mhurhangee/patent-ind-claim-en huggingface dataset:
A mounting assembly for mounting a portion of an engine exhaust duct in an opening of an airframe panel of an aircraft , comprising: an airframe panel for an aircraft including an opening; an engine exhaust duct disposed at least partially in the opening of the airframe panel , the engine exhaust duct including a peripheral flange ; and at least one mounting member including a first mounting plate for connection to the airframe panel, a second mounting plate connected to the first mounting plate, a first compliant isolator ring connected to the first mounting plate, and a second compliant isolator ring connected to the second mounting plate; wherein the first compliant isolator ring and the second compliant isolator ring define a slot therebetween to receive a portion of the peripheral flange in a manner that suspends the engine exhaust duct in the opening away from the airframe panel and accommodates thermal expansion and contraction of the engine exhaust duct relative to the airframe panel . an airframe panel for an aircraft including an opening; an engine exhaust duct disposed at least partially in the opening of the airframe panel , the engine exhaust duct including a peripheral flange ; and at least one mounting member including a first mounting plate for connection to the airframe panel, a second mounting plate connected to the first mounting plate, a first compliant isolator ring connected to the first mounting plate, and a second compliant isolator ring connected to the second mounting plate; wherein the first compliant isolator ring and the second compliant isolator ring define a slot therebetween to receive a portion of the peripheral flange in a manner that suspends the engine exhaust duct in the opening away from the airframe panel and accommodates thermal expansion and contraction of the engine exhaust duct relative to the airframe panel .
A network interface controller comprising: at least one Ethernet port configured to provide an Ethernet link, and is arranged to include: a physical, PHY, layer circuitry ; and a Media Access Controller , the Media Access Controller configured to be associated with the PHY layer circuitry; and one or more non-transitory machine-readable storage media comprising a plurality of instructions stored thereon that, which when executed, cause the network interface controller to: in response to detecting a power on reset signal, initialize a timer with a delay time for the at least one Ethernet port to delay configuration of the PHY layer circuitry and the Media Access Controller for a duration corresponding to the delay time after detecting the power on reset signal to thereby delay establishment of the Ethernet link, wherein the PHY layer circuitry and the Media Access Controller are disabled during the delay time; and in response to expiration of the delay time, configure the PHY layer circuitry and the Media Access Controller to enable the at least one Ethernet port for establishing the Ethernet link. at least one Ethernet port configured to provide an Ethernet link, and is arranged to include: a physical, PHY, layer circuitry ; and a Media Access Controller , the Media Access Controller configured to be associated with the PHY layer circuitry; and a physical, PHY, layer circuitry ; and a Media Access Controller , the Media Access Controller configured to be associated with the PHY layer circuitry; and one or more non-transitory machine-readable storage media comprising a plurality of instructions stored thereon that, which when executed, cause the network interface controller to: in response to detecting a power on reset signal, initialize a timer with a delay time for the at least one Ethernet port to delay configuration of the PHY layer circuitry and the Media Access Controller for a duration corresponding to the delay time after detecting the power on reset signal to thereby delay establishment of the Ethernet link, wherein the PHY layer circuitry and the Media Access Controller are disabled during the delay time; and in response to expiration of the delay time, configure the PHY layer circuitry and the Media Access Controller to enable the at least one Ethernet port for establishing the Ethernet link. in response to detecting a power on reset signal, initialize a timer with a delay time for the at least one Ethernet port to delay configuration of the PHY layer circuitry and the Media Access Controller for a duration corresponding to the delay time after detecting the power on reset signal to thereby delay establishment of the Ethernet link, wherein the PHY layer circuitry and the Media Access Controller are disabled during the delay time; and in response to expiration of the delay time, configure the PHY layer circuitry and the Media Access Controller to enable the at least one Ethernet port for establishing the Ethernet link.
A tractor for carrying out traction work, with a vehicle chassis and with at least two mutually opposite track roller units disposed on a rear vehicle axle , wherein the track roller units are pendulously suspended on the rear vehicle axle , wherein the track roller units have at least a front guide roller , a rear guide roller and a track belt which spans the guide rollers , wherein sections of the track belt cooperate with a substrate in a force-transmitting manner, wherein the vehicle axle lies between a front and a rear section of the track roller unit , wherein a respective actuator is disposed between the vehicle chassis and the respective track roller unit , wherein the actuator is configured to pivot the respective track roller unit about the vehicle axle in order to exert a pressing force against the substrate at least on the front section of the track roller unit when carrying out traction work, wherein the tractor has a control device which is configured to control the actuator , characterized in that the control device controls the actuator with the aid of a control stipulation which is set by the vehicle driver in a manner such that the actuator applies a substantially constant force to the track roller unit in order to press the track roller unit against the substrate, wherein, in order to set the control stipulation, a selection of different traction load conditions is made available to the vehicle driver, wherein in particular, the selection of the traction load conditions comprises light traction work, moderately heavy traction work and heavy traction work. wherein the track roller units are pendulously suspended on the rear vehicle axle , wherein the track roller units have at least a front guide roller , a rear guide roller and a track belt which spans the guide rollers , wherein sections of the track belt cooperate with a substrate in a force-transmitting manner, wherein the vehicle axle lies between a front and a rear section of the track roller unit , wherein a respective actuator is disposed between the vehicle chassis and the respective track roller unit , wherein the actuator is configured to pivot the respective track roller unit about the vehicle axle in order to exert a pressing force against the substrate at least on the front section of the track roller unit when carrying out traction work, wherein the tractor has a control device which is configured to control the actuator , characterized in that the control device controls the actuator with the aid of a control stipulation which is set by the vehicle driver in a manner such that the actuator applies a substantially constant force to the track roller unit in order to press the track roller unit against the substrate, wherein, in order to set the control stipulation, a selection of different traction load conditions is made available to the vehicle driver, wherein in particular, the selection of the traction load conditions comprises light traction work, moderately heavy traction work and heavy traction work.
A window-cleaning robot, comprising: a body ; a vacuum suction port disposed on the body ; a suction detector configured to detect a vacuum suction value generated at the vacuum suction port ; a light-emitting assembly disposed on the body , wherein a light-emitting area of the light-emitting assembly is configured corresponding to the vacuum suction value; and a controller, connected with the suction detector and the light-emitting assembly respectively and configured to light all or a part of the light-emitting area of the light-emitting assembly according to the vacuum suction value. a body ; a vacuum suction port disposed on the body ; a suction detector configured to detect a vacuum suction value generated at the vacuum suction port ; a light-emitting assembly disposed on the body , wherein a light-emitting area of the light-emitting assembly is configured corresponding to the vacuum suction value; and a controller, connected with the suction detector and the light-emitting assembly respectively and configured to light all or a part of the light-emitting area of the light-emitting assembly according to the vacuum suction value.
Rail vehicle wheel set intermediate frame , which is intended for mounting a wheel set without a bogie frame on a car body of a rail vehicle, having: - a plurality of mounting interfaces for chassis components at predetermined positions, - at least one defined mounting interface for fixing to a sub-frame of a car body of a rail vehicle , - in which the plurality of mounting interfaces comprises a mounting interface for a wheel set guide, wherein the wheel set guide is used to transmit the longitudinal forces between the wheel set and the wheel set intermediate frame and to guide the wheel set in the track, characterized - in that the plurality of mounting interfaces comprises a mounting interface for a braking device , wherein the braking device is positioned exactly in relation to the wheels in order to develop a braking effect. - a plurality of mounting interfaces for chassis components at predetermined positions, - at least one defined mounting interface for fixing to a sub-frame of a car body of a rail vehicle , - in which the plurality of mounting interfaces comprises a mounting interface for a wheel set guide, wherein the wheel set guide is used to transmit the longitudinal forces between the wheel set and the wheel set intermediate frame and to guide the wheel set in the track, - in that the plurality of mounting interfaces comprises a mounting interface for a braking device , wherein the braking device is positioned exactly in relation to the wheels in order to develop a braking effect.
Protecting and separating device for parking spaces , suitable for being applied both to public parking lots and to community parking lots and the like, wherein adjacent parking places are defined, being delimited by lines painted on the floor, wherein in use, in correspondence with the line delimiting the parking spaces , the protecting and separating device comprises a horizontal element suspended at both sides, consisting of a tubular element having a flexible and absorbent material sheathing , such as gum, foam, rubber or the like, the protecting and separating device further comprising suspending elements intended to be anchored to a ceiling, these being materialized as cables, chains, cords, wires or the like, characterized in that the horizontal element is provided with reflectors for greater visibility thereof, the suspending elements having a lower section provided with a tubular portion and a protecting sheathing of identical or similar nature as that of the suspended horizontal element, the suspending elements incorporating pushing and separating means therefor with respect to a vehicle bodywork, further characterized in that the pushing and separating means are materialized as rotating discs, the edges of said rotating discs including a soft material sheathing .
A light source assembly, comprising: a light source comprising a base and at least one luminous element disposed on the base ; and a light slot comprising a plurality of fixing parts , wherein the light source is disposed in the light slot and fixed at one of the fixing parts through the base ; and the light source has different light-emitting directions upon being fixed at different ones of the plurality of fixing parts , each of the fixing parts and the base of the light source are fixed through a clamping mode, the light slot comprises a bottom plate and side walls disposed on two sides of the bottom plate ; the side walls are opposite to each other; and the clamping structure is disposed on the side wall , and characterized in that : each of the fixing parts comprises at least one clamping structure matched with the base in thickness; the clamping structure comprises a groove for accommodating and clamping the base ; and grooves of different ones of the fixing parts have different deflection angles, the side walls on two sides of the bottom plate are cambered structures arranged opposite to each other, each of the cambered structures is a circular arc adopting a size of the base along a direction in which the two side walls are arranged opposite to each other as a diameter. a light source comprising a base and at least one luminous element disposed on the base ; and a light slot comprising a plurality of fixing parts , wherein the light source is disposed in the light slot and fixed at one of the fixing parts through the base ; and the light source has different light-emitting directions upon being fixed at different ones of the plurality of fixing parts , each of the fixing parts and the base of the light source are fixed through a clamping mode, the light slot comprises a bottom plate and side walls disposed on two sides of the bottom plate ; the side walls are opposite to each other; and the clamping structure is disposed on the side wall , and characterized in that : each of the fixing parts comprises at least one clamping structure matched with the base in thickness; the clamping structure comprises a groove for accommodating and clamping the base ; and grooves of different ones of the fixing parts have different deflection angles, the side walls on two sides of the bottom plate are cambered structures arranged opposite to each other, each of the cambered structures is a circular arc adopting a size of the base along a direction in which the two side walls are arranged opposite to each other as a diameter. each of the fixing parts comprises at least one clamping structure matched with the base in thickness; the clamping structure comprises a groove for accommodating and clamping the base ; and grooves of different ones of the fixing parts have different deflection angles, the side walls on two sides of the bottom plate are cambered structures arranged opposite to each other, each of the cambered structures is a circular arc adopting a size of the base along a direction in which the two side walls are arranged opposite to each other as a diameter.
Clip for fitting a first element to a second element, wherein the clip • has a head and a tip and • a first side and a second side , wherein the first side extends from the head in a direction towards the tip and the second side extends from the head in the direction of the tip , • wherein a first side wall extends from the first side in the direction of the second side and a second side wall extends from the second side in the direction of the first side , characterised by an arresting protrusion protruding in an arresting direction , which has an arresting surface facing against the arresting direction , wherein the arresting surface is arranged at a level that is not parallel to the first side wall and/or does not extend parallel to the second side wall , and an arresting holder that has an edge and a counter-surface following on from the edge , wherein the arresting protrusion protruding in arresting direction protrudes further than the edge , so that the arresting surface faces the counter-surface . • has a head and a tip and • a first side and a second side , wherein the first side extends from the head in a direction towards the tip and the second side extends from the head in the direction of the tip , • wherein a first side wall extends from the first side in the direction of the second side and a second side wall extends from the second side in the direction of the first side ,
Gas analyzer based on tuneable laser spectroscopy for measurement of concentration of Hydrogen gas, H2, in a target gas comprising a gas matrix possibly comprising interfering gases, the analyzer comprising a transmitter part and a receiver part , the transmitter part comprising a tunable laser arranged for emitting laser light in the form of a laser beam , the laser beam following an optical path, a processing unit performing housekeeping including means for laser tuning and laser modulation, wavelength of the laser light being tuned across an absorption line of the at least one gas component to be measured, the laser beam passing through the target gas and onto a light sensitive detector comprised by the receiver part , the light sensitive detector generating an absorption signal possibly comprising an absorption signal contribution from the gas component to be measured and from the interfering gases, a digitization unit digitizing the absorption signal , the digitized absorption signal from the digitization unit being inputted to the processing unit , the processing unit performing calculation of the measured concentration of gas component to be measured in the target gas based on the digitized absorption signal, the analyzer characterised by the wavelength of the laser light being tuned across an H2 absorption line near 2122 nm, the gas analyzer further comprising a sealed reference gas cell comprising an other gas than H2 with at least one absorption line spectrally adjacent to the absorption line of H2, so that the laser light is tuned across the H2 line and across the line of said gas in the reference gas cell, the analyzer being suitable for wavelength modulation spectroscopy, WMS, or digital wavelength modulation spectroscopy, dWMS, the processing unit applying to the laser a higher frequency modulation of the wavelength, wherein amplitude of the said wavelength modulation is set to approximately match the H2 absorption line width so as to retain the H2 WMS absorption signal and to suppress WMS absorption signals from said possible interfering gases having broader absorption lines than the H2 line, the processing unit applying a digital filter of a higher order digital filter type to the digitized WMS signal wherein the filter is adapted to pass through the H2 WMS signal and to supress the WMS signal from the possible interfering gases, the processing unit calculating the concentration of hydrogen gas component based on the filtered signal, and verifying the signal from the other said gas contained in the reference cell so as to control the laser tuning over a wavelength interval comprising the absorption line of H2.
A reference signal sending method performed by a network device, the method comprising the steps of: • performing (step 310) precoder cycling on a first reference signal by using at least two precoding vectors, to obtain a precoded first reference signal, wherein the precoded first reference signal is borne in a plurality of physical resource groups in a measurement bandwidth of the first reference signal to obtain channel state information, CSI, and the precoded first reference signal borne in any two adjacent physical resource groups among the plurality of physical resource groups corresponds to different precoding vectors, wherein the performing precoder cycling on the first reference signal by using at least two precoding vectors comprises: ∘ performing precoder cycling on the first reference signal by using the at least two precoding vectors based on each parameter in a precoder cycling parameter group, wherein the parameters in the precoder cycling parameter group comprise at least a quantity of precoding vectors and a precoder cycling granularity, • sending first indication information to a terminal device, wherein the first indication information comprises an index of the precoder cycling parameter group; and • sending (step 320) the precoded first reference signal to the terminal device by using the plurality of physical resource groups. • performing (step 310) precoder cycling on a first reference signal by using at least two precoding vectors, to obtain a precoded first reference signal, wherein the precoded first reference signal is borne in a plurality of physical resource groups in a measurement bandwidth of the first reference signal to obtain channel state information, CSI, and the precoded first reference signal borne in any two adjacent physical resource groups among the plurality of physical resource groups corresponds to different precoding vectors, wherein the performing precoder cycling on the first reference signal by using at least two precoding vectors comprises: ∘ performing precoder cycling on the first reference signal by using the at least two precoding vectors based on each parameter in a precoder cycling parameter group, wherein the parameters in the precoder cycling parameter group comprise at least a quantity of precoding vectors and a precoder cycling granularity, ∘ performing precoder cycling on the first reference signal by using the at least two precoding vectors based on each parameter in a precoder cycling parameter group, wherein the parameters in the precoder cycling parameter group comprise at least a quantity of precoding vectors and a precoder cycling granularity, • sending first indication information to a terminal device, wherein the first indication information comprises an index of the precoder cycling parameter group; and • sending (step 320) the precoded first reference signal to the terminal device by using the plurality of physical resource groups.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: sending a registration request message to an access and mobility management function, AMF, in a visited public land mobile network, VPLMN; receiving a registration accept message from the AMF in the VPLMN; and characterized in selecting a PLMN other than the VPLMN in case that a preferred PLMN list is not received in the registration accept message, wherein a universal subscriber identity module, USIM, of the UE is configured with an indication that the UE is to receive the preferred PLMN list. sending a registration request message to an access and mobility management function, AMF, in a visited public land mobile network, VPLMN; receiving a registration accept message from the AMF in the VPLMN; and characterized in selecting a PLMN other than the VPLMN in case that a preferred PLMN list is not received in the registration accept message,
A very large scale integrated circuit , comprising; a voltage mode clock to current mode clock converter receiving a voltage mode clock and outputting a current mode clock; an H-tree clock distribution network having at least a first current mode flip-flop and a second current mode flip-flop ; and an interconnect (A) connecting said current mode clock to said H-tree clock distribution network ; wherein said H-tree clock distribution network symmetrically distributes said current mode clock to said first current mode flip-flop and to said second current mode flip-flop . a voltage mode clock to current mode clock converter receiving a voltage mode clock and outputting a current mode clock; an H-tree clock distribution network having at least a first current mode flip-flop and a second current mode flip-flop ; and an interconnect (A) connecting said current mode clock to said H-tree clock distribution network ; wherein said H-tree clock distribution network symmetrically distributes said current mode clock to said first current mode flip-flop and to said second current mode flip-flop .