mhurhangee/ep-ind-claims huggingface dataset:
Building covering element with a film cushion, which comprises an outer foil layer and an inner foil layer forming the inner side of a building covering, which form between them at least one hollow cavity which is closed to be essentially fluid-tight, which contains a fluid medium, in particular air, and with a reinforcing element which is designed as a middle foil layer, which divides the essentially fluid-tight closed hollow cavity into a first essentially fluid-tight closed chamber between the inner foil layer and the middle foil layer and into a second essentially fluid-tight closed chamber between the outer foil layer and the middle foil layer, wherein the outer foil layer, the inner foil layer and the middle foil layer are welded to one another at their edges (103, 104) and the fluid medium in the first chamber is charged with a first pressure and the fluid medium in the second chamber is charged with a second pressure, characterised in that the second chamber has a smaller volume than the first chamber, the tension in the middle foil layer is above 100% of the tension in the outer foil layer and the level of the first and second pressure and/or the ratio of the first and second pressure are such that the second pressure is lower than the first pressure and the middle foil layer as a reinforcing element relieves the outer foil layer forming the outside of a building covering with outwardly directed suction effects, in that a portion of the pressure on the outer foil layer is transmitted via the pressurised fluid medium to the middle foil layer.
A removable tightening device comprising: a tensioning mechanism being a reel assembly (614, 624, 1226) that is removably coupleable with a shoe without damaging the shoe such that upon removal, said coupling of the tensioning mechanism is unrecognizable by utilizing existing features and/or components of the shoe to enable coupling of the tensioning mechanism and the shoe, the tensioning mechanism being operable with a tension member to maintain a tension of the tension member, the tension member being a lace (627, 1250, 1274) of a lacing system, being guided along a path about the shoe via one or more guide members and being tensionable to tighten the shoe, wherein the reel assembly is coupled with an elongate panel member that is positionable about the shoe to stabilize the tensioning member about the shoe, the elongate panel member being an elongated tongue panel (612, 622a-d, 629, 1220) that may be placed on top of the shoe's tongue with the lace of the lacing system traversing across the top surface of the elongated tongue panel (612, 622a-d, 629, 1220), wherein the elongated tongue panel (612, 622a-d, 629, 1220) includes one or more slots through which the shoe's lace may be inserted to further couple the elongated tongue panel (612, 622a-d, 629, 1220) atop the shoe's tongue, characterized in that the tensioning mechanism includes a knob configured to be rotated by a user, the knob being coupled with a spool that includes a channel around which the lace is wound as the knob is rotated by the user. a tensioning mechanism being a reel assembly (614, 624, 1226) that is removably coupleable with a shoe without damaging the shoe such that upon removal, said coupling of the tensioning mechanism is unrecognizable by utilizing existing features and/or components of the shoe to enable coupling of the tensioning mechanism and the shoe, the tensioning mechanism being operable with a tension member to maintain a tension of the tension member, the tension member being a lace (627, 1250, 1274) of a lacing system, being guided along a path about the shoe via one or more guide members and being tensionable to tighten the shoe, wherein the reel assembly is coupled with an elongate panel member that is positionable about the shoe to stabilize the tensioning member about the shoe, the elongate panel member being an elongated tongue panel (612, 622a-d, 629, 1220) that may be placed on top of the shoe's tongue with the lace of the lacing system traversing across the top surface of the elongated tongue panel (612, 622a-d, 629, 1220), wherein the elongated tongue panel (612, 622a-d, 629, 1220) includes one or more slots through which the shoe's lace may be inserted to further couple the elongated tongue panel (612, 622a-d, 629, 1220) atop the shoe's tongue, characterized in that the tensioning mechanism includes a knob configured to be rotated by a user, the knob being coupled with a spool that includes a channel around which the lace is wound as the knob is rotated by the user.
A wireless communications device comprising a processor and a memory, the wireless communications device further including computer-executable instructions stored in the memory of the wireless communications device, characterised in that the computer-executable instructions, when executed by the processor of the wireless communications device, cause the wireless communications device to: receive, from a next generation NodeB "gNB", information indicating parameters comprising a wake-up signal (401, 402) time window (502, 506) and a wake-up signal timing offset; power down a first receiver of the wireless communications device and a second receiver of the wireless communications device based on a discontinuous reception "DRX" cycle, wherein the second receiver is a low-power wake up receiver; wake up the second receiver of the wireless communications device; monitor, for the received wake-up signal time window and timing offset, a wake-up signal transmission channel; if the wake-up signal is detected on the wake-up signal transmission channel determine whether the received wake-up signal indicates a wake-up or a non-wake-up condition; and if the received wake-up signal indicates a wake-up condition, then wake up the first receiver of the wireless communications device before an on duration of the DRX cycle to synchronize timing with the gNB, detect a new radio physical downlink control channel "NR-PDCCH" during the on duration of the DRX cycle, and reset a size of the wake-up signal time window. receive, from a next generation NodeB "gNB", information indicating parameters comprising a wake-up signal (401, 402) time window (502, 506) and a wake-up signal timing offset; power down a first receiver of the wireless communications device and a second receiver of the wireless communications device based on a discontinuous reception "DRX" cycle, wherein the second receiver is a low-power wake up receiver; wake up the second receiver of the wireless communications device; monitor, for the received wake-up signal time window and timing offset, a wake-up signal transmission channel; if the wake-up signal is detected on the wake-up signal transmission channel determine whether the received wake-up signal indicates a wake-up or a non-wake-up condition; and if the received wake-up signal indicates a wake-up condition, then wake up the first receiver of the wireless communications device before an on duration of the DRX cycle to synchronize timing with the gNB, detect a new radio physical downlink control channel "NR-PDCCH" during the on duration of the DRX cycle, and reset a size of the wake-up signal time window.
A process of making a thin wall container for being filled with a liquid reference volume, made with polyethylene terephtalate, comprising a neck and a wall, said process being an Injection Blow Molding process involving forming a PET preform by injection, heating the preform, placing the preform in a mold, and blowing a gas, in the heated preform to blow the material in the mold and conform the material with the mold, characterised in that: - the PET comprises at least 50% by weight of a PET recycled by a mechanical route (rPET) and recycled by post-consumer recycling, in that - the container has a ratio between the container weight and the liquid reference volume of from 5.27 g/L to 9.33 g/L, and in that - the container has a planar stretch ratio of from 12.0 to 27.0. - the PET comprises at least 50% by weight of a PET recycled by a mechanical route (rPET) and recycled by post-consumer recycling, in that - the container has a ratio between the container weight and the liquid reference volume of from 5.27 g/L to 9.33 g/L, and in that - the container has a planar stretch ratio of from 12.0 to 27.0.
A luminaire having - a profile-like support element, which extends along a longitudinal axis, - a LED light source - a holding element for mounting the luminaire on a luminaire support designed, in particular, in the form of a support rail, wherein a first compartment and a second compartment are formed by the support element viewed in a cross section normal to the longitudinal axis and the LED light source is arranged in the first compartment and the holding element in the second compartment, wherein the support element is formed from a bent component in such a manner that viewed in the cross section the first compartment and the second compartment are completely separated from one another by a separating area of the support element, wherein a fold is formed by the support element for the complete separation of the two compartments (I, II), wherein the fold comprises a 180° bend, wherein viewed in the cross section the second compartment has at least in first approximation a U-shape with a first U-leg, a second U-leg and a connecting leg, which connects both U-legs (14, 15), characterized in that the fold passes through a plane defined by the first U-leg, wherein viewed in the cross section the first compartment at least in first approximation has a further U-shape with a further first U-leg, a further second U-leg and a connecting leg, which connects the two further U-legs (16, 17), wherein the latter connecting leg is formed at least predominantly by the separating area. - a profile-like support element, which extends along a longitudinal axis, - a LED light source - a holding element for mounting the luminaire on a luminaire support designed, in particular, in the form of a support rail,
A wind and radiant-energy collector plant, in which at least one radiant-energy collector is provided with a radiation-absorbing absorber and a reflector body, which collects radiation and directs the same onto the absorber, wherein at least one wind turbine is provided, which is mounted on the plant arranged oppositely to the receiving direction of the radiant-energy collector, wherein the arrangement (2 and 3) made up of radiant-energy collector and wind turbine is movably supported, so that the arrangement (2 and 3) can either be aligned with the radiant-energy collector towards the sun or with the wind turbine towards the prevailing wind direction, characterised in that the reflector body is formed by individually pivotable and/or displaceable part surfaces, which are linked to the initial area of the reflector body, as a result of which the ends of the part surfaces pointing towards the base of the radiant-energy collector can be pivoted and/or displaced outwards, as a result of which a wind tunnel is formed adjacently to the wind turbine.
Vehicle having a brake device, in which, during braking, the front wheels of a front axle and the rear wheels of at least one rear axle are rigidly coupled to one another, and braking torque is transferred between the rear wheels and the front wheels, by coupling means brought into a coupling position, having a a) control unit for brake-slip-controlled operation of the brake device in a state in which the coupling means are brought into a coupling position, and b) at least one rotational speed sensor (54, 58) in a drive train of the vehicle for inputting into the control unit rotational speed signals representing the rotational behavior of the coupled front wheels and rear wheels, characterized by c) at least one acceleration sensor for inputting into the control unit acceleration signals representing the vehicle longitudinal acceleration, and/or a vehicle GPS device for inputting into the control unit position signals representing positions of the vehicle, wherein d) the control unit is designed so as to determine at least one first variable, which is characteristic of a vehicle reference speed and/or a vehicle reference acceleration, on the basis of the acceleration signals and/or the position signals, and so as to determine a second variable, which is characteristic of the rotational behavior of the coupled front wheels and rear wheels, on the basis of the rotational speed signals, and to calculate the brake slip of the coupled front wheels and rear wheels on the basis of the first variable and the second variable. a) control unit for brake-slip-controlled operation of the brake device in a state in which the coupling means are brought into a coupling position, and b) at least one rotational speed sensor (54, 58) in a drive train of the vehicle for inputting into the control unit rotational speed signals representing the rotational behavior of the coupled front wheels and rear wheels, characterized by c) at least one acceleration sensor for inputting into the control unit acceleration signals representing the vehicle longitudinal acceleration, and/or a vehicle GPS device for inputting into the control unit position signals representing positions of the vehicle, wherein d) the control unit is designed so as to determine at least one first variable, which is characteristic of a vehicle reference speed and/or a vehicle reference acceleration, on the basis of the acceleration signals and/or the position signals, and so as to determine a second variable, which is characteristic of the rotational behavior of the coupled front wheels and rear wheels, on the basis of the rotational speed signals, and to calculate the brake slip of the coupled front wheels and rear wheels on the basis of the first variable and the second variable.
A method for displaying an overlay superimposed with an intraoperative image of a surgical field in a medical ophthalmic procedure, the method comprising: receiving, by a computing device, the overlay for superimposing with the intraoperative image that is in real-time; receiving, by a computing device, the intraoperative image of the surgical field in the medical ophthalmic procedure, the surgical field including an element that is to appear as above the overlay, said element comprising at least one of: a tool, an iris, a sclera, a corneal reflection, an air bubble, a part of a hand, and a lens fragment, wherein at least one portion of the intraoperative image is associated with the element; and displaying, by the computing device, the overlay superimposed with the intraoperative image such that an appearance of the overlay in the at least one portion is different than the appearance of the overlay outside of the at least one portion and the overlay in the at least one portion appears as below the element and occluded by the element. receiving, by a computing device, the overlay for superimposing with the intraoperative image that is in real-time; receiving, by a computing device, the intraoperative image of the surgical field in the medical ophthalmic procedure, the surgical field including an element that is to appear as above the overlay, said element comprising at least one of: a tool, an iris, a sclera, a corneal reflection, an air bubble, a part of a hand, and a lens fragment, wherein at least one portion of the intraoperative image is associated with the element; and displaying, by the computing device, the overlay superimposed with the intraoperative image such that an appearance of the overlay in the at least one portion is different than the appearance of the overlay outside of the at least one portion and the overlay in the at least one portion appears as below the element and occluded by the element.
A receiver device for receiving media packet streams from a data network, the receiver device comprising: a data interface to receive media packet streams, each media packet stream containing one or more user selected media channels; a processor to extract the user selected media channels from the received media packet streams; and a controller to receive information on a user selection of media channels advertised on the data network, to receive information on the transmission source of each of the user selected media channels so as to group the user selected media channels that can be transmitted from the same transmission source, and to automatically provide instructions to the processor that one or more media packet streams are to be received for each said group and the number of user selected media channels in each media packet stream, wherein the selected media channels each have a format and the controller further operates to receive information on the format of each of the selected media channels and that each said group has selected media channels having the same format. a data interface to receive media packet streams, each media packet stream containing one or more user selected media channels; a processor to extract the user selected media channels from the received media packet streams; and a controller to receive information on a user selection of media channels advertised on the data network, to receive information on the transmission source of each of the user selected media channels so as to group the user selected media channels that can be transmitted from the same transmission source, and to automatically provide instructions to the processor that one or more media packet streams are to be received for each said group and the number of user selected media channels in each media packet stream, wherein the selected media channels each have a format and the controller further operates to receive information on the format of each of the selected media channels and that each said group has selected media channels having the same format.
An access point, AP, comprising: a memory (130, 132); a transceiver; and a processor operatively coupled to the transceiver and the memory (130, 132); the transceiver and the processor configured to receive a first signal, the first signal comprising a probe request message from a station, STA, wherein the probe request message comprises a medium access control, MAC, address of the STA; the transceiver and the processor configured to store a STA information table in a memory (130, 132) of the AP, wherein the STA information table comprises a set of STAs, wherein each STA from the set of STAs are either currently associated with the AP or were previously associated with the AP, wherein the STA information table includes a last association timestamp and MAC address for each STA of the set of STAs; the transceiver and the processor configured to remove any STA from the set of STAs whose last association timestamp is greater than a predetermined time threshold to generate an updated STA information table; the transceiver and the processor configured to generate a probe response on a condition that a received signal strength indicator, RSSI, of the first signal is above a predetermined threshold and the STA is on the updated STA information table based on looking up the MAC address of the STA on the updated STA information table, wherein the predetermined RSSI threshold is based on the physical layer capabilities of the STA; and the AP configured to transmit a second signal to the STA, the second signal comprising the probe response message. a memory (130, 132); a transceiver; and a processor operatively coupled to the transceiver and the memory (130, 132); the transceiver and the processor configured to receive a first signal, the first signal comprising a probe request message from a station, STA, wherein the probe request message comprises a medium access control, MAC, address of the STA; the transceiver and the processor configured to store a STA information table in a memory (130, 132) of the AP, wherein the STA information table comprises a set of STAs, wherein each STA from the set of STAs are either currently associated with the AP or were previously associated with the AP, wherein the STA information table includes a last association timestamp and MAC address for each STA of the set of STAs; the transceiver and the processor configured to remove any STA from the set of STAs whose last association timestamp is greater than a predetermined time threshold to generate an updated STA information table; the transceiver and the processor configured to generate a probe response on a condition that a received signal strength indicator, RSSI, of the first signal is above a predetermined threshold and the STA is on the updated STA information table based on looking up the MAC address of the STA on the updated STA information table, wherein the predetermined RSSI threshold is based on the physical layer capabilities of the STA; and the AP configured to transmit a second signal to the STA, the second signal comprising the probe response message.
A thick steel plate for high heat input welding and having great heat-affected area toughness, having the chemical composition in mass percentage: C: 0.05∼0.09%, Si: 0.10∼0.30%, Mn: 1.2∼1.6%, P≤0.02%, S: 0.0015∼0.007%, Ni: 0.2∼0.4%, Ti: 0.005∼0.03%, Mg: 0.0005∼0.004%, N: 0.001∼0.006%, Al: 0.004∼0.036%, Ca≤0.0032%, REM≤0.005%, Zr≤0.003%, wherein the steel plate further comprises the element Cr in an amount of 0.2 wt.% or less, and optionally the element Nb in an amount of 0.03 wt% or less, and the balance of Fe and other inevitable impurities; and the chemical composition satisfying the following relationship: 1≤Ti/N≤6, Mg/Ti≥0.017; the effective S content in steel= S-1.3Mg-0.8Ca-0.34REM-0.35Zr; the effective S content in steel: 0.0003∼0.003%; the amount of composite inclusion MgO+Ti 2 O 3 +MnS in the steel plate is at a proportion of ≥ 5%, wherein the amount of composite inclusion is measured by SEM- EDS measured according to the description, and wherein the amount of composite inclusion refers to the ratio of the measured areal density from the composite inclusion to the measured areal density of all kinds of inclusions, wherein the thick steel plate has a thickness of from 50 to 70 mm, and wherein the tensile strength of the base material of the thick steel plate is ≥ 510 MPa, and when welding input energy is 200-400 kJ/cm, the average Charpy V-notch impact work of the welding heat-affected area of the steel plate at -40 °C is 100 J or more, and the average Charpy V-notch aging impact work after 5% strain of the base material of 1/2 plate thickness at -40 °C is 46 J or more. C: 0.05∼0.09%, Si: 0.10∼0.30%, Mn: 1.2∼1.6%, P≤0.02%, S: 0.0015∼0.007%, Ni: 0.2∼0.4%, Ti: 0.005∼0.03%, Mg: 0.0005∼0.004%, N: 0.001∼0.006%, Al: 0.004∼0.036%, Ca≤0.0032%, REM≤0.005%, Zr≤0.003%, wherein the steel plate further comprises the element Cr in an amount of 0.2 wt.% or less, and optionally the element Nb in an amount of 0.03 wt% or less, and the balance of Fe and other inevitable impurities; and the chemical composition satisfying the following relationship: 1≤Ti/N≤6, Mg/Ti≥0.017; the effective S content in steel= S-1.3Mg-0.8Ca-0.34REM-0.35Zr; the effective S content in steel: 0.0003∼0.003%; the amount of composite inclusion MgO+Ti 2 O 3 +MnS in the steel plate is at a proportion of ≥ 5%, wherein the amount of composite inclusion is measured by SEM- EDS measured according to the description, and wherein the amount of composite inclusion refers to the ratio of the measured areal density from the composite inclusion to the measured areal density of all kinds of inclusions, wherein the thick steel plate has a thickness of from 50 to 70 mm, and wherein the tensile strength of the base material of the thick steel plate is ≥ 510 MPa, and when welding input energy is 200-400 kJ/cm, the average Charpy V-notch impact work of the welding heat-affected area of the steel plate at -40 °C is 100 J or more, and the average Charpy V-notch aging impact work after 5% strain of the base material of 1/2 plate thickness at -40 °C is 46 J or more.