mhurhangee/patent-ind-claim-en huggingface dataset:
A sealing gasket formed as a single piece of resilient material and comprising: - a first toric part having a first torus diameter (D1) and a first cross section with a first dimension (d1) which is constant in all directions; - a second toric part having a second torus diameter (D2) greater than the first torus diameter (D1) and a second cross section with a second dimension (d2) which is constant in all directions; and - at least two arms , each having a cross section with a dimension (S) which is constant in all directions and comprising a first end and a second end, each first end being linked to the first toric part and each second end being linked to the second toric part ; characterized in that, in a folded state, said sealing gasket is substantially planar, and in that , for each arm, said first end is a first bend oriented in a first direction and said second end is a second bend oriented in a second direction, said second direction being opposed to said first direction, in such a way that each arm extends substantially circumferentially between its first bend and its second bend , the first bends of the different arms being further all oriented in the same first direction, and accordingly the second bends of the different arms being all oriented in the same second direction, so that the gasket can be deployed by a helical unwinding in a three dimensional unfolded state. - a first toric part having a first torus diameter (D1) and a first cross section with a first dimension (d1) which is constant in all directions; - a second toric part having a second torus diameter (D2) greater than the first torus diameter (D1) and a second cross section with a second dimension (d2) which is constant in all directions; and - at least two arms , each having a cross section with a dimension (S) which is constant in all directions and comprising a first end and a second end, each first end being linked to the first toric part and each second end being linked to the second toric part ;
A connector for a coupling arrangement , the connector comprising a female duct with an opening provided for receiving at least a male duct of a second connector , further comprising a circumferential sleeve being fixed to the female duct in axial direction , the sleeve providing at least one slot , in particular at least three slots arranged in a circumferential wall of the sleeve , wherein a locking element is provided having at least one insertion part , the at least one insertion part of the locking element extending through the at least one slot into the opening of the female duct and intended for clamping the male duct by extending, in a closed state of the locking element , into a circumferential locking groove of the male duct , when the second connector is arranged in its end position in the first connector , characterized in that the sleeve is an external metallic part, wherein the female duct is made of thermoplastic material, wherein the external metallic sleeve is mounted axially and is crimped by bending teeth against a shoulder around the thermoplastic female duct .
A gateway for communication between a first network and a second network and wherein the gateway is coupled to a controller in the second network via a first communication route for forming a distributed gateway , wherein the gateway is arranged to act as a bridge to networked devices in the first network for obtaining gateway functions for the first network from the controller and wherein: - the gateway is arranged to access a second communication route and wherein: - the gateway is arranged to request an IP address for communicating with the controller in the second network, and - the gateway is arranged to couple to the controller via the second communication route on IP level and to set up a layer-2 over layer-3 tunnel for forming the distributed gateway upon connection failure of the first communication route . - the gateway is arranged to access a second communication route and wherein: - the gateway is arranged to request an IP address for communicating with the controller in the second network, and - the gateway is arranged to couple to the controller via the second communication route on IP level and to set up a layer-2 over layer-3 tunnel for forming the distributed gateway upon connection failure of the first communication route . - the gateway is arranged to request an IP address for communicating with the controller in the second network, and - the gateway is arranged to couple to the controller via the second communication route on IP level and to set up a layer-2 over layer-3 tunnel for forming the distributed gateway upon connection failure of the first communication route .
A method for managing video streaming on a computer network, the method comprising: reviewing a traffic flow to determine whether the traffic flow is a video streaming traffic flow; if the traffic flow is a video streaming traffic flow, determine at least one video characteristic associated with the video streaming traffic flow; determining a state of the video streaming traffic flow; determining a priority of the video streaming traffic flow based on the at least one characteristic and the state of the video streaming traffic flow; determining the application type of the video streaming traffic flow as one of the at least one video characteristic; determining a ratio of bandwidth consumption for the application type associated with the video streaming application; and allocating bandwidth to the video streaming traffic flow based on the priority and the ratio of bandwidth consumption for the application type, and if the traffic flow is not a video streaming traffic flow, allowing the traffic flow to continue with the traffic flow's current priority. reviewing a traffic flow to determine whether the traffic flow is a video streaming traffic flow; if the traffic flow is a video streaming traffic flow, determine at least one video characteristic associated with the video streaming traffic flow; determining a state of the video streaming traffic flow; determining a priority of the video streaming traffic flow based on the at least one characteristic and the state of the video streaming traffic flow; determining the application type of the video streaming traffic flow as one of the at least one video characteristic; determining a ratio of bandwidth consumption for the application type associated with the video streaming application; and allocating bandwidth to the video streaming traffic flow based on the priority and the ratio of bandwidth consumption for the application type, and if the traffic flow is not a video streaming traffic flow, allowing the traffic flow to continue with the traffic flow's current priority. determining a state of the video streaming traffic flow; determining a priority of the video streaming traffic flow based on the at least one characteristic and the state of the video streaming traffic flow; determining the application type of the video streaming traffic flow as one of the at least one video characteristic; determining a ratio of bandwidth consumption for the application type associated with the video streaming application; and allocating bandwidth to the video streaming traffic flow based on the priority and the ratio of bandwidth consumption for the application type, and if the traffic flow is not a video streaming traffic flow, allowing the traffic flow to continue with the traffic flow's current priority.
A system for separating a compound action potential from an artefact in a neural recording, the system comprising: a memory storing a set of basis functions comprising at least one compound action potential basis function and at least one artefact basis function; an input for receiving a neural recording of electrical activity in neural tissue; and a processor configured to decompose the neural recording by determining at least one of a compound action potential and an artefact using the set of basis functions, and further configured to output an estimate of at least one of a compound action potential and an artefact. a memory storing a set of basis functions comprising at least one compound action potential basis function and at least one artefact basis function; an input for receiving a neural recording of electrical activity in neural tissue; and a processor configured to decompose the neural recording by determining at least one of a compound action potential and an artefact using the set of basis functions, and further configured to output an estimate of at least one of a compound action potential and an artefact.
A method for transmit power control by a user equipment, UE, comprising: transmitting a random access channel preamble to an evolved Node B, eNB; receiving a random access response from the eNB in response to the random access channel preamble successfully received by the eNB, the random access response comprising a transmit power control command indicating a relative power density spectrum change from transmit power used for a preceding successful transmission of the random access channel preamble; and setting transmit power control for a first message transmitted on a physical uplink shared channel based, at least in part, on the transmit power control command. transmitting a random access channel preamble to an evolved Node B, eNB; receiving a random access response from the eNB in response to the random access channel preamble successfully received by the eNB, the random access response comprising a transmit power control command indicating a relative power density spectrum change from transmit power used for a preceding successful transmission of the random access channel preamble; and setting transmit power control for a first message transmitted on a physical uplink shared channel based, at least in part, on the transmit power control command.
A belt for a sleeve roll of a paper, board, pulp or tissue machine, the belt forming a closed loop and having an inner surface and an outer surface , where the belt comprises: - an elastic body having an outer surface , and - a reinforcing structure , wherein - the reinforcing structure comprises ∘ first yarns arranged to a first direction (D1) of the belt, and ∘ second yarns arranged to a second direction (D2) of the belt, wherein - the second yarns are arranged, at least partially, on the elastic body , and - such that each second yarn is arranged to a depth of equal to or less than 2 mm, measured from the outer surface of the elastic body to a bottom (32a-i) of the second yarn in a depth direction of the belt wherein - a number of the second yarns is from 140 yarns/m to 620 yarns/m, and/or - a number of the first yarns is from 140 yarns/m to 620 yarns/m - an elastic body having an outer surface , and - a reinforcing structure , - the reinforcing structure comprises ∘ first yarns arranged to a first direction (D1) of the belt, and ∘ second yarns arranged to a second direction (D2) of the belt, ∘ first yarns arranged to a first direction (D1) of the belt, and ∘ second yarns arranged to a second direction (D2) of the belt, - the second yarns are arranged, at least partially, on the elastic body , and - such that each second yarn is arranged to a depth of equal to or less than 2 mm, measured from the outer surface of the elastic body to a bottom (32a-i) of the second yarn in a depth direction of the belt wherein - a number of the second yarns is from 140 yarns/m to 620 yarns/m, and/or - a number of the first yarns is from 140 yarns/m to 620 yarns/m
A method for managing a power steering , said power steering comprising at least one assist motor intended for outputting an assistance force (C assist ), said method comprises a step (a) for detecting a steering reversal comprising acquiring a signal, called « motor torque signal » (C mot ), which is representative of the assistance force (C assist ) output by the assist motor , and then evaluating the time derivative ∂ C Mot ∂ t of said motor torque signal, then comparing said time derivative of the motor torque signal to a predetermined variation threshold (S peak ) for detecting a derivative peak greater than said predetermined variation threshold (S peak ), which indicates a reversal of the steering direction of the power steering, said method being characterized in that during the steering reversal detection step (a), a selective peak filter is carried out by timing the duration (d peak ), called « peak holding duration », during which the time derivative of the motor torque signal ∂ C Mot ∂ t is held above the variation threshold (S peak ), after having crossed said variation threshold (S peak ), and by indicating a steering reversal if the peak holding duration (d peak ) is greater than or equal to a predetermined minimum duration threshold (d 0 ).
A multistage pump with axial thrust optimization, the multistage pump comprising: a bypass system configured for the axial thrust optimization, the bypass system including: a throttle bush provided proximally to a clearance gap ("Se"), wherein the throttle bush defines a bypass line , such that the clearance gap ("Se") is configured to receive a balancing flow through the bypass line for increasing a pressure in the clearance gap ("Se") for axial thrust optimization, characterized in that the throttle bush includes a flow control device disposed at one end of the bypass line proximal to the clearance gap ("Se").
Female part for excavators and the like, of the type having a body with a cavity comprising a bottom end , an open end, and walls , wherein at least one of said walls has a first hole that goes through it and characterized in that said wall with the first hole comprises a second hole with a retention structure or retention configuration for attaching a retention device within the same and the second hole is placed between the bottom end of the cavity and the first hole , separated from said first hole .
A steering column , comprising: - a base ; - a lower section , hinged to the base ; - an intermediate section , hinged to the lower section ; - an actuation lever operable between a locked position, in which the actuation lever is in stable equilibrium and constrains the mutual rotation of the lower section relative to the base and the mutual rotation of the intermediate section relative to the lower section , and a first unlocked position or a second unlocked position, distinct from each other, in each of which it respectively releases one of the mutual rotation of the lower section relative to the base and the mutual rotation of the intermediate section relative to the lower section , characterized in that in the first unlocked position and in the second unlocked position, the actuation lever can be positioned in two distinct respective stable equilibrium positions. - a base ; - a lower section , hinged to the base ; - an intermediate section , hinged to the lower section ; - an actuation lever operable between a locked position, in which the actuation lever is in stable equilibrium and constrains the mutual rotation of the lower section relative to the base and the mutual rotation of the intermediate section relative to the lower section , and a first unlocked position or a second unlocked position, distinct from each other, in each of which it respectively releases one of the mutual rotation of the lower section relative to the base and the mutual rotation of the intermediate section relative to the lower section , characterized in that in the first unlocked position and in the second unlocked position, the actuation lever can be positioned in two distinct respective stable equilibrium positions.
A random access method executed by a base station for communication between a user equipment, LTE, and the base station , comprising: the base station receiving a first message transmitted from the UE , wherein the first message for random access in an unlicensed frequency band includes a preamble message and a signal message; the base station decoding (S102) the first message comprising the preamble message and the signal message transmitted (S101) from the UE ; the base station transmitting, when successfully decoding the first message, a second message and a fourth message at one time to the UE to notify the UE that random access for the UE is successful; wherein when the preamble message is successfully decoded while decoding of the signal message has failed, the base station storing the signal message, and transmitting (S103) the second message configured to request the UE to transmit (S104) a third message comprising the signal message; upon reception of the third message transmitted in response to the second message, the base station decoding (S105) the signal message from the third message in conjunction with the stored signal message based on a chase combine mechanism; and when both the preamble message and the signal message are successfully decoded, the base station transmitting the fourth message configured to notify the UE that the random access for the UE is successful; wherein the second message comprises at least one of a time adjustment information, a cell radio network temporary identity, and an uplink resource allocation; and the fourth message comprises a contention resolution. the base station receiving a first message transmitted from the UE , wherein the first message for random access in an unlicensed frequency band includes a preamble message and a signal message; the base station decoding (S102) the first message comprising the preamble message and the signal message transmitted (S101) from the UE ; the base station transmitting, when successfully decoding the first message, a second message and a fourth message at one time to the UE to notify the UE that random access for the UE is successful; wherein when the preamble message is successfully decoded while decoding of the signal message has failed, the base station storing the signal message, and transmitting (S103) the second message configured to request the UE to transmit (S104) a third message comprising the signal message; upon reception of the third message transmitted in response to the second message, the base station decoding (S105) the signal message from the third message in conjunction with the stored signal message based on a chase combine mechanism; and when both the preamble message and the signal message are successfully decoded, the base station transmitting the fourth message configured to notify the UE that the random access for the UE is successful; wherein the second message comprises at least one of a time adjustment information, a cell radio network temporary identity, and an uplink resource allocation; and the fourth message comprises a contention resolution.
An elevator apparatus comprising a door opening side vertical frame , a door closing side vertical frame , a gateway upper frame connecting the upper parts of both the vertical frames, those constituting a platform gateway at an elevator platform, an opening and closing door to open and close the platform gateway and being configured so that a door hanger suspended on a hanger rail fixed to a hoistway is installed at the upper part of the opening and closing door, and a hanger roller (5a-d) rolling over the hanger rail and having a buffer material comprising a synthetic resin over a rolling surface which is installed at the door hanger , characterized by a buffer material receiving member (14a, 14b-1, 14b-2) extending in the shifting directions of the hanger roller (5a-d), receiving the buffer material of a melting state, and inhibiting the buffer material from dropping over the gateway upper frame is arranged between the upper part of the gateway upper frame and the hanger roller (5a-d).
A method , performed by a user equipment UE, in idle mode, for determining common search space, CSS, for NB-IoT paging, the method comprising: determining a set of subframes as a Paging Occasion subframe pattern; monitoring a starting subframe of CSS for a Radio Network Temporary Identifier, RNTI, wherein the CSS is CSS for NB-IoT paging; wherein the starting subframe of CSS is determined as follows: use a first subframe , defined by the Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe. determining a set of subframes as a Paging Occasion subframe pattern; monitoring a starting subframe of CSS for a Radio Network Temporary Identifier, RNTI, wherein the CSS is CSS for NB-IoT paging; wherein the starting subframe of CSS is determined as follows: use a first subframe , defined by the Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe. use a first subframe , defined by the Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe.
An elastomeric EMI shielding gasket for sealing aircraft fuel tank access doors and panels to the fuel tank access port, the gasket being annular in shape with a hollow core section, the gasket being a unitary elastomeric structure having embedded therein an electrically conductive mesh for establishing electrical conductivity between adjacent metallic surfaces, wherein the gasket further comprises, as contiguous regions, an inner region , a central region, and an outer region , the inner and outer regions (6; 8) having the same thickness, the central region further comprising an intermediate zone bounded by two peripheral zones (10; 12), the peripheral zones (10; 12) having a thickness less than the thickness of the inner and outer regions (6; 8), and in which the intermediate zone has a thickness greater than the thickness of the peripheral zones (10; 12) and equal to the thickness of the inner and outer regions (6; 8).
A vibratory cavity density meter (100-300) comprising: a pipe (110-310) extending from a first end (110a-310a) to a second end (110b-310b), wherein: the first end (110-310) is configured to couple to a container and includes an aperture (114-314) configured to receive a material from the container ; and the second end (110b-310b) is self-enclosed so as to contain and prevent a flow of the material through the pipe (1 10a-310a); and at least one transducer directly coupled to the pipe (110-310), the at least one transducer configured to induce and sense a vibration in the pipe (110-310) in case of one transducer and, in case of more than one transducer, at least one transducer is configured to induce and at least one transducer is configured to sense a vibration in the pipe to measure a density of the material. a pipe (110-310) extending from a first end (110a-310a) to a second end (110b-310b), wherein: the first end (110-310) is configured to couple to a container and includes an aperture (114-314) configured to receive a material from the container ; and the second end (110b-310b) is self-enclosed so as to contain and prevent a flow of the material through the pipe (1 10a-310a); and the first end (110-310) is configured to couple to a container and includes an aperture (114-314) configured to receive a material from the container ; and the second end (110b-310b) is self-enclosed so as to contain and prevent a flow of the material through the pipe (1 10a-310a); and at least one transducer directly coupled to the pipe (110-310), the at least one transducer configured to induce and sense a vibration in the pipe (110-310) in case of one transducer and, in case of more than one transducer, at least one transducer is configured to induce and at least one transducer is configured to sense a vibration in the pipe to measure a density of the material.
A polymer comprising at least two substances (monomers) which bind to amyloid-beta oligomers, where one substance (monomer) of the at least two substances is SEQ ID NO:1 (RD2).