mhurhangee/ep-ind-claims huggingface dataset:
A method for performing scanning by a station, STA, in a wireless communication system, the method comprising: transmitting a null data packet, NDP, probe request frame on a first channel, wherein the NDP probe request frame includes a Short Training Field, STF, a Long Training Field, LTF, and a Signal, SIG, field without a data field, and wherein the SIG field includes a compressed service set ID, SSID, field; and performing the scanning on the first channel, if a probe response frame in response to the NDP probe request frame is received from an access point, AP, on the first channel. transmitting a null data packet, NDP, probe request frame on a first channel, wherein the NDP probe request frame includes a Short Training Field, STF, a Long Training Field, LTF, and a Signal, SIG, field without a data field, and wherein the SIG field includes a compressed service set ID, SSID, field; and performing the scanning on the first channel, if a probe response frame in response to the NDP probe request frame is received from an access point, AP, on the first channel.
Apparatus for converting light into electrical energy for a satellite, comprising one or more clusters with one or a plurality of photovoltaic modules with individual serially switched photovoltaic cells, and further comprising a voltage converter, with exactly one voltage converter being allocated to each cluster, with the apparatus comprising several clusters, characterized in that the several clusters have different sizes, the voltage converter being arranged directly at a photovoltaic cell or integrated directly in a photovoltaic cell.
A lens for insertion into an eye of a patient through an incision, the eye having a retina, the lens comprising an optically transparent material having a first side disposed opposite a second side, the first side comprising an inner optical surface portion and an outer refractive surface portion, characterized in that the lens is a foldable lens, in that the optically transparent material is an optically transparent foldable material and in that the outer refractive surface portion comprises a first plurality of convexly curved refractive profile regions to converge light energy with refraction toward a focus on the retina and a second plurality of concavely curved refractive profile regions disposed between the first plurality to diverge the light energy away from the focus on the retina, such that visual artifacts such as ghost images, halos and diploplia can be inhibited substantially for both central and peripheral vision.
Air-conditioning assembly, in particular a cooling assembly, at least comprising a control cabinet having a support device with horizontally extending mounting strips (12, 14, 16, 18, 19), on the front of which support device, directed towards the control cabinet doors, electrical and/or electronic devices (2, 4, 6, 7, 9, 13, 15, 17) to be air-conditioned are arranged in tiers above and next to each other, wherein an air conveying device is provided, by means of which an air flow can be forced from top to bottom on the rear of the support device, and wherein partial air flows (42, 44, 46) of the air flow pass between vertically adjacent mounting strips (12, 14, 16, 18, 19) to the front of the mounting strips and to devices (2, 4, 6, 7, 9, 13, 15, 17) to be air-conditioned which are mounted on the front of said mounting strips, characterised in that a device which actively increases the flow velocity of the partial air flow concerned is provided at at least one selected point (41 or 43), which is spatially assigned to a device (1, 4, 17) to be air-conditioned, for targeted, area by area intensification of the air-conditioning effect; an electrically operable fan is provided as the respective device increasing the flow velocity; and the temperature sensors detecting the temperature of the surrounding zone of the selected devices (2, 4, 17) and a control device regulating the power of assigned fans as a function of the zone temperature detected are provided. a device which actively increases the flow velocity of the partial air flow concerned is provided at at least one selected point (41 or 43), which is spatially assigned to a device (1, 4, 17) to be air-conditioned, for targeted, area by area intensification of the air-conditioning effect; an electrically operable fan is provided as the respective device increasing the flow velocity; and the temperature sensors detecting the temperature of the surrounding zone of the selected devices (2, 4, 17) and a control device regulating the power of assigned fans as a function of the zone temperature detected are provided.
Rotor for an electric machine, the rotor comprising a first shaft journal, a second shaft journal, a laminated rotor core and a filler body, wherein - the filler body is cast onto the laminated rotor core, so that the laminated rotor core is mounted rotationally conjointly on the filler body, - the filler body is connected rotationally conjointly to the shaft journals (2, 3), so that a torque is transmitted from the shaft journals (2, 3) to the laminated rotor core, characterized in that - a cooling duct extends through the shaft journals (2, 3) and the filler body in an axial direction of the rotor, wherein - at least one of the shaft journals (2, 3) has an end plate (19, 20), which is arranged on the end side, for fastening to the filler body. - the filler body is cast onto the laminated rotor core, so that the laminated rotor core is mounted rotationally conjointly on the filler body, - the filler body is connected rotationally conjointly to the shaft journals (2, 3), so that a torque is transmitted from the shaft journals (2, 3) to the laminated rotor core, characterized in that - a cooling duct extends through the shaft journals (2, 3) and the filler body in an axial direction of the rotor, wherein - at least one of the shaft journals (2, 3) has an end plate (19, 20), which is arranged on the end side, for fastening to the filler body.
A fastenable device being releasably fastenable to an oral care implement and comprising a housing defined by a base portion and an opposing head portion and a body portion in between the base portion and the head portion, wherein the base portion comprises a first fastener in the form of a full ring integral to the housing defining a through-hole, and wherein the head portion further comprises a second fastener in the form of an open ring integral to the housing defining a snappable recess; wherein the fastenable device is characterized by further comprising a frequency generator housed in the housing and is electrically connected to an electrode pair disposed on the housing, for applying a voltage with at least two different frequencies between the electrode pair.
A cable securing sub-system for securing cables to a ladder rung in a thermally expanding and contracting system, the cable securing sub-system comprising: at least one cable grip arranged to be secured to the ladder rung, the at least one cable grip including a protective grommet for holding cables to the ladder rung, a metal plate and wire forms for securing the protective grommet to the metal plate, wherein the at least one cable grip is arranged to be installed around the cables and the ladder rung; wherein the protective grommet has a top member and side members, wherein the top member has a channel for receiving the wire form, and wherein the side members have a number of projections, the projections defining channels for maintaining the wire form when the cable grip is installed on the ladder rung; wherein the metal plate includes a main body with downwardly extending sides and a plurality of slots extending through the downwardly extending sides for maintaining the wire form when the cable grip is installed on the ladder rung; and wherein the metal plate further comprises a hole located at one corner of the metal plate for maintaining the wire form when the cable grip is installed on the ladder rung. at least one cable grip arranged to be secured to the ladder rung, the at least one cable grip including a protective grommet for holding cables to the ladder rung, a metal plate and wire forms for securing the protective grommet to the metal plate, wherein the at least one cable grip is arranged to be installed around the cables and the ladder rung; wherein the protective grommet has a top member and side members, wherein the top member has a channel for receiving the wire form, and wherein the side members have a number of projections, the projections defining channels for maintaining the wire form when the cable grip is installed on the ladder rung; wherein the metal plate includes a main body with downwardly extending sides and a plurality of slots extending through the downwardly extending sides for maintaining the wire form when the cable grip is installed on the ladder rung; and wherein the metal plate further comprises a hole located at one corner of the metal plate for maintaining the wire form when the cable grip is installed on the ladder rung.
Method for establishing a temporally subsequent voice connection of a user of a call centre facility to the call centre facility after a temporally preceding voice connection of the user to the call centre facility has been established and has ended, wherein the temporally subsequent voice connection relates to the temporally preceding voice connection, wherein the method comprises the following steps: - in a first step, the temporally preceding voice connection between the user and the call centre facility is established, - in a second step following the first step, the temporally preceding voice connection is ended, - in a third step following the second step, a text-oriented message is transmitted to the user, wherein the text-oriented message indicates the possibility of establishing the temporally subsequent voice connection which relates to the temporally preceding voice connection, - in a fourth step following the third step, the temporally subsequent voice connection is established, - in a fifth step following the third step and preceding the fourth step, the establishment of the temporally subsequent voice connection is initiated or at least requested, wherein in the fifth step, a voice connection of the user to the call centre facility is set up and ended and, in the following fourth step, the temporally subsequent voice connection is established by a call-back from the call centre facility to the user, wherein in the fifth step a time specification from the user for establishing the temporally subsequent voice connection is transmitted to the call centre facility, wherein the time specification comprises information that the user is available in one or more future time windows for the establishment of the temporally subsequent voice connection. - in a first step, the temporally preceding voice connection between the user and the call centre facility is established, - in a second step following the first step, the temporally preceding voice connection is ended, - in a third step following the second step, a text-oriented message is transmitted to the user, wherein the text-oriented message indicates the possibility of establishing the temporally subsequent voice connection which relates to the temporally preceding voice connection, - in a fourth step following the third step, the temporally subsequent voice connection is established, - in a fifth step following the third step and preceding the fourth step, the establishment of the temporally subsequent voice connection is initiated or at least requested, wherein in the fifth step, a voice connection of the user to the call centre facility is set up and ended and, in the following fourth step, the temporally subsequent voice connection is established by a call-back from the call centre facility to the user, wherein in the fifth step a time specification from the user for establishing the temporally subsequent voice connection is transmitted to the call centre facility, wherein the time specification comprises information that the user is available in one or more future time windows for the establishment of the temporally subsequent voice connection.
Stator for an electrical machine, comprising an annular stator main body which has radial stator teeth for receiving electrical coils, wherein an insulating lamination which insulates the coils, which are wound from winding wire, from the stator main body is arranged on a first end side of the stator main body, wherein conductor strips which have electrical, axially extending contact elements against which the winding wire is placed during winding of the coils are arranged in the insulating lamination, characterized in that a plurality of axially extending supporting tabs which support the winding wire in the radial direction are integrally formed at least on one conductor strip, wherein the supporting tabs are covered on their radial outer side by a plastic wall of the insulating lamination, which plastic wall is designed in the form of axial projections.
A multi-band phased array antenna, comprising: a backplane; a first array of first radiating elements mounted in front of a front surface of the backplane, the first radiating elements disposed in a first vertically-disposed column and configured to form a first antenna beam that points in a first direction; a second array of second radiating elements mounted in front of the front surface of the backplane, the second radiating elements disposed in a second vertically-disposed column and configured to form a second antenna beam that points in a second direction that is different than the first direction; a third array of third radiating elements mounted in front of the front surface of the backplane, the third radiating elements disposed in a third vertically-disposed column and configured to form a third antenna beam that points in a third direction that is different than the first direction and the second direction, characterized in that: a plurality of radio frequency, "RF", lenses that are in a vertically-disposed column are in front of the front surface of the backplane, and a respective one of the second radiating elements and a respective one of the third radiating elements are positioned between the backplane and each RF lens, and wherein at least some of the first radiating elements are positioned between the RF lenses. a backplane; a first array of first radiating elements mounted in front of a front surface of the backplane, the first radiating elements disposed in a first vertically-disposed column and configured to form a first antenna beam that points in a first direction; a second array of second radiating elements mounted in front of the front surface of the backplane, the second radiating elements disposed in a second vertically-disposed column and configured to form a second antenna beam that points in a second direction that is different than the first direction; a third array of third radiating elements mounted in front of the front surface of the backplane, the third radiating elements disposed in a third vertically-disposed column and configured to form a third antenna beam that points in a third direction that is different than the first direction and the second direction, characterized in that: a plurality of radio frequency, "RF", lenses that are in a vertically-disposed column are in front of the front surface of the backplane, and a respective one of the second radiating elements and a respective one of the third radiating elements are positioned between the backplane and each RF lens, and wherein at least some of the first radiating elements are positioned between the RF lenses. a plurality of radio frequency, "RF", lenses that are in a vertically-disposed column are in front of the front surface of the backplane, and a respective one of the second radiating elements and a respective one of the third radiating elements are positioned between the backplane and each RF lens, and wherein at least some of the first radiating elements are positioned between the RF lenses.
A lifting hook comprising a hook body with a hook stem and a hook tip; a safety latch with a fastening end and a free latch end, the fastening end of the safety latch being pivotally fastened close to the hook stem so as to be moved between an open position and a closed position, the safety latch being in its open position substantially against the inside of the hook body in a position that leaves a hook jaw free while in the closed position of the safety latch the latch end extends across the hook jaw to the hook tip and against it, the latch end resting against the inside of the hook body and its jaw, closing the jaw; and means for actuating the safety latch, the means comprising a spring arranged between the safety latch and the hook body and forcing the latch end into the closed position, locking means (10, 11) for locking the safety latch into the open position, and release means for releasing the safety latch from the open position, characterized in that the locking means of the safety latch comprise a cam surface arrangement formed at the fastening end of the safety latch and a locking pawl structure arranged in the hook body, the safety latch, when turned into the open position, locking with the cam surface arrangement; and that the release means of the safety latch comprise a release latch arranged in front of the safety latch and having a length substantially corresponding to a distance extending across an opening of the jaw and being fastened to a fastening shaft of the safety latch and having at its fastening end a cam surface arrangement affecting the locking pawl structure in order to release the safety latch from the locking pawl structure at least by a downwards turning movement of the release latch, and whereby the release latch, in its waiting-for-release state, is in a position that extends substantially across the jaw.
A security document, document comprising a substrate and a security element having first and second patterns (22A, 22B) carried by the substrate, wherein the substrate further includes a zone that is translucent or even transparent, within which the first and second patterns (22A, 22B) extend at least in part, characterized in that the first and second patterns (22A, 22B) are suitable for producing within the transparent zone respectively at least first and second colors when the document is observed in reflection and for interchanging the first and second colors when the document is observed in transmission, so that together they make up a final image producing an optical effect of color inversion that varies as a function of the observation configuration in transmission or in reflection, and in that the element includes a third pattern extending at least in part in the transparent zone and suitable for being colored with at least one color during observation in reflection and for substantially disappearing during observation in transmission in the transparent zone.
An automotive tufted carpet having improved acoustic properties and comprising: (a) a two layer backing including: (i) a first backing formed of a woven or non-woven or spunbond material; (ii) a second backing formed of a micro-filament spunlaced material; and (iii) an adhesive web positioned between said first backing and said second backing and serving to thermobond said first backing and said second backing together; and (b) a plurality of tufts of yarn sewn through said two layer backing (a) a two layer backing including: (i) a first backing formed of a woven or non-woven or spunbond material; (ii) a second backing formed of a micro-filament spunlaced material; and (iii) an adhesive web positioned between said first backing and said second backing and serving to thermobond said first backing and said second backing together; and (i) a first backing formed of a woven or non-woven or spunbond material; (ii) a second backing formed of a micro-filament spunlaced material; and (iii) an adhesive web positioned between said first backing and said second backing and serving to thermobond said first backing and said second backing together; and (b) a plurality of tufts of yarn sewn through said two layer backing
Fluid control device having a valve arrangement which comprises a supply air valve for providing a working fluid to a working port of a fluid consumer and an exhaust air valve for discharging working fluid from the working port of the fluid consumer, and a control means which is electrically connected to the supply air valve and to the exhaust air valve and is designed for controlling the supply air valve and the exhaust air valve, comprising a sensor input for processing a sensor signal and being connected to a sensor, which is designed for determining a functional state of the fluid consumer and for providing a sensor signal to the control means, characterized in that the control means is designed for carrying out a valve diagnosis method in such a way that a first control signal for the supply air valve and a second control signal for the exhaust air valve are each varied between a lower interval limit and an upper interval limit while maintaining a predeterminable sensor signal level of a sensor signal provided by the sensor, and in that the control means is designed for recording pairs of values (69 to 77) for the first and second control signal (66, 67).