mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a Wnt protein, which is in the form of a complex with afamin and has Wnt activity, from a culture product, the method comprising culturing Wnt protein-expressing cells in an afamin-containing culture medium to obtain the culture product, the method further comprising a step of performing affinity purification targeting afamin to obtain a Wnt protein from the culture product, and/or a step of performing affinity purification to obtain a Wnt protein in the form of a complex with afamin from the culture product. a step of performing affinity purification targeting afamin to obtain a Wnt protein from the culture product, and/or a step of performing affinity purification to obtain a Wnt protein in the form of a complex with afamin from the culture product.
Extrusion device for the processing of plastics, which can be coupled to systems for supplying, mixing and driving thermosetting resins in a fluid, liquid or pasty state for the processing thereof which, being applicable for obtaining products made of a rigid or flexible material manufactured on a continuous basis, comprises an internally hollow module and/or set of modules through which the material to be extruded flows, comprising at least: • a heating-reaction module, which comprises an interchangeable hollow tube having a variable diameter with an external heating system, and inside which the resin to be extruded flows, experiencing a first temperature increase along its path due to the heat supplied by said external heating system • a shaping coupling incorporated between the heating-reaction module and a heating-shaping module • a heating-shaping module in which the material undergoes a temperature increase and takes on the desired shape; and • a cooling-solidification module, in which the material undergoes a temperature decrease and takes on the desired shape for the purpose of favouring its rigidity and subsequent handling at the outlet of the extrusion device; containing an internally hollow interchangeable detachable part, having a variable configuration, inside which the resin flows, providing it with the shape of the product to be extruded. characterised in that the inner interchangeable hollow tube has a length that is longer than the heating-reaction module so that it can penetrate the shaping coupling and the end thereof can be located right at the inlet of the heating-shaping module. • a heating-reaction module, which comprises an interchangeable hollow tube having a variable diameter with an external heating system, and inside which the resin to be extruded flows, experiencing a first temperature increase along its path due to the heat supplied by said external heating system • a shaping coupling incorporated between the heating-reaction module and a heating-shaping module • a heating-shaping module in which the material undergoes a temperature increase and takes on the desired shape; and • a cooling-solidification module, in which the material undergoes a temperature decrease and takes on the desired shape for the purpose of favouring its rigidity and subsequent handling at the outlet of the extrusion device; containing an internally hollow interchangeable detachable part, having a variable configuration, inside which the resin flows, providing it with the shape of the product to be extruded.
Assembly comprising a gas flow regulating valve and a receptacle, the valve being assembled with the receptacle, the receptacle comprising a receptacle body in the form of a cylinder, the valve comprising: - a valve body comprising a cylindrical section extending along a longitudinal axis, and - an open cavity that is formed in the cylindrical section and extends over an angular range greater than or equal to 180° about the longitudinal axis of the cylindrical section, the open cavity being closed by a wall of the receptacle body that forms a cover for the open cavity in order to form a cooling duct that is arranged and configured to transport a cooling liquid intended to cool the valve when the valve is assembled with the receptacle, the assembly being characterized in that: - the cylindrical section is at least partially received in the receptacle body, and - the valve comprises at least one reinforcing rib extending from a wall of the open cavity along the longitudinal axis. - a valve body comprising a cylindrical section extending along a longitudinal axis, and - an open cavity that is formed in the cylindrical section and extends over an angular range greater than or equal to 180° about the longitudinal axis of the cylindrical section, the open cavity being closed by a wall of the receptacle body that forms a cover for the open cavity in order to form a cooling duct that is arranged and configured to transport a cooling liquid intended to cool the valve when the valve is assembled with the receptacle, the assembly being characterized in that: - the cylindrical section is at least partially received in the receptacle body, and - the valve comprises at least one reinforcing rib extending from a wall of the open cavity along the longitudinal axis.
A sensor system for retrofitting a water supply of an airplane to detect leakage, the system comprising: a housing including a first band having an inner diameter sized to receive a necked portion of a valve for consumer access to the water supply; a first transducer disposed on the first band operable to provide a position measurement corresponding to a relative position between a head of the valve and the necked portion; a second transducer operable to provide a pressure measurement corresponding to a pressure of a compressed gas in a water tank of the water supply; and a controller having input channels (188, 190, 192) operable to receive the position measurement and the pressure measurement, the controller operable to, when the pressure measurement indicates a pressure decrease and the position measurement indicates a closed valve position that prevents water flow, indicate a leak condition or operate a stop valve associated with the water supply. a housing including a first band having an inner diameter sized to receive a necked portion of a valve for consumer access to the water supply; a first transducer disposed on the first band operable to provide a position measurement corresponding to a relative position between a head of the valve and the necked portion; a second transducer operable to provide a pressure measurement corresponding to a pressure of a compressed gas in a water tank of the water supply; and a controller having input channels (188, 190, 192) operable to receive the position measurement and the pressure measurement, the controller operable to, when the pressure measurement indicates a pressure decrease and the position measurement indicates a closed valve position that prevents water flow, indicate a leak condition or operate a stop valve associated with the water supply.
A method for transmitting system information, comprising: acquiring, by a base Station, ST, at least two radio configuration parameter sets, each of the at least two radio configuration parameter sets comprising at least one radio configuration parameter, and any two radio configuration parameter sets of the at least two radio configuration parameter sets being different from each other in terms of at least part of the value of the at least one radio configuration parameter; determining, by the base ST, at least one of the at least two radio configuration parameter sets as at least one first radio configuration parameter set for transmitting first system information during a first time period; and sending, by the base ST, the first system information during the first time period via at least one first frequency-domain resource based on the at least one first radio configuration parameter set, the at least one first frequency-domain resource and the at least one first radio configuration parameter set having one-to-one correspondences during the first time period, and any two frequency-domain resources of the at least one first frequency-domain resource corresponding to different frequencies; wherein the radio configuration parameter comprises at least one of: a subcarrier spacing, an Orthogonal Frequency Division Multiplexing, OFDM, symbol length, a Cyclic Prefix, CP, length, a total number of OFDM symbols, a radio frame length and a subframe length. acquiring, by a base Station, ST, at least two radio configuration parameter sets, each of the at least two radio configuration parameter sets comprising at least one radio configuration parameter, and any two radio configuration parameter sets of the at least two radio configuration parameter sets being different from each other in terms of at least part of the value of the at least one radio configuration parameter; determining, by the base ST, at least one of the at least two radio configuration parameter sets as at least one first radio configuration parameter set for transmitting first system information during a first time period; and sending, by the base ST, the first system information during the first time period via at least one first frequency-domain resource based on the at least one first radio configuration parameter set, the at least one first frequency-domain resource and the at least one first radio configuration parameter set having one-to-one correspondences during the first time period, and any two frequency-domain resources of the at least one first frequency-domain resource corresponding to different frequencies; wherein the radio configuration parameter comprises at least one of: a subcarrier spacing, an Orthogonal Frequency Division Multiplexing, OFDM, symbol length, a Cyclic Prefix, CP, length, a total number of OFDM symbols, a radio frame length and a subframe length.
A starter/generator system for an aircraft turbomachine, the starter/generator system comprising at least one brushless drive motor/generator, at least one control module and at least one power module, the brushless drive motor/generator being configured to be positioned in a housing in a non-pressurised zone to start a turbomachine of the aircraft, the power module being configured to be connected to an electrical wiring system of the aircraft, the power module being configured to provide/receive electric energy from the brushless drive motor/generator, the control module being connected to the brushless drive motor/generator through a control cable in order to control its operation, the system being characterised in that: - the power module is configured to be mounted into the housing of the non-pressurised zone so as to be located adjacently to the brushless drive motor/generator and - the control module is configured to be mounted into a pressurised zone of the aircraft, the control module being connected to the power module by a bidirectional communication cable in order to control its operation. - the power module is configured to be mounted into the housing of the non-pressurised zone so as to be located adjacently to the brushless drive motor/generator and - the control module is configured to be mounted into a pressurised zone of the aircraft, the control module being connected to the power module by a bidirectional communication cable in order to control its operation.
A method for applying a communication feature extension, the method comprising a server (110a; 110b): facilitating an exchange of requests in a communication session between an originating endpoint (100; 100a) and a terminating endpoint (100:100a) using a first identifier associated with the originating endpoint and a second identifier associated with the terminating endpoint, wherein the communication session has phases and wherein during each phase the server provides a service that corresponds to the phase of the session; receiving a modified request during a phase of the communication session, wherein the modified request includes a new identifier representing a selected one of a modified first identifier and a modified second identifier and an extension providing information about handling the modified request, wherein the extension includes a token, which token is an instruction that the server is to follow in handling the modified request, wherein the token is a selected one of a continue token that instructs the server to continue with a service and a skip token that instructs the server to stop a service and start another service; determining the extension included in the modified request; and applying the extension by following the instruction of the token. facilitating an exchange of requests in a communication session between an originating endpoint (100; 100a) and a terminating endpoint (100:100a) using a first identifier associated with the originating endpoint and a second identifier associated with the terminating endpoint, wherein the communication session has phases and wherein during each phase the server provides a service that corresponds to the phase of the session; receiving a modified request during a phase of the communication session, wherein the modified request includes a new identifier representing a selected one of a modified first identifier and a modified second identifier and an extension providing information about handling the modified request, wherein the extension includes a token, which token is an instruction that the server is to follow in handling the modified request, wherein the token is a selected one of a continue token that instructs the server to continue with a service and a skip token that instructs the server to stop a service and start another service; determining the extension included in the modified request; and applying the extension by following the instruction of the token.
A fenestrated surgical drape, comprising: a base drape having an opening therein; and a multi-layer panel assembly including a sealing panel having an opening, an apertured panel defining an aperture, and a fenestrated panel defining a fenestration, the sealing panel opening, the aperture and the fenestration being superimposed in registration with the base drape opening; wherein the panel assembly is fixed to the base drape about the entire perimeter of the base drape opening, and wherein the sealing panel and the fenestrated panel are joined to the apertured panel by a continuous fluid impervious seal surrounding the aperture and the fenestration, and said fenestrated surgical drape being characterized in that the fenestrated panel includes a polymer film layer and a non-woven fabric layer and the polymer film layer is fluid impervious and is compatible for bonding with the apertured panel. a base drape having an opening therein; and a multi-layer panel assembly including a sealing panel having an opening, an apertured panel defining an aperture, and a fenestrated panel defining a fenestration, the sealing panel opening, the aperture and the fenestration being superimposed in registration with the base drape opening; wherein the panel assembly is fixed to the base drape about the entire perimeter of the base drape opening, and wherein the sealing panel and the fenestrated panel are joined to the apertured panel by a continuous fluid impervious seal surrounding the aperture and the fenestration, and said fenestrated surgical drape being characterized in that the fenestrated panel includes a polymer film layer and a non-woven fabric layer and the polymer film layer is fluid impervious and is compatible for bonding with the apertured panel.
A method of preparing a super absorbent polymer, including the steps of: preparing a first hydrogel polymer by carrying out a thermal polymerization or photo polymerization of a monomer composition including a water-soluble ethylene-based unsaturated monomer and a polymerization initiator; preparing a second hydrogel polymer by carrying out a thermal polymerization or photo polymerization of a monomer composition including a water-soluble ethylene-based unsaturated monomer and a polymerization initiator; drying and milling the first hydrogel polymer and distributing the first hydrogel polymer into a fine powder having a particle diameter below 150μm and a base resin having a particle diameter of 150μm to 850μm; fabricating a reassembled body of the fine powder by mixing the fine powder and the second hydrogel polymer; and mixing the reassembled body of the fine powder with the first hydrogel polymer, and drying and milling the reassembled body of the fine powder mixed with the first hydrogel polymer, wherein the second hydrogel polymer has higher water holding capacity than the first hydrogel polymer, wherein the content of the fine powder of which the particle diameter is below 150μm is 3 weight% or less in the super absorbent polymer. preparing a first hydrogel polymer by carrying out a thermal polymerization or photo polymerization of a monomer composition including a water-soluble ethylene-based unsaturated monomer and a polymerization initiator; preparing a second hydrogel polymer by carrying out a thermal polymerization or photo polymerization of a monomer composition including a water-soluble ethylene-based unsaturated monomer and a polymerization initiator; drying and milling the first hydrogel polymer and distributing the first hydrogel polymer into a fine powder having a particle diameter below 150μm and a base resin having a particle diameter of 150μm to 850μm; fabricating a reassembled body of the fine powder by mixing the fine powder and the second hydrogel polymer; and mixing the reassembled body of the fine powder with the first hydrogel polymer, and drying and milling the reassembled body of the fine powder mixed with the first hydrogel polymer, wherein the second hydrogel polymer has higher water holding capacity than the first hydrogel polymer, wherein the content of the fine powder of which the particle diameter is below 150μm is 3 weight% or less in the super absorbent polymer.
Vagina and/or cervix sampling device, in which the sampling device comprises: • a tube having an open proximal tube end and an open distal tube end; • a sample-collecting member; • a plunger having a proximal plunger end and a distal plunger end; in which the plunger is inserted in the tube, with the distal plunger end protruding from the distal tube end, and carries the sample-collecting member at the proximal tube end; in which the plunger is displaceable in the proximal direction in the tube from a retracted introduction position to an extended sampling position; in which, in the introduction position, the sample-collecting member is situated inside the tube and protrudes from the tube in the sampling position; in which, in the sampling position, the sample collection member is rotatable a number of revolutions by rotating the plunger with respect to the tube; and in which the sampling device is provided with an extension limiter (12, 13) which defines a maximum extension length over which the sample-collecting member can be extended from the proximal tube end; characterized, in that the extension limiter comprises an extension lock (14, 15) which, viewed in the axial direction of the plunger, fixes the relative position of the plunger with respect to the tube at the maximum extension length; and in that the extension lock comprises: either • a rib provided inside the tube and extending in the peripheral direction of the tube; and • a locking lug provided on the plunger and protruding in the radial direction; the locking lug being resilient and flexible in the radial direction in order to pass the rib in the axial direction. or • a lip which runs at an angle with respect to the axial direction and has a free end and a fixed end which is attached to one of either the tube or the plunger; and • an internal obstacle in the tube which obstacle the free end of said lip can pass when the plunger is pushed in proximal direction whilst the lip catches behind the obstacle when pushed in distal direction and which obstacle is provided in the other of either the plunger or the tube. • a tube having an open proximal tube end and an open distal tube end; • a sample-collecting member; • a plunger having a proximal plunger end and a distal plunger end; • a rib provided inside the tube and extending in the peripheral direction of the tube; and • a locking lug provided on the plunger and protruding in the radial direction; the locking lug being resilient and flexible in the radial direction in order to pass the rib in the axial direction. or • a lip which runs at an angle with respect to the axial direction and has a free end and a fixed end which is attached to one of either the tube or the plunger; and • an internal obstacle in the tube which obstacle the free end of said lip can pass when the plunger is pushed in proximal direction whilst the lip catches behind the obstacle when pushed in distal direction and which obstacle is provided in the other of either the plunger or the tube.
A co-modified organopolysiloxane represented by the following general formula: R 1 a R 2 b Q c SiO (4-a-b-c)/2 wherein R 1 represents a monovalent organic group, with the proviso that R 2 and Q are excluded therefrom; R 2 represents a substituted or non-substituted, and linear or branched monovalent hydrocarbon group having 9 to 30 carbon atoms; Q is an organic group containing a sugar alcohol group represented by the following general formula: wherein R 3 represents a divalent organic group; and d is 1 or 2, or represented by the following general formula: wherein R 3 is the same as defined above; and d' is 0 or 1, each of a, b and c is independently a number having the following range: 1.0 ≤ a ≤ 2.5, 0.0001 ≤ b ≤ 1.5, and 0.0001 ≤ c ≤ 1.5. R 1 represents a monovalent organic group, with the proviso that R 2 and Q are excluded therefrom; R 2 represents a substituted or non-substituted, and linear or branched monovalent hydrocarbon group having 9 to 30 carbon atoms; Q is an organic group containing a sugar alcohol group represented by the following general formula: wherein R 3 represents a divalent organic group; and d is 1 or 2, or represented by the following general formula: wherein R 3 is the same as defined above; and d' is 0 or 1, each of a, b and c is independently a number having the following range: 1.0 ≤ a ≤ 2.5, 0.0001 ≤ b ≤ 1.5, and 0.0001 ≤ c ≤ 1.5.
Method for a motor vehicle for determining a roadway profile, including: detecting a vehicle travelling in front on the lane of the motor vehicle; detecting a trajectory of at least one fixed point on the vehicle travelling in front; selecting an inverse first vehicle model by using the detected vehicle travelling in front; determining a roadway height profile by using the inverse first vehicle model and the detected trajectory of the at least one fixed point on the vehicle travelling in front; detecting a horizontal distance to the vehicle travelling in front and an inherent speed of the motor vehicle; and feedforward control of a shock absorber system by using the determined roadway height profile, the detected horizontal distance, the inherent speed and a second vehicle model of the motor vehicle. detecting a vehicle travelling in front on the lane of the motor vehicle; detecting a trajectory of at least one fixed point on the vehicle travelling in front; selecting an inverse first vehicle model by using the detected vehicle travelling in front; determining a roadway height profile by using the inverse first vehicle model and the detected trajectory of the at least one fixed point on the vehicle travelling in front; detecting a horizontal distance to the vehicle travelling in front and an inherent speed of the motor vehicle; and feedforward control of a shock absorber system by using the determined roadway height profile, the detected horizontal distance, the inherent speed and a second vehicle model of the motor vehicle.