mhurhangee/patent-ind-claim-en huggingface dataset:
A physically and chemically stable oral pharmaceutical composition for use in treating, preventing or alleviating esophageal inflammation, the composition comprising: a. a therapeutically effective amount of corticosteroid; b. an antioxidant; c. a buffer; d. a surfactant; e. a preservative; f. a flavoring agent, a sweetener, or a combination thereof; g. dextrose, carboxymethyl cellulose (CMC) and microcrystalline cellulose (MCC), and h. a liquid vehicle, wherein the oral pharmaceutical composition is suitable for single or multiple dose administration. a. a therapeutically effective amount of corticosteroid; b. an antioxidant; c. a buffer; d. a surfactant; e. a preservative; f. a flavoring agent, a sweetener, or a combination thereof; g. dextrose, carboxymethyl cellulose (CMC) and microcrystalline cellulose (MCC), and h. a liquid vehicle,
A method for notifying uplink and downlink configuration information, comprising: sending to User Equipment, UE, by a base station, a Downlink Control Information, DCI, format through a Physical Downlink Control Channel, PDCCH, in a search space, wherein the search space comprises a common search space and/or a UE group common search space and the DCI format bears uplink and downlink configuration information configured to indicate uplink and downlink configuration, characterized in that , the DCI format comprises a plurality of control fields, wherein at least one control field comprises the uplink and downlink configuration information, wherein when the base station sends a UE-specific DCI format on a subframe where the DCI format bearing the uplink and downlink configuration information is not sent, the base station carries dynamic indication information of Channel State Information, CSI,/Interference Measurement, IM, in the UE-specific DCI format, so that base station dynamically notifies UE to perform dynamic CSI/IM measurement; wherein the dynamic indication information of CSI/IM comprises group information of CSI/IM and subframe information of CSI/IM. sending to User Equipment, UE, by a base station, a Downlink Control Information, DCI, format through a Physical Downlink Control Channel, PDCCH, in a search space, wherein the search space comprises a common search space and/or a UE group common search space and the DCI format bears uplink and downlink configuration information configured to indicate uplink and downlink configuration, characterized in that , the DCI format comprises a plurality of control fields, wherein at least one control field comprises the uplink and downlink configuration information, wherein when the base station sends a UE-specific DCI format on a subframe where the DCI format bearing the uplink and downlink configuration information is not sent, the base station carries dynamic indication information of Channel State Information, CSI,/Interference Measurement, IM, in the UE-specific DCI format, so that base station dynamically notifies UE to perform dynamic CSI/IM measurement; wherein the dynamic indication information of CSI/IM comprises group information of CSI/IM and subframe information of CSI/IM.
Shelf for a motor vehicle, intended to be fixed between a rear pillar , an upper surface of a rear wheel arch and a bodyshell side of said motor vehicle, characterized in that the shelf comprises a single part comprising: a. a central area extending substantially on a central plane , said central area being delimited by a perimeter ; b. a contour extending at all points on the perimeter in a direction which intersects, and is preferably perpendicular to, the central plane . a. a central area extending substantially on a central plane , said central area being delimited by a perimeter ; b. a contour extending at all points on the perimeter in a direction which intersects, and is preferably perpendicular to, the central plane .
Bearing pad support connection , comprising a bearing pad and a bearing pad support , whereby the bearing pad is connected to the bearing pad support by a pivot joint , whereby the pivot joint comprises a pivot pocket , and a pivot , whereby the pivot pocket comprises a sealing that abuts on the pivot of the pivot joint , characterized in that the pivot comprises a neck and a head , whereby the head comprises a rim with a wider dimension than the neck , and wherein the sealing abuts on the neck of the pivot , whereby the head is connected to the neck , and the head forms an end of the pivot , the head of the pivot is located in the pivot pocket of the pivot joint , when the bearing pad support connection is connected
Support, in particular for semi-trailers, wherein the support comprises an outer support tube , having a support plate arranged therein and an inner support tube adjustable along a longitudinal axis (y), wherein the support inner tube is connected to a spindle nut which engages or can be brought into engagement with a threaded portion of a spindle , wherein the spindle can be driven via a gear portion , wherein said gear portion comprises a bevel gear set including a crown gear having a hub portion , said hub portion being adapted to transmit torque to said spindle about said longitudinal axis (y), wherein the spindle is passed through a hole of the support plate , and is supported by the support plate characterized in that the bearing of the spindle is designed to float in the support plate .
Engrailed protein for use in the treatment and/or the prevention of amyotrophic lateral sclerosis.
Valve group for a pump of a cooling circuit, in particular for vehicles, wherein the pump comprises a pump body having a housing compartment in which said valve group is inserted in a removable manner, wherein the valve group extends along a rotation axis (Y-Y) and transversally identifies a duct for the passage of cooling liquid, the valve group comprising an obturator rotatable around said rotation axis (Y-Y), wherein the obturator comprises an active portion commanded in rotation in a manner offset to said rotation axis (Y-Y) and characterized in that the active portion is radially translatable during said rotation, engaged by a cam element , so as to be movable into a rest position, in which it does not oppose the cooling liquid, and into an obturation position in which the obturator opposes the cooling liquid to block its passage, and/or into a position of reduction of the passage of cooling liquid as it opposes it only in part; the obturator comprises a supporting structure , suitable to rotate around the of rotation axis (Y-Y) maintaining its radial position and suitable to provide a support to the active portion in its rotation and in its radial translation; and that the obturator comprises elastic means , suitable to engage the supporting structure and the active portion in such a way as to keep the latter in a radial rest position, so that the cam element in engagement with the active portion is opposed to the resistant force of said elastic means .
A method for the control or closed-loop control of the volume flow of a substance to be sprayed and/or of a gas, of a nozzle which is suitable for spraying substances, in particular dispersions, emulsions, or suspensions, wherein the nozzle comprises - a nozzle body which has a nozzle mouthpiece , - wherein the nozzle body comprises an inner pipe , said inner pipe being connected to a feed for the substance to be sprayed and comprising an inner wall and an exit opening , and an outer pipe (903 1003), said outer pipe being distanced to the inner pipe , being connected to a feed for a gas and comprising an exit opening , and - the exit opening of the inner pipe and the exit opening of the outer pipe are arranged in the region of the nozzle mouthpiece , characterised in that the inner pipe at least partly is designed of an elastic material and a device which comprises an inlet for a fluid feed and an outlet for a fluid discharge is arranged in the annular gap between the inner pipe and the outer pipe , wherein the device has a closure position for closing the inner pipe and at least one open position, wherein in the at least one open position the substance to be sprayed can flow through at least the fluid channel, and wherein the device is designed in a manner such that the volume of the device can be changed by way of fluid feed or fluid discharge, by which means the device can be brought or is brought from the one closure position of the inner pipe into the at least one open position of the inner pipe and vice versa, wherein on bringing the device from the one closure position of the inner pipe into the at least one open position of the inner pipe, the gas which flows through the annular gap begins to flow through the annular gap at the minimum simultaneously on bringing of the device from the one closure position of the inner pipe into the at least one open position of the inner pipe . - a nozzle body which has a nozzle mouthpiece , - wherein the nozzle body comprises an inner pipe , said inner pipe being connected to a feed for the substance to be sprayed and comprising an inner wall and an exit opening , and an outer pipe (903 1003), said outer pipe being distanced to the inner pipe , being connected to a feed for a gas and comprising an exit opening , and - the exit opening of the inner pipe and the exit opening of the outer pipe are arranged in the region of the nozzle mouthpiece ,
An maintenance apparatus for providing maintenance information of parts of a rail vehicle by time series prediction, characterized in that said maintenance apparatus being adapted to construct at least two independent recurrent neural network models (200-1 to 200-m) which are configured to provide time series prediction for predetermined parts of the rail vehicle , respectively, that are exposed to degradation, to use each of said models (200-1 to 200-m) for time series prediction with an input of sensor output information which relates to a corresponding part of said rail vehicle within a condition based maintenance system of said rail vehicle as an input, and to generate a prediction information (P1 to Pm) for each of the predetermined parts based on said time series prediction as an output, wherein the at least two independent recurrent neural network models (200-1 to 200-m) comprise a Liquid State Machine or an Echo State Network, and the at least two independent recurrent neural network models (200-1 to 200-m) are connected together so as to model cross effects between the models, and the prediction information is a prediction of future values of degradation process. to construct at least two independent recurrent neural network models (200-1 to 200-m) which are configured to provide time series prediction for predetermined parts of the rail vehicle , respectively, that are exposed to degradation, to use each of said models (200-1 to 200-m) for time series prediction with an input of sensor output information which relates to a corresponding part of said rail vehicle within a condition based maintenance system of said rail vehicle as an input, and to generate a prediction information (P1 to Pm) for each of the predetermined parts based on said time series prediction as an output, wherein the at least two independent recurrent neural network models (200-1 to 200-m) comprise a Liquid State Machine or an Echo State Network, and the at least two independent recurrent neural network models (200-1 to 200-m) are connected together so as to model cross effects between the models, and the prediction information is a prediction of future values of degradation process.
A bone material removal device comprising: an elongated shaft having a longitudinal axis; at least one bone material removal element for widening a bore in a bone, said bone material removal element coupled to said shaft ; said shaft having a recess ; said bone material removal element movable from a closed position, in which said bone material removal element is partially received within the recess of said shaft , to an open position in which said bone material removal element is extended radially away from said shaft by rotation of said bone material removal element generally in a plane perpendicular to the longitudinal axis of the shaft; wherein said bone material removal element includes one supporting member having a distal extension to be received within said shaft, said supporting member attaching said bone material removal element to said elongated shaft ; characterized in that in said closed position a portion of said bone material removal element protrudes from said recess. an elongated shaft having a longitudinal axis; at least one bone material removal element for widening a bore in a bone, said bone material removal element coupled to said shaft ; said shaft having a recess ; said bone material removal element movable from a closed position, in which said bone material removal element is partially received within the recess of said shaft , to an open position in which said bone material removal element is extended radially away from said shaft by rotation of said bone material removal element generally in a plane perpendicular to the longitudinal axis of the shaft; wherein said bone material removal element includes one supporting member having a distal extension to be received within said shaft, said supporting member attaching said bone material removal element to said elongated shaft ; characterized in that in said closed position a portion of said bone material removal element protrudes from said recess.
A door panel arrangement (100; 200; 300; 400), comprising: a frame (102; 202; 302; 402); a door panel (110; 210; 310; 410; 510) pivotally coupled to the frame (102..402); and a latch arrangement (120...420), comprising: a latch bolt (222; 322; 422) pivotally coupled to the door panel (110...510); a contacting member (224...524) extending from the latch bolt (222; 322; 422), the contacting member (224...524) comprising a first contacting surface (218... 528); the arrangement characterized in that it further comprises: a shear pin (226...526) extending from the first contacting surface (218...528); a striker plate (214... 514) coupled to the frame (102...402), the striker plate (214...524) comprising a second contacting surface (228...518); and a counterbore (216...516) disposed in the second contacting surface (228... 528); wherein the counterbore (216... 516) is configured to receive the shear pin (226...526). a frame (102; 202; 302; 402); a door panel (110; 210; 310; 410; 510) pivotally coupled to the frame (102..402); and a latch arrangement (120...420), comprising: a latch bolt (222; 322; 422) pivotally coupled to the door panel (110...510); a contacting member (224...524) extending from the latch bolt (222; 322; 422), the contacting member (224...524) comprising a first contacting surface (218... 528); the arrangement characterized in that it further comprises: a shear pin (226...526) extending from the first contacting surface (218...528); a striker plate (214... 514) coupled to the frame (102...402), the striker plate (214...524) comprising a second contacting surface (228...518); and a counterbore (216...516) disposed in the second contacting surface (228... 528); wherein the counterbore (216... 516) is configured to receive the shear pin (226...526). a latch bolt (222; 322; 422) pivotally coupled to the door panel (110...510); a contacting member (224...524) extending from the latch bolt (222; 322; 422), the contacting member (224...524) comprising a first contacting surface (218... 528); the arrangement characterized in that it further comprises: a shear pin (226...526) extending from the first contacting surface (218...528); a striker plate (214... 514) coupled to the frame (102...402), the striker plate (214...524) comprising a second contacting surface (228...518); and a counterbore (216...516) disposed in the second contacting surface (228... 528); wherein the counterbore (216... 516) is configured to receive the shear pin (226...526). a shear pin (226...526) extending from the first contacting surface (218...528); a striker plate (214... 514) coupled to the frame (102...402), the striker plate (214...524) comprising a second contacting surface (228...518); and a counterbore (216...516) disposed in the second contacting surface (228... 528); wherein the counterbore (216... 516) is configured to receive the shear pin (226...526).
A material comprising a transparent substrate coated with a stack comprising at least one silver-based functional metallic layer and at least two dielectric coatings, each dielectric coating including at least one dielectric layer, so that each functional metallic layer is positioned between two dielectric coatings, characterized in that the stack comprises: - two blocking layers located in contact, below and above, with a silver-based functional metallic layer, the blocking layers are chosen from metallic layers based on a metal or a metal alloy of one or more elements chosen from titanium, nickel, chromium, tantalum, zirconium and niobium, - a titanium nitride layer located in contact with a blocking layer and separated from the silver-based functional layer by said blocking layer. - two blocking layers located in contact, below and above, with a silver-based functional metallic layer, the blocking layers are chosen from metallic layers based on a metal or a metal alloy of one or more elements chosen from titanium, nickel, chromium, tantalum, zirconium and niobium, - a titanium nitride layer located in contact with a blocking layer and separated from the silver-based functional layer by said blocking layer.
A reinforcement arrangement configured to be centrally arranged in a vehicle body for protecting a vehicle occupant in the event of a frontal collision, the reinforcement arrangement comprising: a battery frame configured to be arranged in a floor portion of the vehicle body and configured to hold an energy source, the frame comprising a plurality of lateral support beams spaced apart such that an energy source can be located between two adjacent lateral support beams; characterised by : a reinforcement framework in a first end connectable to a portion of the vehicle body defining a front wall of a passenger compartment and in a second end connected to a first lateral support beam of the frame; and a support element in a first end connected to the reinforcement framework at a location between a rear portion and a forward portion of the reinforcement framework and in a second end connected to a second lateral support beam of the frame arranged in front of the first lateral support beam, such that the reinforcement framework is configured to redirect a force from a frontal collision to the first and /or second lateral support beam of the battery frame. a battery frame configured to be arranged in a floor portion of the vehicle body and configured to hold an energy source, the frame comprising a plurality of lateral support beams spaced apart such that an energy source can be located between two adjacent lateral support beams; characterised by : a reinforcement framework in a first end connectable to a portion of the vehicle body defining a front wall of a passenger compartment and in a second end connected to a first lateral support beam of the frame; and a support element in a first end connected to the reinforcement framework at a location between a rear portion and a forward portion of the reinforcement framework and in a second end connected to a second lateral support beam of the frame arranged in front of the first lateral support beam, such that the reinforcement framework is configured to redirect a force from a frontal collision to the first and /or second lateral support beam of the battery frame.
A method for assigning high power frequency bands in a communication system , comprising: generating , in a cell controller having a processor , a strong interference neighbor relationship table, SI-NRT, based on a predefined threshold value and interferences from a plurality of neighbor cells; determining , in the cell controller , whether a cell needs an additional high power frequency band; determining , in the cell controller , whether there is available a high power frequency band in the plurality of neighboring cells based on the SI-NRT; and assigning the high power frequency band to cell i when the assignment does not change its own SI-NRT and any SI-NRT of the plurality of neighbor cells, wherein the predefined threshold value is greater than zero. generating , in a cell controller having a processor , a strong interference neighbor relationship table, SI-NRT, based on a predefined threshold value and interferences from a plurality of neighbor cells; determining , in the cell controller , whether a cell needs an additional high power frequency band; determining , in the cell controller , whether there is available a high power frequency band in the plurality of neighboring cells based on the SI-NRT; and assigning the high power frequency band to cell i when the assignment does not change its own SI-NRT and any SI-NRT of the plurality of neighbor cells, wherein the predefined threshold value is greater than zero.
A composite article, comprising: i) a distributed phase in the composite article that includes a plurality of segmented forms selected from fibers, platelets, flakes, whiskers, or any combination thereof; and ii) a polymeric matrix in the composite article in which the distributed phase is distributed, the polymeric matrix including at least 25% by weight of the polymeric matrix of a thermoplastic polymer having at least one epoxide functional group and being a reaction product of a diepoxide and a mono primary amine or a di-secondary amine; wherein the material of at least a portion of the distributed phase is substantially the same as the material of the polymeric matrix; wherein the composite article forms at least a portion of a carrier adapted for use as a baffle, as a structural reinforcement, or as both. i) a distributed phase in the composite article that includes a plurality of segmented forms selected from fibers, platelets, flakes, whiskers, or any combination thereof; and ii) a polymeric matrix in the composite article in which the distributed phase is distributed, the polymeric matrix including at least 25% by weight of the polymeric matrix of a thermoplastic polymer having at least one epoxide functional group and being a reaction product of a diepoxide and a mono primary amine or a di-secondary amine; wherein the material of at least a portion of the distributed phase is substantially the same as the material of the polymeric matrix; wherein the composite article forms at least a portion of a carrier adapted for use as a baffle, as a structural reinforcement, or as both.
A rubber composition prepared by mixing a rubber component comprising 20 to 80% by mass of an amine-modified conjugated diene based polymer (A), and 80 to 20% by mass of at least one other component selected from the group consisting of natural rubber and at least one diene based rubber selected from synthetic diene based rubbers other than the amine-modified conjugated diene based polymer (A), and 60 to 100 parts by mass of a filler (B), 0.9 to 2.4 parts by mass of a phenol resin (C), 0.07 to 0.2 parts by mass of a methylene donor (D), 1.5 to 2.1 parts by mass of a thiuram based vulcanization accelerating agent (E) and 3.2 to 4.5 parts by mass of a sulfenamide based vulcanization accelerating agent (F), based on 100 parts by mass of the rubber component. 20 to 80% by mass of an amine-modified conjugated diene based polymer (A), and 80 to 20% by mass of at least one other component selected from the group consisting of natural rubber and at least one diene based rubber selected from synthetic diene based rubbers other than the amine-modified conjugated diene based polymer (A), and 60 to 100 parts by mass of a filler (B), 0.9 to 2.4 parts by mass of a phenol resin (C), 0.07 to 0.2 parts by mass of a methylene donor (D), 1.5 to 2.1 parts by mass of a thiuram based vulcanization accelerating agent (E) and 3.2 to 4.5 parts by mass of a sulfenamide based vulcanization accelerating agent (F), based on 100 parts by mass of the rubber component.