mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a mesh gateway of a mesh wireless local area network, WLAN, the method comprising: on a condition that a trigger event is detected, transmitting, to a mesh access point, MAP,, of the mesh WLAN, a message indicating that the trigger event is detected; establishing a station, STA, mode connection with the MAP after the MAP transitions from an access point, AP, mode to the STA mode; transmitting, to the MAP in STA mode, a mesh announcement message including a first network identifier, NI, to enable the MAP to determine, based on the first NI and a second NI, that the mesh gateway is a replacement mesh gateway, wherein the second NI is associated with the mesh WLAN while the replaced mesh gateway was part of it; receiving, from the MAP in STA mode, a join request message including mesh configuration information associated with the mesh WLAN; establishing a mesh connection with the MAP using the mesh configuration information; and transmitting a mesh announcement message including a mesh peer list based on the mesh configuration information. on a condition that a trigger event is detected, transmitting, to a mesh access point, MAP,, of the mesh WLAN, a message indicating that the trigger event is detected; establishing a station, STA, mode connection with the MAP after the MAP transitions from an access point, AP, mode to the STA mode; transmitting, to the MAP in STA mode, a mesh announcement message including a first network identifier, NI, to enable the MAP to determine, based on the first NI and a second NI, that the mesh gateway is a replacement mesh gateway, wherein the second NI is associated with the mesh WLAN while the replaced mesh gateway was part of it; receiving, from the MAP in STA mode, a join request message including mesh configuration information associated with the mesh WLAN; establishing a mesh connection with the MAP using the mesh configuration information; and transmitting a mesh announcement message including a mesh peer list based on the mesh configuration information.
Protecting helmet comprising a rigid outer shell, a front opening in said rigid shell for the face of a user, a protective visor at least rotatable between a lowered position intercepting, at least partially, the front opening and a raised position disengaged from said front opening, and a raising/lowering mechanism to raise/lower the protective visor, the raising/lowering mechanism comprising: • at least one base member, movably or integrally constrained to, or made in a single piece with, the outer shell, and arranged in a side position with respect to said front opening; • at least one fastening pin constrained in a respective opening of the protective visor; wherein said base member comprises a seat adapted to rotatably and reversibly house said fastening pin; wherein said seat of said base member comprises at least one elastic countering member for said fastening pin; characterized in that said base member comprises an unlocking device configured to operate on the elastic countering member to release the fastening pin from the seat. • at least one base member, movably or integrally constrained to, or made in a single piece with, the outer shell, and arranged in a side position with respect to said front opening; • at least one fastening pin constrained in a respective opening of the protective visor;
A puller/installer comprising: a draw plate defining a draw plate cam surface, and a threaded central hole; a split ring defining at least one split ring cam surface, the split ring being arranged such that the at least one split ring cam surface is in contact with the draw plate cam surface; a cap plate defining at least one through hole; a rod comprising a threaded proximal end engaging the threaded central hole; and an anchor, the rod supported for movement relative to the anchor characterised in that: the draw plate further defines at least one threaded opening; and the puller/installer further comprises: at least one draw member comprising a bolt inserted through the at least one through hole and threaded into the at least one threaded opening such that rotation of the bolt draws the cap plate and the draw plate towards each other such that the draw plate cam surface engages the at least one split ring cam surface to deform the split ring to alter an effective diameter of the puller/installer, wherein the rod is for being displaced by a drive system relative to the anchor to displace the draw plate relative to the anchor. a draw plate defining a draw plate cam surface, and a threaded central hole; a split ring defining at least one split ring cam surface, the split ring being arranged such that the at least one split ring cam surface is in contact with the draw plate cam surface; a cap plate defining at least one through hole; a rod comprising a threaded proximal end engaging the threaded central hole; and an anchor, the rod supported for movement relative to the anchor characterised in that: the draw plate further defines at least one threaded opening; and the puller/installer further comprises: at least one draw member comprising a bolt inserted through the at least one through hole and threaded into the at least one threaded opening such that rotation of the bolt draws the cap plate and the draw plate towards each other such that the draw plate cam surface engages the at least one split ring cam surface to deform the split ring to alter an effective diameter of the puller/installer, wherein the rod is for being displaced by a drive system relative to the anchor to displace the draw plate relative to the anchor. the draw plate further defines at least one threaded opening; and the puller/installer further comprises: at least one draw member comprising a bolt inserted through the at least one through hole and threaded into the at least one threaded opening such that rotation of the bolt draws the cap plate and the draw plate towards each other such that the draw plate cam surface engages the at least one split ring cam surface to deform the split ring to alter an effective diameter of the puller/installer,
Flat knitting machine with at least one needle bed and at least one thread insertion guide, moveable along the at least one needle bed and equipped with a thread guide organ for inserting at least one knitting thread into needles of the needle bed, and with at least one thread supply guide, supplying the at least one knitting thread to the at least one thread insertion guide, characterised in that the two thread guides (10, 11) are moveable together along the at least one needle bed in such a way that their mutual distance is adjustable in every movement direction (12, 13) of the thread guides (10, 11) during their joint movement along the at least one needle bed.
A method for measuring total chlorine in a seawater sample, comprising: preparing a neutral pH solution with a thiocarbamate-based indicator; introducing the thiocarbamate-based indicator to a seawater sample, wherein the seawater sample contains an amount of total chlorine; adding a potassium iodide additive to the seawater sample, wherein the potassium iodide additive accelerates the reaction rate between the thiocarbamate-based indicator and total chlorine and causes a change in fluorescence of the seawater sample; and measuring the amount of total chlorine in the seawater sample by measuring an intensity of the fluorescence. preparing a neutral pH solution with a thiocarbamate-based indicator; introducing the thiocarbamate-based indicator to a seawater sample, wherein the seawater sample contains an amount of total chlorine; adding a potassium iodide additive to the seawater sample, wherein the potassium iodide additive accelerates the reaction rate between the thiocarbamate-based indicator and total chlorine and causes a change in fluorescence of the seawater sample; and measuring the amount of total chlorine in the seawater sample by measuring an intensity of the fluorescence.
Composition comprising at least one block copolymer which is soluble or which exhibits a stable dispersion in water and which has at least one block consisting of a conjugated polymer and at least one block consisting of a polyelectrolyte polymer of styrene-styrene sulfonate type.
An attachment means (52, 90) arranged to engage with an edge portion (26, 28) of a heat exchanger plate for fastening a gasket to a first side of the heat exchanger plate, comprising a first connection member (54, 92), a second connection member (56, 94) and a bridge (58, 96), a first part of the first connection member being arranged to engage with the gasket, a second part of the first connection member engaging with the bridge, a first part of the second connection member being arranged to engage with the gasket and a second part of the second connection member engaging with the bridge, further comprising a finger arranged between the first and second connection members, a connection part of the finger engaging which the bridge, the finger being arranged to extend from the bridge towards the gasket, characterized in that the finger has a width that is varying along a length of the finger, a width extension of the finger being parallel to a length extension of the bridge.
A method for delivering content to a mobile terminal (110; 210) in a broadband wireless network (170; 270), wherein content is provided to a user of the mobile terminal by dividing the bandwidth into separate communication channels with each user supported by single content channel of the wireless network, comprising: receiving a request for a content channel from said mobile terminal (110; 210), wherein said content channel is selected from a virtual content channel structure comprising a plurality of content channels arranged in a content database, the content database comprising an index indicating the content that is to be shown for a content channel for an indicated date and time by providing a content identifier for a content record associated with the content; and translating said requested content channel to a corresponding content item based on said requested content channel and a date and time associated with said request by evaluating the index for the requested content channel at the current time, wherein a content source associated with said corresponding content item is transmitted to said mobile terminal (110; 210) using the communication channel associated with said user of said mobile terminal. receiving a request for a content channel from said mobile terminal (110; 210), wherein said content channel is selected from a virtual content channel structure comprising a plurality of content channels arranged in a content database, the content database comprising an index indicating the content that is to be shown for a content channel for an indicated date and time by providing a content identifier for a content record associated with the content; and translating said requested content channel to a corresponding content item based on said requested content channel and a date and time associated with said request by evaluating the index for the requested content channel at the current time, wherein a content source associated with said corresponding content item is transmitted to said mobile terminal (110; 210) using the communication channel associated with said user of said mobile terminal.
Process for controlling the development of parasites in an animal environment equipped with an air introduction device, according to which a parasiticidal powder composition comprising an alkali metal bicarbonate and/or silica is introduced into the air introduction device in an amount per application of at least 5 mg per kg of animal.
Measuring device for measuring the position of a first body in relation to a second body, adjacent to the first body and moveable in relation to the same, with a scale tape affixable to the first body and comprising a marking and two marking detection sensors (5, 6) affixable to the second body, wherein the marking is formed by a pattern of marking strips, the transitions of which from marking strip to marking strip are each arranged in an inclined manner between a first position of the scale tape and a second position, located in a longitudinal direction of the measuring tape at a distance from the first position at a relevant incline angle, predetermined in relation to the transverse direction of the scale tape in such a way that each of the incline angles has a value that differs from the values of the other incline angles, wherein the scale tape is divided into two tracks (17, 18) in a transverse direction, wherein one of the marking detection sensors is arranged adjacent to a first track for detecting the incline angle at a point along one half of one of the marking strip transitions, and the other one of the marking detection sensors is arranged adjacent to a second track for detecting the incline angle of another point of one of the marking strip transitions, and wherein the marking detection sensors (5, 6) are arranged next to each other between the first position and the second position, seen in the transverse direction of the scale tape, so that the position of the first body in relation to the second body can be determined within the first and the second position (9, 10) by detecting the incline angles.
A method of measuring a biosignal by differentiating between a loose contact state and a close contact state of a wearable device (100, 110, 200), the method comprising: loosely attaching a bracelet, as the wearable device (100, 110, 200), to a wrist of a user, corresponding to the loose contact state; determining whether the bracelet is moved from the wrist towards a forearm of the user having a relatively greater circumference than the wrist, corresponding to the close contact state, based on an intention of the user to acquire a biosignal, comprising: measuring a numerical range in which the bracelet is in contact with the user, and determining that the bracelet is in the close contact state if the measure range is greater than or equal to a standard percentage value of an internal area of the bracelet; and providing a biosignal-based service in response to the bracelet being determined to be in the close contact state, and providing a non-biosignal based service to the user in response to the bracelet being determined to be in the loose contact state. loosely attaching a bracelet, as the wearable device (100, 110, 200), to a wrist of a user, corresponding to the loose contact state; determining whether the bracelet is moved from the wrist towards a forearm of the user having a relatively greater circumference than the wrist, corresponding to the close contact state, based on an intention of the user to acquire a biosignal, comprising: measuring a numerical range in which the bracelet is in contact with the user, and determining that the bracelet is in the close contact state if the measure range is greater than or equal to a standard percentage value of an internal area of the bracelet; and measuring a numerical range in which the bracelet is in contact with the user, and determining that the bracelet is in the close contact state if the measure range is greater than or equal to a standard percentage value of an internal area of the bracelet; and providing a biosignal-based service in response to the bracelet being determined to be in the close contact state, and providing a non-biosignal based service to the user in response to the bracelet being determined to be in the loose contact state.
A process comprising: (a) resistance or induction heating a billet to a forging temperature in a heating source, the billet made from a stainless steel: having an austenitic or austenitic-ferritic duplex phase structure, being substantially free of intermetallic phases, and having a CP value of 500 or more wherein the CP value of the alloy is given by the following formula: CP = 20 x % Cr + 0.3 x % Ni + 30 x % Si + 40 x % Mo + 5 x % W + 10 x % Mn + 50 x % C − 200 x % N, (b) removing the billet from the heating source and forging the billet while maintaining a temperature of the entire billet above an upper boundary of a critical temperature range of the steel such that the entire billet remains substantially free of intermetallic phases, (c) liquid cooling the billet to below the critical temperature range of the steel alloy within three minutes of removing the billet from the heating source such that the entire billet remains substantially free of intermetallic phases. (a) resistance or induction heating a billet to a forging temperature in a heating source, the billet made from a stainless steel: having an austenitic or austenitic-ferritic duplex phase structure, being substantially free of intermetallic phases, and having a CP value of 500 or more wherein the CP value of the alloy is given by the following formula: CP = 20 x % Cr + 0.3 x % Ni + 30 x % Si + 40 x % Mo + 5 x % W + 10 x % Mn + 50 x % C − 200 x % N, having an austenitic or austenitic-ferritic duplex phase structure, being substantially free of intermetallic phases, and having a CP value of 500 or more wherein the CP value of the alloy is given by the following formula: CP = 20 x % Cr + 0.3 x % Ni + 30 x % Si + 40 x % Mo + 5 x % W + 10 x % Mn + 50 x % C − 200 x % N, (b) removing the billet from the heating source and forging the billet while maintaining a temperature of the entire billet above an upper boundary of a critical temperature range of the steel such that the entire billet remains substantially free of intermetallic phases, (c) liquid cooling the billet to below the critical temperature range of the steel alloy within three minutes of removing the billet from the heating source such that the entire billet remains substantially free of intermetallic phases.
Aircraft turbine engine including a primary air flow path wherein a low-pressure compressor and a high-pressure compressor are arranged, a secondary air flow path which is located around the primary path and coaxially with the primary path, including a straightener of the air stream flowing in the secondary path, including a plurality of vanes distributed around a main axis of the turbine engine, a pressurized air circuit extracting air between the low-pressure compressor and the high-pressure compressor or in the high-pressure compressor to produce a pressurized air stream supplying at least one component of the turbine engine, said at least one component being located radially in the turbine engine in the vicinity of a main axis of the turbine engine with respect to the primary path, wherein the pressurized air circuit includes a heat exchanger between the pressurized air stream and the air stream flowing in the secondary path, which is arranged in at least one vane of the straightener, wherein the heat exchanger includes a duct arranged in said at least one vane, which includes a pressurized air inlet and a pressurized air outlet which are located at the same radial end of said vane, characterized in that it includes a lubrication circuit wherein a lubrication fluid circulates, including a section arranged in said vane. a secondary air flow path which is located around the primary path and coaxially with the primary path, including a straightener of the air stream flowing in the secondary path, including a plurality of vanes distributed around a main axis of the turbine engine, a pressurized air circuit extracting air between the low-pressure compressor and the high-pressure compressor or in the high-pressure compressor to produce a pressurized air stream supplying at least one component of the turbine engine, said at least one component being located radially in the turbine engine in the vicinity of a main axis of the turbine engine with respect to the primary path, wherein the pressurized air circuit includes a heat exchanger between the pressurized air stream and the air stream flowing in the secondary path, which is arranged in at least one vane of the straightener, wherein the heat exchanger includes a duct arranged in said at least one vane, which includes a pressurized air inlet and a pressurized air outlet which are located at the same radial end of said vane, characterized in that it includes a lubrication circuit wherein a lubrication fluid circulates, including a section arranged in said vane.
A solid oral extended release pharmaceutical dosage form comprising a multi-layered extended release matrix formulation with sandwich-type or half-sandwich-type structure, the extended release matrix formulation comprising a first composition forming an active agent-containing first layer of the extended release matrix formulation comprising: (a) at least one polyethylene oxide having, based on rheological measurements, an approximate molecular weight of at least 1,000,000; and (b) at least one active agent; and a second composition forming an active agent-free second layer of the extended release matrix formulation comprising at least one polyethylene oxide. a first composition forming an active agent-containing first layer of the extended release matrix formulation comprising: (a) at least one polyethylene oxide having, based on rheological measurements, an approximate molecular weight of at least 1,000,000; and (b) at least one active agent; and (a) at least one polyethylene oxide having, based on rheological measurements, an approximate molecular weight of at least 1,000,000; and (b) at least one active agent; and a second composition forming an active agent-free second layer of the extended release matrix formulation comprising at least one polyethylene oxide.
An apparatus configured for deciding whether material that is in an ultrasound medium is fluid comprising: an image segmentation module configured for detecting and defining a hypoechoic area depicted in an ultrasound image of a body including said material; an ultrasound image acquisition system configured for issuing an acoustic wave in said hypoechoic area defined by the image segmentation module, the acoustic wave propagating in an axial direction which is transverse to a lateral direction, to cause bulk movement of said material in a sound field created by transfer of energy from said wave and to induce in said material flow speeds that vary spatially and temporally; and an acoustic streaming analysis processor configured for, responsive to said system subjecting said material to said acoustic wave, computing, as an estimate for said material, an indicator of spatial variance of speed, said spatial variance being the spatial variance in said lateral direction, and for said deciding based on said estimate whether said material that is in the ultrasound medium is fluid. an image segmentation module configured for detecting and defining a hypoechoic area depicted in an ultrasound image of a body including said material; an ultrasound image acquisition system configured for issuing an acoustic wave in said hypoechoic area defined by the image segmentation module, the acoustic wave propagating in an axial direction which is transverse to a lateral direction, to cause bulk movement of said material in a sound field created by transfer of energy from said wave and to induce in said material flow speeds that vary spatially and temporally; and an acoustic streaming analysis processor configured for, responsive to said system subjecting said material to said acoustic wave, computing, as an estimate for said material, an indicator of spatial variance of speed, said spatial variance being the spatial variance in said lateral direction, and for said deciding based on said estimate whether said material that is in the ultrasound medium is fluid.