mhurhangee/ep-ind-claims huggingface dataset:
A drainable ostomy pouch comprising: a collection portion; a drain chute depending from the collection portion and having a discharge opening for permitting emptying of contents from the pouch, the drain chute being foldable between an open condition in which the drain chute is extended from the collection portion, and a closed condition in which the drain chute is folded towards the collection portion; at least one reinforcing member permanently attached to the drain chute and associated with the discharge opening for controlling distension of the discharge opening; at least one fastener permanently attached to the pouch for retaining the discharge opening in the closed condition; and a pocket for receiving at least a portion of the drain chute when the drain chute is in its closed condition, the pocket including a mouth communicating with a sleeve portion, the sleeve portion being configured to obstruct the drain chute from extending to its open condition when said portion of the drain chute is received in the pocket, wherein the pocket is disposed to enable said portion of the drain chute, when in its closed configuration, to be received in, and removed from, the pocket by everting the pocket. a collection portion; a drain chute depending from the collection portion and having a discharge opening for permitting emptying of contents from the pouch, the drain chute being foldable between an open condition in which the drain chute is extended from the collection portion, and a closed condition in which the drain chute is folded towards the collection portion; at least one reinforcing member permanently attached to the drain chute and associated with the discharge opening for controlling distension of the discharge opening; at least one fastener permanently attached to the pouch for retaining the discharge opening in the closed condition; and a pocket for receiving at least a portion of the drain chute when the drain chute is in its closed condition, the pocket including a mouth communicating with a sleeve portion, the sleeve portion being configured to obstruct the drain chute from extending to its open condition when said portion of the drain chute is received in the pocket, wherein the pocket is disposed to enable said portion of the drain chute, when in its closed configuration, to be received in, and removed from, the pocket by everting the pocket.
Apparatus (100; 300; 400) for a backhaul node (120; 220, 320; 420) of a wireless communication system, the backhaul node providing rate restricted backhaul connectivity between a core network and a plurality of small cells (140; 240; 440) of the wireless communication system, the plurality of small cells (140; 240; 440) comprising at least a first and a second small cell, the apparatus comprising: a module (102, 402) configured to allocate a first backhaul data rate (R 1) for the first small cell and to allocate a second backhaul data rate (R 2) for the second small cell, wherein a sum of the first backhaul data rate and the second backhaul data rate is limited to a rate restriction threshold, characterized in that the module (102, 402) is configured to set at least one of the first and the second backhaul data rate to zero in response to an observation on a current state of a radio access network including the plurality of small cells, and the module (102, 402) is configured to set at least one of the first and the second backhaul data rate to zero if a level of activity of the corresponding first or second small cell falls below an activity threshold. a module (102, 402) configured to allocate a first backhaul data rate (R 1) for the first small cell and to allocate a second backhaul data rate (R 2) for the second small cell, wherein a sum of the first backhaul data rate and the second backhaul data rate is limited to a rate restriction threshold, characterized in that the module (102, 402) is configured to set at least one of the first and the second backhaul data rate to zero in response to an observation on a current state of a radio access network including the plurality of small cells, and the module (102, 402) is configured to set at least one of the first and the second backhaul data rate to zero if a level of activity of the corresponding first or second small cell falls below an activity threshold.
A fabric treatment composition comprising a plurality of pastilles, wherein said pastilles comprise: (a) from 0.1% to 10% by weight of said pastilles of a balancing agent selected from the group consisting of glycerin, polypropylene glycol having a molecular weight less than 1000, dipropylene glycol, 1,2 propanediol, polyethylene glycol having a molecular weight less than 2,000, and mixtures thereof; (b) from 80 % to less than 91 % by weight of said pastilles of polyethylene glycol, wherein said polyethylene glycol has a molecular weight from 2,000 to 13,000; and (c) from 0.1 % to 12 % by weight of said pastilles of friable perfume microcapsule, wherein said friable perfume microcapsule comprises encapsulated perfume. (a) from 0.1% to 10% by weight of said pastilles of a balancing agent selected from the group consisting of glycerin, polypropylene glycol having a molecular weight less than 1000, dipropylene glycol, 1,2 propanediol, polyethylene glycol having a molecular weight less than 2,000, and mixtures thereof; (b) from 80 % to less than 91 % by weight of said pastilles of polyethylene glycol, wherein said polyethylene glycol has a molecular weight from 2,000 to 13,000; and (c) from 0.1 % to 12 % by weight of said pastilles of friable perfume microcapsule, wherein said friable perfume microcapsule comprises encapsulated perfume.
A process for preparing an amino functional silicone emulsion comprising: I) forming a mixture of; A) 100 parts of a polydialkylsiloxane having a viscosity of at least 50,000 mm 2 /s at 23°C, and B) 0.1 to 100 parts of an aminofunctional organopolysiloxane, II) admixing; C) 0.1 to 50 parts of a halide free quaternary ammonium surfactant containing at least 10 carbon atoms, and a sufficient amount of water to form an emulsion, III) optionally, further shear mixing the emulsion. I) forming a mixture of; A) 100 parts of a polydialkylsiloxane having a viscosity of at least 50,000 mm 2 /s at 23°C, and B) 0.1 to 100 parts of an aminofunctional organopolysiloxane, A) 100 parts of a polydialkylsiloxane having a viscosity of at least 50,000 mm 2 /s at 23°C, and B) 0.1 to 100 parts of an aminofunctional organopolysiloxane, II) admixing; C) 0.1 to 50 parts of a halide free quaternary ammonium surfactant containing at least 10 carbon atoms, and a sufficient amount of water to form an emulsion, C) 0.1 to 50 parts of a halide free quaternary ammonium surfactant containing at least 10 carbon atoms, and III) optionally, further shear mixing the emulsion.
Burner component, particularly a swirler vane or a fuel lance for a burner of a gas turbine engine, comprising - a first fuel channel to guide a first fluid during operation, the first fluid being a first fuel or purge fluid; - a second fuel channel to guide a second fluid during operation, the second fluid being a second fuel or purge fluid, wherein the second fuel channel is free of passages to the first fuel channel; - at least one first hole to provide a first passage from the first fuel channel through a wall of the burner component for supplying the first fluid into a burner space during operation; - at least one second hole to provide a second passage from the second fuel channel through the wall of the burner component for supplying the second fluid into the burner space during operation; wherein the burner component further comprises a helically shaped separating barrier between the first fuel channel and the second fuel channel; characterized in that said barrier comprises at least two helicoid walls (50, 51) twisted around a common centre line being displaced to another along the common centre line; wherein the helicoid walls (50, 51) are arranged between the first fuel channel and the second fuel channel, so that the first fuel channel and the second fuel channel define a double-start thread or are arranged with further fluid channels as intertwined multiple helices, wherein the helicoid walls (50, 51) are integrally formed within the burner component and produced via additive manufacturing. - a first fuel channel to guide a first fluid during operation, the first fluid being a first fuel or purge fluid; - a second fuel channel to guide a second fluid during operation, the second fluid being a second fuel or purge fluid, wherein the second fuel channel is free of passages to the first fuel channel; - at least one first hole to provide a first passage from the first fuel channel through a wall of the burner component for supplying the first fluid into a burner space during operation; - at least one second hole to provide a second passage from the second fuel channel through the wall of the burner component for supplying the second fluid into the burner space during operation; wherein the burner component further comprises a helically shaped separating barrier between the first fuel channel and the second fuel channel; characterized in that said barrier comprises at least two helicoid walls (50, 51) twisted around a common centre line being displaced to another along the common centre line;
A transmission system comprising - an electrical conductor having a longitudinal extension, - an insulation layer circumferentially covering the conductor and comprising at least two layer sections (s) each comprising a plurality of sublayers (4 x) concentrically orientated in relation to the conductor, whereby each sublayer (4 x) comprises one or more strips arranged beside each other in a circumferential direction (c) so that a gap is formed between adjacent edges of the strips, and whereby each gap, except for the gap or gaps in the outermost sublayer (4 ax, 4 bx), is covered by a strip of an adjacent sublayer (4 x), characterized in that each of the strips comprises one sheet (10, 11), or more sheets (10, 11) arranged beside each other in a radial direction (r), whereby each sheet (10, 11) comprises an insulation material selected from the group comprising cellulose paper and polymer, and whereby the insulation layer comprises at least one sublayer (4 x) comprising at least one sheet of said cellulose paper, and at least one sublayer (4 x) comprising at least one sheet of said polymer, and whereby the insulation layer is impregnated, and whereby the sheets are not fixedly attached to each other. - an electrical conductor having a longitudinal extension, - an insulation layer circumferentially covering the conductor and comprising at least two layer sections (s) each comprising a plurality of sublayers (4 x) concentrically orientated in relation to the conductor, whereby each sublayer (4 x) comprises one or more strips arranged beside each other in a circumferential direction (c) so that a gap is formed between adjacent edges of the strips, and whereby each gap, except for the gap or gaps in the outermost sublayer (4 ax, 4 bx), is covered by a strip of an adjacent sublayer (4 x),
A method for detecting discontinuous transmissions, comprising: decoding a received signal over a frame period to determine a cumulative metric of a node in a decoder trellis; normalizing the cumulative metric; and comparing the normalized cumulative metric to a threshold for determining whether the frame was a transmitted frame or a non-transmitted frame, where: the method is implemented in a receiver operating in a wireless communications system that operates with a discontinuous transmission protocol; and determining the cumulative metric comprises, for each time step in the decoder trellis, calculating branch metrics for possible origination nodes of a transition to the node, determining which of the calculated branch metrics, when added to an existing cumulative metric for the node, provides a maximum value and selecting said result as a new cumulative metric for the node. decoding a received signal over a frame period to determine a cumulative metric of a node in a decoder trellis; normalizing the cumulative metric; and comparing the normalized cumulative metric to a threshold for determining whether the frame was a transmitted frame or a non-transmitted frame, the method is implemented in a receiver operating in a wireless communications system that operates with a discontinuous transmission protocol; and determining the cumulative metric comprises, for each time step in the decoder trellis, calculating branch metrics for possible origination nodes of a transition to the node, determining which of the calculated branch metrics, when added to an existing cumulative metric for the node, provides a maximum value and selecting said result as a new cumulative metric for the node.
A power module, comprising: - at least one semiconductor module having a metal baseplate with an integrated cooling structure; - a first housing part made from a plastic material and molded around at least parts of the metal baseplate to establish a form-fit connection with the at least one semiconductor module; and - a second housing part made from a plastic material and joined to the first housing part to form a cavity for a coolant for cooling the integrated cooling structure of the at least one semiconductor module. - at least one semiconductor module having a metal baseplate with an integrated cooling structure; - a first housing part made from a plastic material and molded around at least parts of the metal baseplate to establish a form-fit connection with the at least one semiconductor module; and - a second housing part made from a plastic material and joined to the first housing part to form a cavity for a coolant for cooling the integrated cooling structure of the at least one semiconductor module.
A furniture system consisting of a height-adjustable chair and a height-adjustable table, - wherein the chair (1, 1') and the table (3, 3') are adjustable in height synchronously by means of a common control device, - wherein the height adjustment of the table (3, 3') and the chair (1, 1') is synchronized with each other in such a way that, at different heights, an ideal distance between the table top and the seat surface (2, 2') of the chair is always maintained - wherein the common control device automatically adjusts the furniture system (1, 1', 3, 3') from a lower position to a higher position and vice versa at scheduled time intervals two or three times per hour. - wherein the chair (1, 1') and the table (3, 3') are adjustable in height synchronously by means of a common control device, - wherein the height adjustment of the table (3, 3') and the chair (1, 1') is synchronized with each other in such a way that, at different heights, an ideal distance between the table top and the seat surface (2, 2') of the chair is always maintained - wherein the common control device automatically adjusts the furniture system (1, 1', 3, 3') from a lower position to a higher position and vice versa at scheduled time intervals two or three times per hour.
A method for training an operator of a radar by simulating a trajectory of a simulated radar target moving along a simulated trajectory, the method comprising the procedures of: determining said simulated trajectory of said simulated radar target; determining a simulating vehicle trajectory for a simulating vehicle, said simulating vehicle trajectory being defined in space according to a simulation profile, said simulation profile including at least a spatial simulation profile and a signal delay profile, said spatial simulation profile including an azimuth simulation profile and an elevation simulation profile; maneuvering said simulating vehicle in space according to said spatial simulation profile; receiving by said simulating vehicle, a radar signal from said radar; and re-transmitting by said simulating vehicle, a signal toward said radar at least according to said signal delay profile, wherein said simulating vehicle trajectory is at a range from said radar smaller than a radar minimum detection range, wherein said simulation profile includes a signal characteristics profile that includes a Doppler shift profile that defines a Doppler shift of the frequency of the re-transmitted signal. determining said simulated trajectory of said simulated radar target; determining a simulating vehicle trajectory for a simulating vehicle, said simulating vehicle trajectory being defined in space according to a simulation profile, said simulation profile including at least a spatial simulation profile and a signal delay profile, said spatial simulation profile including an azimuth simulation profile and an elevation simulation profile; maneuvering said simulating vehicle in space according to said spatial simulation profile; receiving by said simulating vehicle, a radar signal from said radar; and re-transmitting by said simulating vehicle, a signal toward said radar at least according to said signal delay profile, wherein said simulating vehicle trajectory is at a range from said radar smaller than a radar minimum detection range, wherein said simulation profile includes a signal characteristics profile that includes a Doppler shift profile that defines a Doppler shift of the frequency of the re-transmitted signal.
A planetary gear system comprising: a carrier; a planet gear defining a central planet axis; a pin coupling the planet gear to the carrier; a bearing disposed between the planet gear and the pin, the bearing comprising a plurality of rolling elements, each of the rolling elements being in contact with an inner race and an outer race; and characterized by: a plurality of resilient members disposed between one of the inner race and the pin or the outer race and the planet gear, wherein the resilient members have an O-shaped cross-sectional profile in a plane perpendicular to the central axis and are disposed in an annular array about the central planet axis, and wherein each of the plurality of resilient members is connected to an annularly adjacent one of the plurality of resilient members. a carrier; a planet gear defining a central planet axis; a pin coupling the planet gear to the carrier; a bearing disposed between the planet gear and the pin, the bearing comprising a plurality of rolling elements, each of the rolling elements being in contact with an inner race and an outer race; and characterized by: a plurality of resilient members disposed between one of the inner race and the pin or the outer race and the planet gear, wherein the resilient members have an O-shaped cross-sectional profile in a plane perpendicular to the central axis and are disposed in an annular array about the central planet axis, and wherein each of the plurality of resilient members is connected to an annularly adjacent one of the plurality of resilient members. a plurality of resilient members disposed between one of the inner race and the pin or the outer race and the planet gear, wherein the resilient members have an O-shaped cross-sectional profile in a plane perpendicular to the central axis and are disposed in an annular array about the central planet axis, and wherein each of the plurality of resilient members is connected to an annularly adjacent one of the plurality of resilient members.
Elevator car with a car platform (1, 21) comprising several platform sections (2, 3, 4; 22, 23, 24), wherein arranged on a central platform section (2; 22) are a front and a back platform section (3, 4; 23, 24), characterised in that mounted over the two side edges of the car platform (1; 21) are platform edge sections (8, 28) which extend over, and are fastened with the aid of fastening means (14, 34) to, the upper sides of all platform sections (2, 3, 4; 22, 23, 24).
A method for performing a handover by a user equipment, UE, the method comprising: receiving, from a policy server while communicating with a first access network, a routing policy including a routing criteria and an update policy, the update policy comprising a validity condition; performing a communication with a second access network, by performing a handover from the first access network to the second access network based on the second access network satisfying the routing criteria; receiving a signal from the second access network, wherein the second access network is a wireless local access network, WLAN; identifying whether a strength of the signal of the second access network satisfies the validity condition including a signal strength between the UE and an access network; and transmitting, to the policy server, a request for a new routing policy, based on the strength of the signal satisfying the validity condition. receiving, from a policy server while communicating with a first access network, a routing policy including a routing criteria and an update policy, the update policy comprising a validity condition; performing a communication with a second access network, by performing a handover from the first access network to the second access network based on the second access network satisfying the routing criteria; receiving a signal from the second access network, wherein the second access network is a wireless local access network, WLAN; identifying whether a strength of the signal of the second access network satisfies the validity condition including a signal strength between the UE and an access network; and transmitting, to the policy server, a request for a new routing policy, based on the strength of the signal satisfying the validity condition.
A method of processing a composite body, the method comprising: providing the composite body, the composite body comprising polycrystalline diamond, PCD, material including catalyst material for diamond disposed between diamond grains, and a refractory metal material exposed proximate a boundary of the composite body, in which the refractory metal material comprises refractory metal and is joined to a boundary of the PCD material via a layer comprising carbide of the refractory metal; providing a basic corrosive agent in the solid state, the basic corrosive agent comprising potassium hydroxide, containing water and having a purity of 70 to 90 per cent by weight such that it will be molten at a temperature of at most 300°C; heating the corrosive agent to at least its melting point; contacting the composite body with the corrosive agent in the molten state and treating the composite body with the corrosive agent for a period of time to remove refractory metal material from the composite body, such that the refractory metal carbide layer remains intact joined to the boundary of the PCD material and protects the catalyst material from being leached out. providing the composite body, the composite body comprising polycrystalline diamond, PCD, material including catalyst material for diamond disposed between diamond grains, and a refractory metal material exposed proximate a boundary of the composite body, in which the refractory metal material comprises refractory metal and is joined to a boundary of the PCD material via a layer comprising carbide of the refractory metal; providing a basic corrosive agent in the solid state, the basic corrosive agent comprising potassium hydroxide, containing water and having a purity of 70 to 90 per cent by weight such that it will be molten at a temperature of at most 300°C; heating the corrosive agent to at least its melting point; contacting the composite body with the corrosive agent in the molten state and treating the composite body with the corrosive agent for a period of time to remove refractory metal material from the composite body, such that the refractory metal carbide layer remains intact joined to the boundary of the PCD material and protects the catalyst material from being leached out.