mhurhangee/ep-ind-claims huggingface dataset:
A component for a centrifugal degasser for an air/oil mixture of a turbomachine, intended to rotate about an axis of symmetry, forming an annular enclosure for centrifugal separation of said mixture, the enclosure forming a fluid passage duct, one inlet of which is oriented axially for supplying the enclosure with said mixture, and a first outlet of which is oriented radially inwards for discharging the de-oiled air separated from said mixture, the enclosure further comprising at least one second oil outlet oriented radially outwards and intended to discharge the oil separated from said mixture to the outside of the degasser, characterised in that said enclosure comprises longitudinal walls (7, 7b) passing radially therethrough, at least one of the surfaces of said longitudinal walls (7, 7b) having surface structures and/or corrugations arranged to form obstacles to a flux of said mixture along the surface of said longitudinal walls.
A method performed by an access point of a wireless local area network, WLAN, the method comprising: receiving, by the access point, a first ranging request message from a first device on a channel of the WLAN, wherein the first ranging request message includes a device identifier of the first device; monitoring, by the access point, the channel of the WLAN for a second ranging request message from a second device, wherein the second ranging request message includes a device identifier of the second device; in response to receiving the second ranging request message from the second device during a response time period, combining, by the access point, the device identifier of the first device, first timing information associated with the first ranging request message, the device identifier of the second device, and second timing information associated with the second ranging request message into a single ranging response message, wherein the first and second timing information are for determining round trip time, RTT, measurements, by the first and second devices, respectively; and in response to an end of the response time period, broadcasting, by the access point, the single ranging response message on the channel of the WLAN. receiving, by the access point, a first ranging request message from a first device on a channel of the WLAN, wherein the first ranging request message includes a device identifier of the first device; monitoring, by the access point, the channel of the WLAN for a second ranging request message from a second device, wherein the second ranging request message includes a device identifier of the second device; in response to receiving the second ranging request message from the second device during a response time period, combining, by the access point, the device identifier of the first device, first timing information associated with the first ranging request message, the device identifier of the second device, and second timing information associated with the second ranging request message into a single ranging response message, wherein the first and second timing information are for determining round trip time, RTT, measurements, by the first and second devices, respectively; and in response to an end of the response time period, broadcasting, by the access point, the single ranging response message on the channel of the WLAN.
A modular sensor assembly for performing measurement or calibration, the assembly comprising: a sensing module comprising a threaded spigot, a first slip ring conductive track, and a second slip ring conductive track; a base module comprising a threaded receptacle, a first conductor, and a second conductor; and wherein said sensing module is detachably mounted to said base module by placing the threaded spigot into the threaded receptacle and rotating the sensing module relative to the base module, thereby forming a first electrical connection between said first slip ring conductive track and said first conductor, and a second electrical connection between said second slip ring conductive track and said second conductor and wherein said first electrical connection provides power transmission from said base module to said sensing module, and said second electrical connection provides data transmission between said base module and said sensing module. a sensing module comprising a threaded spigot, a first slip ring conductive track, and a second slip ring conductive track; a base module comprising a threaded receptacle, a first conductor, and a second conductor; and wherein said sensing module is detachably mounted to said base module by placing the threaded spigot into the threaded receptacle and rotating the sensing module relative to the base module, thereby forming a first electrical connection between said first slip ring conductive track and said first conductor, and a second electrical connection between said second slip ring conductive track and said second conductor and wherein said first electrical connection provides power transmission from said base module to said sensing module, and said second electrical connection provides data transmission between said base module and said sensing module.
A timer apparatus comprising: a smoothing circuit comprising a first capacitors and a second capacitor that are connected in parallel, and configured to smooth an input voltage from an outside; a step-down circuit configured to adjust a voltage supplied from the smoothing circuit; and a time counting circuit to which power is supplied from the step-down circuit, wherein the smoothing circuit further comprises a switching circuit configured to switch the first and second capacitors (C0, C1) such that both the first and second capacitors (C0, C1) having a first capacity smooth the input voltage when the input voltage is less than a predetermined value, and only the first capacitor having a second capacity being decreased with respect to the first capacity smooths the input voltage when the input voltage is greater than or equal to the predetermined value. a smoothing circuit comprising a first capacitors and a second capacitor that are connected in parallel, and configured to smooth an input voltage from an outside; a step-down circuit configured to adjust a voltage supplied from the smoothing circuit; and a time counting circuit to which power is supplied from the step-down circuit, wherein the smoothing circuit further comprises a switching circuit configured to switch the first and second capacitors (C0, C1) such that both the first and second capacitors (C0, C1) having a first capacity smooth the input voltage when the input voltage is less than a predetermined value, and only the first capacitor having a second capacity being decreased with respect to the first capacity smooths the input voltage when the input voltage is greater than or equal to the predetermined value.
Non-therapeutic use of a composition for reducing unwanted behaviour in a dog, the composition comprising a combination of Quinoline and at least one delivery compound.
A propylene-based impact copolymer comprising a polypropylene homopolymer and within the range of from 10 wt% to 45 wt% of propylene copolymer based on the weight of the ICP, wherein the propylene copolymer comprises from 20 wt% to 44 wt% ethylene, 1-butene, 1-hexene and/or 1-octene derived units and from 80 to 56 wt% propylene-derived units based on the weight of the propylene copolymer, the propylene-based impact copolymer having a Melt Flow Rate (230°C/2.16 kg) within the range of from 10 g/10 min to 50 g/10 min and an Elongation at Break of greater than 60 %, wherein the polypropylene homopolymer has a molecular weight distribution (Mw/Mn) within the range of from 4.0 to 9.0; and wherein the propylene copolymer has a Mw/Mn within the range of from 4.0 to 9.0.
A ventilation housing having a ventilation function, comprising: a housing body having a vent hole; and a ventilation member having a seal ring and a support with a leg portion, the leg portion being fitted in the vent hole, characterized in that the housing body has an inner peripheral surface that defines the vent hole, the inner peripheral surface including a first rounded segment (23 R1), a first straight segment (23 S1), a second rounded segment (23 R2), and a second straight segment (23 S2) that are formed in order from an exterior space side to an interior space side of the housing body, the first rounded segment (23 R1) and the second rounded segment (23 R2) each form a curve convex toward a central axis of the vent hole in a cross section of the housing body including the central axis, the first straight segment (23 S1) and the second straight segment (23 S2) each form a straight line in the cross section, the seal ring is provided at the base of the leg portion of the support, the seal ring is disposed in the vent hole between the support and the housing body, and the seal ring is deformed along the inner peripheral surface so that the seal ring is in contact with the first rounded segment (23 R1) and the first straight segment (23 S1). a housing body having a vent hole; and a ventilation member having a seal ring and a support with a leg portion, the leg portion being fitted in the vent hole, characterized in that the housing body has an inner peripheral surface that defines the vent hole, the inner peripheral surface including a first rounded segment (23 R1), a first straight segment (23 S1), a second rounded segment (23 R2), and a second straight segment (23 S2) that are formed in order from an exterior space side to an interior space side of the housing body, the first rounded segment (23 R1) and the second rounded segment (23 R2) each form a curve convex toward a central axis of the vent hole in a cross section of the housing body including the central axis, the first straight segment (23 S1) and the second straight segment (23 S2) each form a straight line in the cross section, the seal ring is provided at the base of the leg portion of the support, the seal ring is disposed in the vent hole between the support and the housing body, and the seal ring is deformed along the inner peripheral surface so that the seal ring is in contact with the first rounded segment (23 R1) and the first straight segment (23 S1).
A method for calibrating a machine tool, comprising the steps of; (i) mounting a calibration device to the machine tool, the calibration device comprising; a base attachable to a machine tool, a calibration artefact that comprises a sphere, a deflection mechanism that attaches the calibration artefact to the base and allows movement of the calibration artefact relative to the base when an external force is applied to the calibration artefact, the deflection mechanism also maintaining the calibration artefact in a defined rest position relative to the base in the absence of an applied external force, and a sensor for sensing the extent of movement of the calibration artefact relative to the base; and (ii) mounting a spindle mounted measurement probe in a spindle of the machine tool and using the spindle mounted measurement probe to measure a position of the centre of the sphere. (i) mounting a calibration device to the machine tool, the calibration device comprising; a base attachable to a machine tool, a calibration artefact that comprises a sphere, a deflection mechanism that attaches the calibration artefact to the base and allows movement of the calibration artefact relative to the base when an external force is applied to the calibration artefact, the deflection mechanism also maintaining the calibration artefact in a defined rest position relative to the base in the absence of an applied external force, and a sensor for sensing the extent of movement of the calibration artefact relative to the base; and a base attachable to a machine tool, a calibration artefact that comprises a sphere, a deflection mechanism that attaches the calibration artefact to the base and allows movement of the calibration artefact relative to the base when an external force is applied to the calibration artefact, the deflection mechanism also maintaining the calibration artefact in a defined rest position relative to the base in the absence of an applied external force, and a sensor for sensing the extent of movement of the calibration artefact relative to the base; and (ii) mounting a spindle mounted measurement probe in a spindle of the machine tool and using the spindle mounted measurement probe to measure a position of the centre of the sphere.
A photomask blank and a resist film formed on said blank, for the production of a photomask comprising a transparent substrate and a mask pattern formed thereon including transparent regions and regions effectively opaque to exposure light, said blank being a binary mask blank in which a light-shielding film of one or more layers is formed on a transparent substrate, with or without another film intervening therebetween, wherein at least one layer of the light-shielding film consists essentially of silicon and transition metal, or consists essentially of silicon and transition metal and at least one element selected from oxygen, nitrogen and carbon to a total content of oxygen, nitrogen and carbon in said at least one layer equal to or less than 40 atom%, and the light-shielding film is overlaid with an antireflective film, characterised in that said light-shielding film has a thickness of 20 to 50 nm, said silicon and transition metal being present in said at least one layer thereof at a silicon/metal molar ratio of from 4:1 to 15:1; the combination of the light-shielding film and the antireflective film has an optical density of at least 2.5 for exposure light of a wavelength equal to or less than 250nm, and the resist film has a thickness equal to or less than 350nm.
An access terminal for use in a wireless communication system, the access terminal comprising: means for determining a first carrier identity from a first subscription module, a communications interface communicatively coupled to a programmable digital signal processor; means for selecting a first modem configuration associated with the first carrier identity from modem configuration data stored on a storage medium; and means for activating the first modem configuration to configure the communications interface to operate with a carrier associated with the first carrier identity, wherein configuring the communications interface includes reprogramming the digital signal processor to generate signals with different characteristics, whereby the communications interface generates a communication signal that is compatible with the carrier's unique communications network, the access terminal being characterised in that the first modem configuration comprises a carrier-specific software image and a carrier-specific software configuration. means for determining a first carrier identity from a first subscription module, a communications interface communicatively coupled to a programmable digital signal processor; means for selecting a first modem configuration associated with the first carrier identity from modem configuration data stored on a storage medium; and means for activating the first modem configuration to configure the communications interface to operate with a carrier associated with the first carrier identity, wherein configuring the communications interface includes reprogramming the digital signal processor to generate signals with different characteristics, whereby the communications interface generates a communication signal that is compatible with the carrier's unique communications network, the access terminal being characterised in that the first modem configuration comprises a carrier-specific software image and a carrier-specific software configuration.
A device for replacing a native valve comprising: a stent; a tissue sleeve; and, an anchoring mechanism usable to secure said tissue sleeve within said stent, said anchoring mechanism comprising a ring attached to a first end of said tissue sleeve, characterized in that said anchoring mechanism comprises a second ring attached to an opposite side of said tissue sleeve; wherein, in a configuration inside a delivery catheter, said anchoring mechanism is not located within said stent; and wherein, in a deployed configuration, said tissue sleeve is located within said stent. a stent; a tissue sleeve; and, an anchoring mechanism usable to secure said tissue sleeve within said stent, said anchoring mechanism comprising a ring attached to a first end of said tissue sleeve, characterized in that said anchoring mechanism comprises a second ring attached to an opposite side of said tissue sleeve;
Blow moulding machine for shaping plastics material preforms into containers, in particular bottles, comprising at least one blow valve for changing a flow rate of operation gas in a communication path of the operation gas, comprising at least one blow valve body, an aseptic first receiving space constructed in the blow valve body and having at least one entry opening and at least one exit opening for receiving and conveying an operation gas, and a second receiving space constructed in the blow valve body for the guidance of a setting member, in particular a piston element, wherein a sealing means which completely prevents an exchange of gas between the first receiving space and the second receiving space is arranged between the first receiving space and the second receiving space, characterized in that the sealing means has a stationary part for fixing to the blow valve body and a movable part for changing the flow rate of the operation gas, wherein the setting member is surrounded in part by the sealing means and is coupled to the movable part in order to move the latter, wherein for closing the at least one opening (8, 10), the movable portion forms a closure surface, which is capable of being brought into contact with the opening (8,10) and wherein a part of the movable portion is formed in the manner of a bellows with at least one fold which has to form an arc and/or is formed in the form of a membrane and wherein the switching time of the blow valve is between 15 milliseconds and 60 milliseconds.
Extinguishing device for extinguishing a fire in an electrical storage device of a vehicle, the extinguishing device comprising at least a cap and a bottle containing at least a fire-extinguishing gas, the bottle having a sealing membrane and delimiting a volume containing the gas, the cap comprising at least one piercing device, the extinguishing device being characterized in that the piercing device is made from an at least partially hot-melt material, the cap being able to be secured to the bottle so that the piercing device ruptures the sealing membrane of said bottle and so that the cap hermetically seals the volume of the bottle, wherein the piercing device comprises at least a body and a spike both containing a hot-melt material, wherein the cap comprises a base provided with a perforated wall able to allow the gas to pass, the base containing at least a heat-resistant material, the perforated wall being positioned around the body of the piercing device and the base comprising at least one fixing means for fixing the cap to the bottle, wherein the base comprises at least one fixing wall arranged around the spike of the piercing device, the fixing means belonging to the cap being a screw thread formed on the fixing wall and able to collaborate with a complementary screw thread formed on the bottle.
A composition comprising a component, imazalil, and an antifungal component (II-a), boscalid, wherein the ratio by weight of component to component (II-a) ranges from 4:1 to 1:4 to provide a synergistic antifungal effect, and a carrier.
A soft glycol-modified polyethylene terephthalate (PET-G) resin composition, comprising 5 to 150 parts by weight of paraffin oil with respect to 100 parts by weight of a PET-G resin.
Suspension for a wheeled vehicle provided with at least one wheel and a frame, comprising at least one elastic element functionally combinable between said at least one wheel and said frame, comprising at least one hydro-pneumatic spring functionally combined in series with said at least one elastic element so that the equivalent spring modulus (Keq) of said at least one elastic element and said at least one hydro-pneumatic spring is variable as a function of the distance between said frame and said wheel, said at least one hydro-pneumatic spring being shaped and sized to behave also as an energy dissipator in series to said at least one elastic element, characterized in that it is lacking in at least one fluidic damper arranged in parallel between said frame and said at least one wheel, and in that said at least one hydro-pneumatic spring dissipates kinetic energy of between 20 and 40% of the total kinetic energy collected in each cycle by said hydro-pneumatic spring.
A lighting device comprising: a microwave generator for generating microwaves into a volume, wherein the microwaves are for disinfecting the volume; a lighting load for emitting light for illuminating external objects; and a housing, wherein the housing encloses the volume and is configured to prevent the microwaves from passing through the housing and to pass through the light, characterized in that the lighting device further comprises a presence sensor for detecting a presence in a space, wherein upon detection of a presence, the microwave generator is activated. a microwave generator for generating microwaves into a volume, wherein the microwaves are for disinfecting the volume; a lighting load for emitting light for illuminating external objects; and a housing, wherein the housing encloses the volume and is configured to prevent the microwaves from passing through the housing and to pass through the light, characterized in that the lighting device further comprises a presence sensor for detecting a presence in a space, wherein upon detection of a presence, the microwave generator is activated.
A system for exchanging signals between a device (12, 40, 70) of a vehicle (2, 30, 50) and an external apparatus outside of the vehicle (2, 30, 50) via at least one antenna (8, 36, 56) of the vehicle (2, 30, 50), wherein high-frequency signals with a high value of a frequency are exchanged between the at least one external apparatus and the at least one antenna (8, 36, 56) of the vehicle (2, 30, 50) via electromagnetic waves, wherein the at least one antenna (8, 36, 56) is connected to a first end of a line (18, 44, 72) of the vehicle (2, 30, 50) via at least one first path, and the device (12, 40, 70) is connected to a second end of the line (18, 44, 72) of the vehicle (2, 30, 50) via at least one second path, wherein the system (4, 32a, 32b, 52) has at least one analog-to-digital converter that is disposed along at least one of the two paths, wherein the at least one analog-to-digital converter is designed to digitize the signals before a transport along the line, and wherein the system (4, 32a, 32b, 52) has at least one digital-to-analog converter that is disposed along at least one of the paths, wherein the at least one digital-to-analog converter is designed to analogize the signals after the transport along the line (18, 44, 72), characterized in that the system (4, 32a, 32b, 52) has at least one frequency reduction module (10, 62) that is disposed along at least one of the paths, wherein the at least one frequency reduction module (10, 62) is designed to set the value of the frequency of the high-frequency signals to a low value before a transport along the line (18, 44, 72), wherein the system (4, 32a, 32b, 52) has at least one frequency increase module that is disposed along at least one of the paths, wherein the at least one frequency increase module is designed to set lowfrequency signals back to the original high value of the frequency after the transport along the line (18, 44, 72), wherein the at least one antenna (8, 36, 56), the at least one frequency reduction module (10, 62), and the at least one analog-to-digital converter are disposed along the at least one first path on a chip.