the hinge having an opening extending into a guide slot for receiving locating means being a locating finger, the opening extending into the guide slot for receiving initially the free end and subsequently the entire length of the locating finger and - a second component part of the hinge having the locating finger being pivotally mounted directly on the second component part of the hinge via a single pivot pin, the pivot pin extending from the second component part of the hinge means, said hinge arrangement being characterized by means (21, 22, 25) for releasably fixing the position of the locating finger relative to the second component part of the hinge, said means (21, 22, 25) for releasably fixing the position of the locating finger relative to the second component part of the hinge comprising brake means acting between the second component part of the hinge and the locating finger, the brake means being an aid only for the purpose of installation or assembly and releasably fixing the locating finger in an orientation which facilitates insertion of the locating finger in the opening of the first component part during installation. - a first component part of the hinge having an opening extending into a guide slot for receiving locating means being a locating finger, the opening extending into the guide slot for receiving initially the free end and subsequently the entire length of the locating finger and - a second component part of the hinge having the locating finger being pivotally mounted directly on the second component part of the hinge via a single pivot pin, the pivot pin extending from the second component part of the hinge means, said hinge arrangement being characterized by means (21, 22, 25) for releasably fixing the position of the locating finger relative to the second component part of the hinge, said means (21, 22, 25) for releasably fixing the position of the locating finger relative to the second component part of the hinge comprising brake means acting between the second component part of the hinge and the locating finger, the brake means being an aid only for the purpose of installation or assembly and releasably fixing the locating finger in an orientation which facilitates insertion of the locating finger in the opening of the first component part during installation.
A catalytic burner, in particular for a vehicle heating device, for the catalytically supported combustion of a fuel/combustion air mixture, comprising a mixing chamber, a combustion air feed device for feeding combustion air to the mixing chamber, a fuel feed device (28, 34) for feeding fuel to the mixing chamber, a catalyser arrangement downstream of the mixing chamber, with at least one catalyser unit (48, 50, 52, 70), through which the fuel/combustion air mixture can flow, wherein the fuel feed device (28, 34) comprises a porous evaporator arrangement receiving liquid fuel from a fuel feed line and releasing fuel vapour into the mixing chamber, wherein a burner housing with a circumferential wall defines a combustion chamber comprising at least one catalyser unit (48, 50, 52, 70), wherein a projection is provided at a bottom wall of the burner housing with a circumferential wall and a bottom wall arranged offset in relation to the bottom wall of the burner housing, in the direction of a longitudinal axis, wherein at least one part of the porous evaporator device is carried at the circumferential wall or/and the bottom wall of the projection, wherein an inner volume area of the projection forms at least a part of the mixing chamber, characterized in that at least one flow opening leading to the combustion chamber is provided in the circumferential wall of the projection and in that at least one part of the porous evaporator arrangement is provided at the circumferential wall or/and the bottom wall of the projection on a side facing away from the combustion chamber.
A machining tool, in particular for boring, drilling or reaming bore holes, comprising a base body rotatable about a rotary axis and movable in a feed direction along the rotary axis, at least one cutting element fixed on the base body and having a front cutting edge pointing in the feed direction, a flute assigned to the cutting element and formed by a recess in the base body, and a flute cover installed at the base body, which outwardly covers a chip removal area of the flute adjoining the cutting element, characterized in that the flute cover is formed as a molded part additively constructed from a powder material, and that a coolant channel which at least in sections runs in a spatially curved manner is passed through a wall portion of the flute cover.
A method of transmitting data by a communications device in a wireless communications network, the method comprising receiving an indication of one or more criteria for the communications device to transmit data in preconfigured resources of an uplink of a wireless access interface provided by the wireless communications network, performing a procedure to determine whether the communications device can transmit signals in the preconfigured resources of the uplink, the procedure comprising determining from the criteria indicating conditions for the communications device to transmit in the preconfigured resources whether the communications device satisfies the one or more criteria, and the procedure further comprising a transmission parameter confirmation procedure which confirms that a value of one or more transmission parameters indicated by the wireless communications network and to be used for transmitting signals representing the data can be used for the signals representing the data to be detected by an infrastructure equipment of the wireless communications network, and if the communications device determines that it can transmit signals in the preconfigured resources, transmitting the signals representing the data in the preconfigured resources. receiving an indication of one or more criteria for the communications device to transmit data in preconfigured resources of an uplink of a wireless access interface provided by the wireless communications network, performing a procedure to determine whether the communications device can transmit signals in the preconfigured resources of the uplink, the procedure comprising determining from the criteria indicating conditions for the communications device to transmit in the preconfigured resources whether the communications device satisfies the one or more criteria, and the procedure further comprising a transmission parameter confirmation procedure which confirms that a value of one or more transmission parameters indicated by the wireless communications network and to be used for transmitting signals representing the data can be used for the signals representing the data to be detected by an infrastructure equipment of the wireless communications network, and if the communications device determines that it can transmit signals in the preconfigured resources, transmitting the signals representing the data in the preconfigured resources.
Drain, such as a drain hole or drain channel, comprising: - a collecting container for collecting water, wherein the collecting container has an outflow on the underside; - a connecting part for connecting the outflow to an outlet pipe; wherein the connecting part is provided with a unidirectional passage for admitting water from outside of the collecting container inward into the connecting part; wherein the outflow of the collecting container is tubular and the connecting part has an opening on its upper side into which the tubular outflow protrudes characterized in that the unidirectional passage is a flexible collar; wherein the flexible collar is arranged in said upper side opening of the connecting part and wherein the tubular outflow protrudes through the flexible collar. - a collecting container for collecting water, wherein the collecting container has an outflow on the underside; - a connecting part for connecting the outflow to an outlet pipe;