mhurhangee/patent-ind-claim-en huggingface dataset:
Device for cutting up food with at least one liquid jet , with - an advancing device for transporting the food in at least one advancing direction (V) through the device, which has a processing area , on which the food to be cut up lies and in which the liquid jet is directed onto the food , - at least one outlet nozzle arranged in the area of the processing area , from which the high-pressure, bundled liquid jet exits, wherein - the processing area has a jet passage opening below the food for the liquid jet exiting from the food , and a jet take-up is arranged below the jet passage opening , which the liquid jet enters for collecting the cutting liquid, and which has a discharge formed by a pipe or a funnel for the cutting fluid, with a lower extraction device for particles and/or liquid quantities swept along with the liquid jet , which in particular collect at the jet passage opening or separate from the liquid jet , characterised in that the lower extraction device is formed by an extraction channel, in which the jet take-up is arranged, so that an extraction gap is envisaged around the jet take-up , through which the swept-along particles and/or liquid quantities can be extracted. - an advancing device for transporting the food in at least one advancing direction (V) through the device, which has a processing area , on which the food to be cut up lies and in which the liquid jet is directed onto the food , - at least one outlet nozzle arranged in the area of the processing area , from which the high-pressure, bundled liquid jet exits, wherein - the processing area has a jet passage opening below the food for the liquid jet exiting from the food , and a jet take-up is arranged below the jet passage opening , which the liquid jet enters for collecting the cutting liquid, and which has a discharge formed by a pipe or a funnel for the cutting fluid, with a lower extraction device for particles and/or liquid quantities swept along with the liquid jet , which in particular collect at the jet passage opening or separate from the liquid jet ,
Method for managing associated sessions forming a group of sessions, from within a network, separate from other sessions that are not part of the group, the network comprising a network element configured for managing associated sessions between the network and a user equipment, the method comprising: - providing a composition session identifier for associating sessions in a network, said sessions being between the network and the user equipment, wherein said providing comprises the user equipment generating a composition session identifier; - initiating a composition session, wherein said initiating comprises the user equipment sending a request for initiating a composition session to the network element, the request comprising the composition session identifier, wherein the composition session is a signaling session between the user equipment and the network element for the managing of associated sessions. - exchanging the composition session identifier between the user equipment and the network element; and - associating at the network element two or more sessions between the network and the user equipment with the composition session identifier by said exchanging of the composition session identifier between the network element and the user equipment. - providing a composition session identifier for associating sessions in a network, said sessions being between the network and the user equipment, wherein said providing comprises the user equipment generating a composition session identifier; - initiating a composition session, wherein said initiating comprises the user equipment sending a request for initiating a composition session to the network element, the request comprising the composition session identifier, wherein the composition session is a signaling session between the user equipment and the network element for the managing of associated sessions. - exchanging the composition session identifier between the user equipment and the network element; and - associating at the network element two or more sessions between the network and the user equipment with the composition session identifier by said exchanging of the composition session identifier between the network element and the user equipment.
A boundary layer ingestion fan system for location aft of the fuselage of an aircraft, comprising: a nacelle defining a duct ; a fan located within the duct, the fan comprising a hub arranged to rotate around a rotational axis (A-A) and a plurality of blades attached to the hub, each of which has a span from a root at the hub defining a 0 percent span position (r hub ) to a tip defining a 100 percent span position (r tip ) and a plurality of span positions therebetween (r ∈ [r hub , r tip ]); characterised in that the hub has a hade angle (γ) of between -10 and -20 degrees with respect to the rotational axis at an axial position coincident with the leading edge of the blades. a nacelle defining a duct ; a fan located within the duct, the fan comprising a hub arranged to rotate around a rotational axis (A-A) and a plurality of blades attached to the hub, each of which has a span from a root at the hub defining a 0 percent span position (r hub ) to a tip defining a 100 percent span position (r tip ) and a plurality of span positions therebetween (r ∈ [r hub , r tip ]); characterised in that the hub has a hade angle (γ) of between -10 and -20 degrees with respect to the rotational axis at an axial position coincident with the leading edge of the blades.
An aqueous coating composition, in particular dispersion paint, comprising or obtained by mixing a) an aqueous dispersion binding agent comprising copolymers A) and dispersed inorganic solid particles B) and optionally at least one alkoxy-substituted polysiloxane C) (aqueous composite particle dispersion), wherein the inorganic solid particles B) are selected from the group consisting of fumed silica, colloidal silica, non-delaminated sheet silicates, delaminated sheet silicates and mixtures thereof, wherein the copolymers A) comprise as copolymerized units A1) at least one comonomer having a hydrolyzable silane as functional group wherein said functional group does not act as a chain extender during the copolymerization reaction, and as copolymerized units A2) ethylenically unsaturated comonomers different from comonomers A1), b) at least one organic, in particular water-dispersed or dispersible or water-emulsifiable or emulsified, binding agent different from binding agent a) and selected from the group consisting of vinylacetate/ethylene copolymers, copolymers based on vinylaromatic compounds and (meth)acrylates, in particular acrylates, copolymers based on all-acrylic compounds, and mixtures thereof, c) at least one dispersing agent, d) at least one filler, e) at least one organic solvent, and f) water. a) an aqueous dispersion binding agent comprising copolymers A) and dispersed inorganic solid particles B) and optionally at least one alkoxy-substituted polysiloxane C) (aqueous composite particle dispersion), wherein the inorganic solid particles B) are selected from the group consisting of fumed silica, colloidal silica, non-delaminated sheet silicates, delaminated sheet silicates and mixtures thereof, wherein the copolymers A) comprise as copolymerized units A1) at least one comonomer having a hydrolyzable silane as functional group wherein said functional group does not act as a chain extender during the copolymerization reaction, and as copolymerized units A2) ethylenically unsaturated comonomers different from comonomers A1), b) at least one organic, in particular water-dispersed or dispersible or water-emulsifiable or emulsified, binding agent different from binding agent a) and selected from the group consisting of vinylacetate/ethylene copolymers, copolymers based on vinylaromatic compounds and (meth)acrylates, in particular acrylates, copolymers based on all-acrylic compounds, and mixtures thereof, c) at least one dispersing agent, d) at least one filler, e) at least one organic solvent, and f) water.
A process for investment casting of an engine part (B) having at least one internal cavity (C), in which at least one core member defining the or a respective cavity (C) is maintained in a desired spatial position relative to at least one other component of or within a die during at least part of the casting procedure, the at least one core member being maintained in the desired spatial position by at least one support element which comprises a different material to that from which the engine part (B) is to be cast, characterised in that the or each support element comprises a drawn elongate member configured to include therein at least one turn with opposed sides , the elongate member being positioned between the respective core member and respective other component with the opposed sides of its at least one turn in space-maintaining relationship between the respective core member and respective other component .
A method for separating and recovering a layered film laminated and adhered with a reactive adhesive, the method comprising: a step 1 of immersing the layered film in an alkaline solution while stirring the layered film with heating at 20°C to 90°C or ultrasonically vibrating the layered film; and a step 2 of recovering separated single-layered films that constitute the respective layers of the layered film, wherein the reactive adhesive is a reactive adhesive consisting of any one or both of: (i) a polyol compound having an ester bond, selected from polyester polyol and polyether ester polyol; and (ii) a polyisocyanate composition having a polyisocyanate compound that is a reaction product between (a) a polyol compound having an ester bond, selected from polyester polyol and polyether ester polyol, and (b) a polyisocyanate, wherein the layered film comprises (i) a resin film layer or at least two resin film layers, (ii) an adhesive layer, (iii) a printing ink layer and/or a primer layer, and (iv) a metal foil and/or a deposited film layer, and at least the adhesive layer is provided between two resin film layers or between the resin film and the metal foil or the deposited film layer, and wherein at least one layer of the printing ink layer and the primer layer contains a compound having an acidic group. a step 1 of immersing the layered film in an alkaline solution while stirring the layered film with heating at 20°C to 90°C or ultrasonically vibrating the layered film; and a step 2 of recovering separated single-layered films that constitute the respective layers of the layered film, wherein the reactive adhesive is a reactive adhesive consisting of any one or both of: (i) a polyol compound having an ester bond, selected from polyester polyol and polyether ester polyol; and (ii) a polyisocyanate composition having a polyisocyanate compound that is a reaction product between (a) a polyol compound having an ester bond, selected from polyester polyol and polyether ester polyol, and (b) a polyisocyanate, (i) a polyol compound having an ester bond, selected from polyester polyol and polyether ester polyol; and (ii) a polyisocyanate composition having a polyisocyanate compound that is a reaction product between (a) a polyol compound having an ester bond, selected from polyester polyol and polyether ester polyol, and (b) a polyisocyanate, wherein the layered film comprises (i) a resin film layer or at least two resin film layers, (ii) an adhesive layer, (iii) a printing ink layer and/or a primer layer, and (iv) a metal foil and/or a deposited film layer, and at least the adhesive layer is provided between two resin film layers or between the resin film and the metal foil or the deposited film layer, and wherein at least one layer of the printing ink layer and the primer layer contains a compound having an acidic group.
A closed-loop system for real-time control of epidural (EES) and/or subdural electrical spinal cord stimulation for facilitating and restoring locomotion in subjects after neurological disorders, the system comprising a) means for applying to a subject neuromodulation with adjustable stimulation parameters, wherein said means a) comprise an epidural and/or subdural electrical stimulation device, wherein the epidural and/or subdural electrical stimulation device comprises one or more electrodes (S1, L2), preferably an electrode array, and wherein said one or more electrodes are configured to apply the epidural and/or subdural electrical stimulation along a spinal cord of the subject, said means a) being operatively connected with b) a real-time monitoring component comprising sensors continuously acquiring feedback signals from said subject, said signals being neural signals, wherein the neural signals are cortical signals recorded from the sensory, motor, sensory motor or pre-motor cortex and/or signals providing features of motion of said subject, said system b) being operatively connected with c) a signal processing device receiving said feedback signals and operating real-time automatic control algorithms, said signal processing device being operatively connected with said means a) and providing said means a) with new stimulation parameters, with minimum delay. a) means for applying to a subject neuromodulation with adjustable stimulation parameters, wherein said means a) comprise an epidural and/or subdural electrical stimulation device, wherein the epidural and/or subdural electrical stimulation device comprises one or more electrodes (S1, L2), preferably an electrode array, and wherein said one or more electrodes are configured to apply the epidural and/or subdural electrical stimulation along a spinal cord of the subject, said means a) being operatively connected with b) a real-time monitoring component comprising sensors continuously acquiring feedback signals from said subject, said signals being neural signals, wherein the neural signals are cortical signals recorded from the sensory, motor, sensory motor or pre-motor cortex and/or signals providing features of motion of said subject, said system b) being operatively connected with c) a signal processing device receiving said feedback signals and operating real-time automatic control algorithms, said signal processing device being operatively connected with said means a) and providing said means a) with new stimulation parameters, with minimum delay.
A toner bottle closure , especially a closure for a toner re-fill bottle, the closure comprising: a first closure member configured to be fixed to a toner bottle, the first closure member having an outlet opening for dispensing toner from the toner bottle; and a second closure member attached to the first closure member and movable relative to the first closure member along an axis between a closed position, in which the second closure member cooperates with the first closure member to close or seal the outlet opening , and an open position for dispensing the toner through the outlet opening , wherein the second closure member comprises an impact damping means which projects at least partially in a direction parallel to the axis of movement, wherein the impact damping means comprises a predetermined deformable portion formed as a flap or lip which extends along an outer edge or rim of the second closure member and is configured to deform plastically for damping a mechanical impact on the toner bottle closure . a first closure member configured to be fixed to a toner bottle, the first closure member having an outlet opening for dispensing toner from the toner bottle; and a second closure member attached to the first closure member and movable relative to the first closure member along an axis between a closed position, in which the second closure member cooperates with the first closure member to close or seal the outlet opening , and an open position for dispensing the toner through the outlet opening , wherein the second closure member comprises an impact damping means which projects at least partially in a direction parallel to the axis of movement, wherein the impact damping means comprises a predetermined deformable portion formed as a flap or lip which extends along an outer edge or rim of the second closure member and is configured to deform plastically for damping a mechanical impact on the toner bottle closure .
A method, performed by a network node, for interference coordination for side-link communication between a first and a second User Equipment, UE, the method comprising: • sending (S101), to the first and second UE, information allowing the first and the second UE to perform a side-link beam sweep for establishing a side-link beam pair in a set of resources, • sending (S103), to other wireless nodes in the network, wherein the other wireless nodes are bystanders to the side-link communication, information indicating that a potentially interfering transmission is to occur in the set of resources, • receiving (S105), from the first and/or the second UE, beam pair information indicative of one or more beam pairs intended for side-link communication between the first and the second UE, • monitoring (S107) for interference information indicating a level of interference experienced by one or more of the other wireless nodes due to transmission over at least one beam of the one or more beam pairs intended for side-link communication, and • scheduling (S109) resources for the side-link communication based on the monitored interference information. • sending (S101), to the first and second UE, information allowing the first and the second UE to perform a side-link beam sweep for establishing a side-link beam pair in a set of resources, • sending (S103), to other wireless nodes in the network, wherein the other wireless nodes are bystanders to the side-link communication, information indicating that a potentially interfering transmission is to occur in the set of resources, • receiving (S105), from the first and/or the second UE, beam pair information indicative of one or more beam pairs intended for side-link communication between the first and the second UE, • monitoring (S107) for interference information indicating a level of interference experienced by one or more of the other wireless nodes due to transmission over at least one beam of the one or more beam pairs intended for side-link communication, and • scheduling (S109) resources for the side-link communication based on the monitored interference information.
A pipe connecting system comprising: a first pipe and a second pipe , each comprising a flared end ; a connecting block having a first side intended to receive the first pipe and the second pipe , and a second side opposite the first side and intended to receive a third pipe and a fourth pipe , wherein the connecting block comprises a first block part and a second block part made of plastics material and configured to be fastened to each other around the flared ends of the first pipe and second pipe ; wherein one of said first block part and second block part comprises a plurality of hook-shaped lateral retaining portions configured to engage respective lateral edges of the other of said first block part and second block part in such a way as to fasten the first block part and the second block part to each other; wherein the first pipe and the second pipe each comprise a flanged portion arranged close to the respective flared end ; wherein the pipe connecting system further comprises a locking plate which comprises an engaging portion configured to engage simultaneously the flanged portions of the first pipe and second pipe , said connecting system being characterized in that the locking plate is made of metal material and is fixable to the connecting block by at least one screw to hold the first pipe and the second pipe between the connecting block and the locking plate . a first pipe and a second pipe , each comprising a flared end ; a connecting block having a first side intended to receive the first pipe and the second pipe , and a second side opposite the first side and intended to receive a third pipe and a fourth pipe , wherein the connecting block comprises a first block part and a second block part made of plastics material and configured to be fastened to each other around the flared ends of the first pipe and second pipe ; wherein one of said first block part and second block part comprises a plurality of hook-shaped lateral retaining portions configured to engage respective lateral edges of the other of said first block part and second block part in such a way as to fasten the first block part and the second block part to each other; wherein the first pipe and the second pipe each comprise a flanged portion arranged close to the respective flared end ; wherein the pipe connecting system further comprises a locking plate which comprises an engaging portion configured to engage simultaneously the flanged portions of the first pipe and second pipe , said connecting system being characterized in that the locking plate is made of metal material and is fixable to the connecting block by at least one screw to hold the first pipe and the second pipe between the connecting block and the locking plate .
Agricultural seed drill having a main frame, having a frame element , which is arranged on the main frame and supports a loading platform , having a plurality of seed-coulter units , which are articulated on the main frame via retaining elements and are intended for spreading seed material which is to be distributed, and having a covering and/or pressure-exerting apparatus comprising at least one supporting member , which is arranged transversely to the direction of travel (F) and is fastened on at least two supporting arms , which project forwards in the direction of travel (F) and are fastened in an articulated manner in the front region, a plurality of covering and/or pressure-exerting elements being arranged on said supporting member in a direction transverse to the direction of travel (F), characterized in that the covering and/or pressure-exerting apparatus is lifted out, lowered and/or pressed against the soil by means of at least one adjustment element, and in that a central adjustment element , which is arranged on one side of the machine and acts on all the supporting arms , is provided.