mhurhangee/ep-ind-claims huggingface dataset:
A multiport antenna (200, 300), having at least two antenna motifs formed by circular symmetry and having a sectorial radiation pattern with a first polarisation P1 (210, 220), which are mutually interconnected by two radial conductive parts (200 r1, 200 r2) that they share and which have at least two ports (211, 221), characterised in that the two motifs are composed of two shapes having one and the same centre, a first, outer circle with a diameter a and a second, inner circle with a diameter b, connected by at least two radial conductive parts, the number of which is equal to the number of horizontal motifs of the antenna, a motif with polarisation P1 is formed by a first portion of the first circle and a first portion of the second circle, the two portions (200a, 200b) being connected by a first conductive part (200 r1), said motif having at least one load (212, 222) and at least one port (211, 221) positioned opposite the load, and in that it has at least one motif with a second polarisation P2 that is different from the first polarisation P1, said motif has a first portion and a second portion, the two portions being connected by at least one radial conductive part (200 r1) shared with the motifs having the first polarisation P1, said motif with the second polarisation P2 has a port and a load positioned opposite a port, for one and the same motif. a first, outer circle with a diameter a and a second, inner circle with a diameter b, connected by at least two radial conductive parts, the number of which is equal to the number of horizontal motifs of the antenna, a motif with polarisation P1 is formed by a first portion of the first circle and a first portion of the second circle, the two portions (200a, 200b) being connected by a first conductive part (200 r1), said motif having at least one load (212, 222) and at least one port (211, 221) positioned opposite the load, and in that it has at least one motif with a second polarisation P2 that is different from the first polarisation P1, said motif has a first portion and a second portion, the two portions being connected by at least one radial conductive part (200 r1) shared with the motifs having the first polarisation P1, said motif with the second polarisation P2 has a port and a load positioned opposite a port, for one and the same motif.
Rubber composition usable as tread for a winter tyre and which comprises at least a diene elastomer, more than 30 phr of a plasticizer which is liquid at 23°C, and between 50 and 150 phr of a reinforcing filler, characterized in that it comprises between 5 and 40 phr of magnesium sulphate microparticles, the median size by weight of which is measured by laser diffraction according to Standard ISO-8130-13 is between 1 μm and 1 mm.
An apparatus comprising: a fixation adapter (10, 250) for mounting on a handlebar, the fixation adapter (10, 250) comprising a body (20; 50) having a pin (30, 300) defined by a projection in a top portion of the body of the fixation adapter (10, 250) that fits into a hole in the handle bar to secure the body (20; 50) to the handlebar and a latch (70, 340) on a bottom portion of the body to fixedly lock to a control unit housing (100, 230); and the control unit housing (100, 230) slidably mounted to the fixation adapter (10, 250), the control unit housing (100, 230) comprising a mounting area (170, 330) for mating to the latch (70, 340) of the fixation adapter (10, 250), wherein the control unit housing (100, 230) further comprises two half shells (110, 210; 120, 200) configured to be fixedly joined together for securing around the handlebar. a fixation adapter (10, 250) for mounting on a handlebar, the fixation adapter (10, 250) comprising a body (20; 50) having a pin (30, 300) defined by a projection in a top portion of the body of the fixation adapter (10, 250) that fits into a hole in the handle bar to secure the body (20; 50) to the handlebar and a latch (70, 340) on a bottom portion of the body to fixedly lock to a control unit housing (100, 230); and the control unit housing (100, 230) slidably mounted to the fixation adapter (10, 250), the control unit housing (100, 230) comprising a mounting area (170, 330) for mating to the latch (70, 340) of the fixation adapter (10, 250), wherein the control unit housing (100, 230) further comprises two half shells (110, 210; 120, 200) configured to be fixedly joined together for securing around the handlebar.
An optoelectronic sensor having a light receiver comprising a plurality of avalanche photo diode elements for the detection of reception light from a monitoring area which are each biased with a bias voltage above a breakthrough voltage and are thus operated in a Geiger mode, and having reception optics arranged in front of the light receiver comprising a focusing element and an aperture, characterized in that the aperture is arranged in a far field focal plane of the focusing element, in that the area ratio of aperture and light receiver is at most 1/10 and in that the reception optics comprises an optical funnel element which is arranged between the aperture and the light receiver.
Method for governing a reference speed (v ref_dhsc) being a setpoint with which a downhill speed control system in a vehicle controls one or more braking devices of the vehicle in connection with a downhill gradient, which results in an increased reference speed (v ref_dhsc_schwung) in a final part of said downhill gradient, the method comprising - simulation of at least one future speed profile (v sim) for an actual speed for said vehicle on a section of road in front of said vehicle, where said simulation is based on topographic information; - establishment of whether said reference speed (v ref_dhsc) is to be allocated said increased reference speed (v ref_dhsc_schwung), where said establishment is based on a comparison of said simulated future speed profile (v sim) with said increased reference speed (v ref_dhsc_schwung) and/or with an infringement speed (v sl); and - allocation of said increased reference speed (v ref_dhsc_schwung) to said reference speed (v ref_dhsc) if this has been established. - simulation of at least one future speed profile (v sim) for an actual speed for said vehicle on a section of road in front of said vehicle, where said simulation is based on topographic information; - establishment of whether said reference speed (v ref_dhsc) is to be allocated said increased reference speed (v ref_dhsc_schwung), where said establishment is based on a comparison of said simulated future speed profile (v sim) with said increased reference speed (v ref_dhsc_schwung) and/or with an infringement speed (v sl); and - allocation of said increased reference speed (v ref_dhsc_schwung) to said reference speed (v ref_dhsc) if this has been established.
A method of communicating with an implantable medical device, comprising: exchanging a key with the implantable medical device over a first proximity communication; beginning a first far field communication session with the implantable medical device and exchanging communications during the first far field communication session with the implantable medical device where the implantable medical device implements the key when exchanging the communications; terminating the first far field communication session; attempting to exchange a second key over a second proximity communication after terminating the first communication session; attempting to begin a second far field communication session where the external device expects communications of the second session, including a response to the attempt, to use the second key; if no response is received to the attempt to begin the second far field communication session that uses the second key, then attempting to begin the second far field communication session where the external device expects communications of the second session, including the response to the attempt, to use the first key; and if a response that uses the first key is received to the attempt to begin the second far field communication where the external device expects the response to use the first key, then conducting the second far field communication session where communications of the second session use the first key. exchanging a key with the implantable medical device over a first proximity communication; beginning a first far field communication session with the implantable medical device and exchanging communications during the first far field communication session with the implantable medical device where the implantable medical device implements the key when exchanging the communications; terminating the first far field communication session; attempting to exchange a second key over a second proximity communication after terminating the first communication session; attempting to begin a second far field communication session where the external device expects communications of the second session, including a response to the attempt, to use the second key; if no response is received to the attempt to begin the second far field communication session that uses the second key, then attempting to begin the second far field communication session where the external device expects communications of the second session, including the response to the attempt, to use the first key; and if a response that uses the first key is received to the attempt to begin the second far field communication where the external device expects the response to use the first key, then conducting the second far field communication session where communications of the second session use the first key.
A printing process which comprises directing droplets of an ink onto an intermediate transfer member to form an ink image, the ink including an organic polymeric resin and a coloring agent in an aqueous carrier, and the transfer member having a hydrophobic outer surface, each ink droplet in the ink image spreading on impinging upon the intermediate transfer member to form a flattened liquid ink droplet; drying the ink while the ink image is being transported by the intermediate transfer member by evaporating the aqueous carrier from the ink image to leave a residue film of resin and coloring agent; and transferring the residue film to a substrate, wherein the chemical compositions of the ink and of the surface of the intermediate transfer member are selected such that attractive intermolecular forces between charged molecules in the outer surface of each droplet and charged molecules in, or applied to, the surface of the intermediate transfer member counteract the tendency of each flattened liquid ink droplet to bead under the action of the surface tension of the aqueous carrier, without causing each flattened liquid ink droplet to spread by wetting the surface of the intermediate transfer member.
A method performed by an apparatus configurable to provide functions of a first virtual access point, VAP, corresponding to a first basic service set, BSS, associated with a first BSS identifier, BSSID, and a second VAP corresponding to a second BSS associated with a second BSSID, the method comprising: determining a first BSS profile for the second VAP by customizing one or more management elements of management information of the first VAP, said first BSS profile including the one or more customized management elements for use by the second BSS associated with the second VAP, wherein the management information of the first VAP includes one or more of a capability, a configuration, a requirement, or a restriction of the first BSS; configuring a first non-inheritance element of the first BSS profile associated with the second VAP to indicate that usage of at least one management element of the management information by the second BSS associated with the second VAP is disabled; generating a management frame that comprises the first BSS profile; and outputting the management frame for transmission. determining a first BSS profile for the second VAP by customizing one or more management elements of management information of the first VAP, said first BSS profile including the one or more customized management elements for use by the second BSS associated with the second VAP, wherein the management information of the first VAP includes one or more of a capability, a configuration, a requirement, or a restriction of the first BSS; configuring a first non-inheritance element of the first BSS profile associated with the second VAP to indicate that usage of at least one management element of the management information by the second BSS associated with the second VAP is disabled; generating a management frame that comprises the first BSS profile; and outputting the management frame for transmission.
A manufacturing method of a plate precursor having a needle-like protrusion, the method comprising: a preparation step of preparing a cutting tool comprising at least one blade conforming to an external shape of the needle-like protrusion, and a base material; and a cutting step of cutting the base material by rotating the cutting tool about a tool axis of the cutting tool and revolving the cutting tool around an axis of the needle-like protrusion to be formed on the base material to form the needle-like protrusion having a shape conforming to a shape of the cutting tool. a preparation step of preparing a cutting tool comprising at least one blade conforming to an external shape of the needle-like protrusion, and a base material; and a cutting step of cutting the base material by rotating the cutting tool about a tool axis of the cutting tool and revolving the cutting tool around an axis of the needle-like protrusion to be formed on the base material to form the needle-like protrusion having a shape conforming to a shape of the cutting tool.
A downhole system comprising: a tubular production string comprising an upper portion and a lower portion; a Y-tool configured and located to provide an oil flow path between the upper portion and the lower portion of the production string, the Y-tool including a passage extending laterally from the side of the Y-tool; an injector insert apparatus positioned within the Y-tool and in the oil flow path of the Y-tool, the injector insert apparatus comprising a body having an oil passage for oil from the lower portion to the upper portion of the production string, the body further having an annular chamber extending around the oil passage, the annular chamber having an opening to the passage, and at least one injector orifice extending upwardly from the annular chamber to communicate with one of the oil passage or the oil flow path of the upper portion of the production string; a combustor configured to generate high temperature, high pressure exhaust gases; a heat exchanger operably coupled to the combustor to receive and cool the high temperature, high pressure exhaust gases with a fluid to form a thermal gas medium, the heat exchanger operably coupled to an inlet of the passage of the Y-tool. a tubular production string comprising an upper portion and a lower portion; a Y-tool configured and located to provide an oil flow path between the upper portion and the lower portion of the production string, the Y-tool including a passage extending laterally from the side of the Y-tool; an injector insert apparatus positioned within the Y-tool and in the oil flow path of the Y-tool, the injector insert apparatus comprising a body having an oil passage for oil from the lower portion to the upper portion of the production string, the body further having an annular chamber extending around the oil passage, the annular chamber having an opening to the passage, and at least one injector orifice extending upwardly from the annular chamber to communicate with one of the oil passage or the oil flow path of the upper portion of the production string; a combustor configured to generate high temperature, high pressure exhaust gases; a heat exchanger operably coupled to the combustor to receive and cool the high temperature, high pressure exhaust gases with a fluid to form a thermal gas medium, the heat exchanger operably coupled to an inlet of the passage of the Y-tool.
Case for a timepiece, said case including a middle part for receiving at least one movement surmounted by a dial, said dial directly or indirectly carrying an upper sub-assembly or a crystal in proximity to an upper portion of said middle part or of a bezel fixed to said middle part, and said case further including a back cover cooperating with said middle part in proximity to a lower portion of said middle part opposite to said upper portion, characterized in that said middle part includes a device for the removal or adjustment of said upper sub-assembly or of said crystal, said removal device including a plurality of pushers each movable in relation to said middle part in a sink comprised in said middle part, parallel to an axial direction of assembly/disassembly of the components of said timepiece, to transmit directly or indirectly via a push plate comprised in said case, only to said dial a force applied to each said pusher in said axial direction from said lower portion, said force being transmitted by said dial to said upper sub-assembly or to said crystal.
A system for applying a sealing agent to the inner surface of a cavity of a pneumatic tyre comprising an applicator device for applying sealing agent to said inner surface made movable in order to move itself into and out of the inner cavity and comprising a sealing agent supply circuit connected to the applicator device and having: - a sealing agent collection device comprising a tank defined by a casing having a variable volume collection chamber; - a sealing agent heating device having a heating element that is actuated in order to maintain the temperature of the sealing agent at a reference value; and - a sealing agent supply device implemented by means of a pumping device that supplies the sealing agent to the applicator device; a movable piston which axially delimits the collection chamber; an extractor element intended to move with a reciprocating motion in such a way as to draw the sealing agent into the collection chamber and to supply it to the pumping device; a piston position control device; and a level sensor intended to detect the amount of sealing agent contained within the tank; wherein the passage of the control device, at the position of the level sensor, determines the beginning of depletion position of the tank and a completely empty position of the tank; and wherein the extractor element and the heating element are controlled as a function of said positions. - a sealing agent collection device comprising a tank defined by a casing having a variable volume collection chamber; - a sealing agent heating device having a heating element that is actuated in order to maintain the temperature of the sealing agent at a reference value; and - a sealing agent supply device implemented by means of a pumping device that supplies the sealing agent to the applicator device; a movable piston which axially delimits the collection chamber; an extractor element intended to move with a reciprocating motion in such a way as to draw the sealing agent into the collection chamber and to supply it to the pumping device; a piston position control device; and a level sensor intended to detect the amount of sealing agent contained within the tank; wherein the passage of the control device, at the position of the level sensor, determines the beginning of depletion position of the tank and a completely empty position of the tank; and wherein the extractor element and the heating element are controlled as a function of said positions.
Method for managing the functionality of medical devices (4, 5, 6, 7) in a device group upon input of user-specific information, for a first of the devices in the device group, comprising the steps of: - automatic creation of a replacement data set, comprising at least part of the input user-specific information, by means of the first device, - provision of said replacement data set by the input device for at least one second device (4, 5, 6, 7) in the device group, wherein a replacement data set is sent to the second device (4, 5, 6, 7) directly after the creation, but can also still be retrieved at a later point in time on request, and wherein the second device (4, 5, 6, 7) which contains the replacement data set forwards this to a third device (4, 5, 6, 7), - automatic adjustment of the settings of the second device (4, 5, 6, 7) and third device (4, 5, 6, 7) according to the replacement data set and/or processing of data of the replacement data set. - automatic creation of a replacement data set, comprising at least part of the input user-specific information, by means of the first device, - provision of said replacement data set by the input device for at least one second device (4, 5, 6, 7) in the device group, wherein a replacement data set is sent to the second device (4, 5, 6, 7) directly after the creation, but can also still be retrieved at a later point in time on request, and wherein the second device (4, 5, 6, 7) which contains the replacement data set forwards this to a third device (4, 5, 6, 7), - automatic adjustment of the settings of the second device (4, 5, 6, 7) and third device (4, 5, 6, 7) according to the replacement data set and/or processing of data of the replacement data set.
A flame simulating device, comprising a mist generating chamber, an air orifice and a nozzle, wherein the nozzle is disposed above the mist generating chamber and the nozzle is elongated, the air orifice is disposed below the nozzle, the mist generating chamber is confined in a mist generating chamber housing, the mist generating chamber is provided with a mist outlet, the mist outlet, the air orifice and the nozzle communicate with each other, a light source, wherein the light source is disposed along the longitudinal direction of the nozzle and on one side or both sides of the nozzle and a transparent cover is disposed above the light source, characterized in that an air flow blown from the air orifice converges by an increasingly smaller width A of an air nozzle in the air orifice and is then discharged, and while flowing to the nozzle, the converging air flow adsorbs and leads the mist out of the mist outlet under the Venturi effect to discharge from the nozzle wherein an air duct is disposed to be connected to the air orifice, and a fan is disposed on a side wall and/or a bottom wall of the air duct, the mist outlet is disposed along a longitudinal direction of the nozzle and the nozzle is defined by nozzle walls on both sides in the longitudinal direction, and the surface of the nozzle wall is a smooth Coanda curved surface, at least the nozzle wall on one side of the light source is made of a transparent material, and light emitted from the light source is capable of irradiating on and above an outlet of the nozzle.