mhurhangee/ep-ind-claims huggingface dataset:
A turbomachine, in particular an aero gas turbine engine, with several compressor components, at least one combustion chamber and several turbine components, whereby at least one reinforcement rib is positioned in a flow path between two turbine components (32, 34) connected in series, whereby the or each reinforcement rib has a suction side, a pressure side, a front edge and a back edge, whereby the or each reinforcement rib diverts the flow travelling through the flow path, whereby a preferably cylindrical guiding element runs through the inside of the or each reinforcement rib, and whereby the front edge and the back edge of the or each reinforcement rib are tilted in a meridian direction, characterized in that a) the suction side of the or each reinforcement rib is contoured in such a way that, when viewed in a radial direction, the thickness of the relevant reinforcement rib enlarges or increases towards an internal radial partitioning wall of the flow path, as well as towards an external radial partitioning wall of the flow path; b) the pressure side of the or each reinforcement rib is contoured in such a way that, when viewed in a radial direction, the thickness of the relevant reinforcement rib enlarges or increases at least directly in the area of the internal radial partitioning wall of the flow path, as well as directly in the area of the external radial partitioning wall of the flow path; c) the front edge of the or each reinforcement rib is contoured in such a way that the front edge has a backwards sweep towards the internal radial partitioning wall of the flow path, as well as towards the external radial partitioning wall of the flow path, and therefore, when viewed in the direction of flow, is offset downstream. a) the suction side of the or each reinforcement rib is contoured in such a way that, when viewed in a radial direction, the thickness of the relevant reinforcement rib enlarges or increases towards an internal radial partitioning wall of the flow path, as well as towards an external radial partitioning wall of the flow path; b) the pressure side of the or each reinforcement rib is contoured in such a way that, when viewed in a radial direction, the thickness of the relevant reinforcement rib enlarges or increases at least directly in the area of the internal radial partitioning wall of the flow path, as well as directly in the area of the external radial partitioning wall of the flow path; c) the front edge of the or each reinforcement rib is contoured in such a way that the front edge has a backwards sweep towards the internal radial partitioning wall of the flow path, as well as towards the external radial partitioning wall of the flow path, and therefore, when viewed in the direction of flow, is offset downstream.
A method for providing information in a vehicle, comprising the steps: - Outputting a fuel amount in the fuel tank of the vehicle, - Outputting a volume of the fuel tank of the vehicle, - Reading data (Dat) on gas stations (GS N) from a database (210, 230), wherein the data (Dat) have an identification for each gas station (GS N) and/or a geographic position of each gas station (GS N) and wherein the data (Dat) have a price associated with the particular gas station (GS N) for a fuel for the vehicle, - Determining a distance value for each gas station (GS N), wherein the distance value is determined from map data, - Determining driving cost based on consumption (ΔL D) of the fuel for the distance value, - Determining cost of fueling for each gas station (GS N) based on the fuel amount and the volume and the price of the fuel, - Determining total cost based on the driving cost and the cost of fueling, and - Outputting a ranking of gas stations (GS N) based on the total cost; characterized in that the total cost of one rank is calculated based on at least two distance values for reaching at least two gas stations (GS N) and at least two data (Dat) of the at least two gas stations (GS N), - wherein an entry of the one rank is displayed having the at least two gas stations (GS N). - Outputting a fuel amount in the fuel tank of the vehicle, - Outputting a volume of the fuel tank of the vehicle, - Reading data (Dat) on gas stations (GS N) from a database (210, 230), wherein the data (Dat) have an identification for each gas station (GS N) and/or a geographic position of each gas station (GS N) and wherein the data (Dat) have a price associated with the particular gas station (GS N) for a fuel for the vehicle, - Determining a distance value for each gas station (GS N), wherein the distance value is determined from map data, - Determining driving cost based on consumption (ΔL D) of the fuel for the distance value, - Determining cost of fueling for each gas station (GS N) based on the fuel amount and the volume and the price of the fuel, - Determining total cost based on the driving cost and the cost of fueling, and - Outputting a ranking of gas stations (GS N) based on the total cost; characterized in that the total cost of one rank is calculated based on at least two distance values for reaching at least two gas stations (GS N) and at least two data (Dat) of the at least two gas stations (GS N), - wherein an entry of the one rank is displayed having the at least two gas stations (GS N).
A transport vehicle that travels along a container shelf provided with a plurality of levels of shelf portions arranged in a vertical direction and configured to support containers, thereby transporting the containers, the transport vehicle comprising: a support region where a container is supported; a container transfer apparatus that inserts/takes a container into/out of the container shelf; a recognition apparatus that recognizes at least one of an article stored in a container in a first state in which the container is supported in the support region and an article stored in a container in a second state in which the container is supported by the container transfer apparatus; and an article transfer apparatus that transfers an article recognized by the recognition apparatus between a container (w) in the first state and a container in the second state; wherein the container transfer apparatus includes a support body that supports a container and a transfer unit that transfers the container, characterized in that, the transfer unit transfers the container between the shelf portion and the support body, and transfers the container between the support body and the support region. a support region where a container is supported; a container transfer apparatus that inserts/takes a container into/out of the container shelf; a recognition apparatus that recognizes at least one of an article stored in a container in a first state in which the container is supported in the support region and an article stored in a container in a second state in which the container is supported by the container transfer apparatus; and an article transfer apparatus that transfers an article recognized by the recognition apparatus between a container (w) in the first state and a container in the second state; wherein the container transfer apparatus includes a support body that supports a container and a transfer unit that transfers the container, characterized in that, the transfer unit transfers the container between the shelf portion and the support body, and transfers the container between the support body and the support region.
Modular system for drums of laundry care devices such as washing machines or driers comprising similarly configured base bodies and at least two sets of differently designed functional parts with which the base bodies can be equipped, characterised in that the base bodies and the functional parts are identical to one another in the connecting region and can be interchanged.
Device for managing the supply voltage (Val) deriving from an electric network, comprising means having at the input said supply voltage of the electric network and configured to limit the peaks of the supply voltage by providing at the output terminal an output voltage (Vout; Vout1, Vout2, Vout3) having a value less than the supply voltage deriving from the electric network, said means comprise at least one transformer provided with a primary winding (L1; L1a, L1b, L1c) and a secondary winding (L2; L2a, L2b, L2c) arranged in phase opposed, said secondary winding being connected between the input (IN; IN1, IN2, IN3) and output terminals (OUT; OUT1, OUT2, OUT3) of the device and said primary winding comprising at least two taps (S1, S2), said device comprising further means (3, K2, K3) configured to select one of said two taps of the primary winding as a function of the electric network supply voltage value, said supply voltage (Val) being applied between said selected tap and the neutral, said two taps comprising a first tap and a second tap associated respectively to a first output voltage and a second output voltage wherein said first output voltage is higher than said second output voltage, characterized in that said further means are configured to select said second tap in response to an electric network supply voltage higher than a reference voltage (Val-th) or said first tap in response to an electric network supply voltage lower than said reference voltage.
A carrier body (1, 2, 3, 4, 5, 6, 30) for grinding tools having an inner hub ring surrounding a central bore for connecting the grinding tool to a rotary drive, and an outer casing ring for receiving a grinding means, in particular in the form of a galvanic coating, a grinding ring or a plurality of grinding segments, wherein the hub ring and the casing ring are connected together by way of a plurality of mutually spaced webs (10, 11, 12, 51), whereby the webs (10, 11, 12, 51) each have at least one respective opening (13, 14, 15, 16, 17, 52), characterised in that the webs (10, 11, 12, 51) widen towards the casing ring and/or towards the hub ring in the plane of the carrier body (1, 2, 3, 4, 5, 6, 30).
Water-absorbing polymer structure which is based to an extent of at least 50% by weight on monomers containing carboxylate groups and has been surface contacted with a combination of a water-soluble salt of aluminium and pulverulent zinc oxide.
A crop input control system for an agricultural implement having a plurality of row units, comprising: a planter row unit configured to open a planting trench and deposit a seed in said planting trench; a liquid control system configured to deposit liquid in said planting trench, comprising: a positioning control actuator disposed to modify a position of a liquid outlet to change liquid deposition relative to said seed, characterised in that said position of liquid deposition is changed transverse to a direction of travel of said planter row unit. a planter row unit configured to open a planting trench and deposit a seed in said planting trench; a liquid control system configured to deposit liquid in said planting trench, comprising: a positioning control actuator disposed to modify a position of a liquid outlet to change liquid deposition relative to said seed, characterised in that said position of liquid deposition is changed transverse to a direction of travel of said planter row unit.
A device for detecting chemical, biochemical, medical and/or physical reactions, binding and/or addition processes and other interactions by determining the interaction of capture molecules on a thin, transparent layer with species in a sample, thereby effecting a change in layer thickness in the area of the interaction, with at least one light source emitting light of at least a narrow wavelength range, wherein the light source is arranged such that the light is radiated on an at least partially transparent carrier having a plurality of mutually spaced sections of the thin, transparent layer, and with at least one detector, at least one reference detector of an evaluation unit in which at least one lookup table (525, 625) is stored, and a comparator (527, 627), wherein the detector is arranged in such a way that it detects interferences at the sections of the thin, transparent layer as relative intensity of superposition waves and outputs them as a detector signal, and wherein the reference detector is arranged such that it detects a time-variable course of the incident light and outputs it as a reference detector signal, and wherein the comparator (527, 627) is configured to receive the detector signal and the reference detector signal and by forming the ratio of the detector signal and the reference detector signal of the intensity of the incident light in each case to form independent relative signals and therefrom reflection and/or transmission coefficients of the sections, to determine optical layer thicknesses of the sections from the reflection and/or transmission coefficients in conjunction with the look-up table, and to determine corresponding layer thickness changes of the sections therefrom.
An acellular matrix sponge implant for implantation into a cartilage lesion comprising: a collagen sponge having a porous honeycomb structure with pores of sizes from 200-400 μm; and a collagen gel disposed within the pores. a collagen sponge having a porous honeycomb structure with pores of sizes from 200-400 μm; and a collagen gel disposed within the pores.
A protection arrangement for a current collector (3, 10) arranged on a vehicle having an electric propulsion unit and a rechargeable energy storage, where the protection arrangement comprises a cover (2, 11, 15) having a first protective state in which the current collector (3, 10) is covered by the cover (2, 11, 15) and a second open state in which the protection arrangement allows contact between the current collector (3, 10) and a corresponding current supply means during charging of the energy storage, characterized in that the cover (2, 11, 15) is automatically opened from the protective state to the open state when the vehicle has reached a predefined charging position, and wherein the cover (2, 11, 15) is spring-loaded to automatically close the cover (2, 11, 15) from the second open state to the first protective state when a closing signal is issued.
A method performed by an access point for generating policies for improving network system performance, the method comprising: sending operational data to a server; receiving a management policy from the server according to the operational data sent to the server; merging the management policy with a user preference or user policy to generate a unified policy; and applying the unified policy for network management. sending operational data to a server; receiving a management policy from the server according to the operational data sent to the server; merging the management policy with a user preference or user policy to generate a unified policy; and applying the unified policy for network management.
Blocking device for blocking a vehicle and/or entrance to a loading-unloading station, comprising: - a guide track with guide track supports (16, 18) disposed along a driveway; - a carriage attached to the guide track with a blocking element, with the carriage being capable of moving along the driveway; and - a guide track drive configured for lifting and/or lowering the guide track, characterized in that the blocking device comprises a blocking element extension mechanism configured to extend the blocking element between a retracted position and an extended blocking position and in that the guide track drive is further configured such that the guide track performs a horizontal movement when being lifted or lowered, and wherein the vertical and horizontal movements are being performed simultaneously or successively. - a guide track with guide track supports (16, 18) disposed along a driveway; - a carriage attached to the guide track with a blocking element, with the carriage being capable of moving along the driveway; and - a guide track drive configured for lifting and/or lowering the guide track,
A mount for a linear ultrasonic horn, comprising: a contacting portion having an inner bearing surface, a flange extending outwardly from the contacting portion, the flange having an outer perimeter, an annular counterweight mounted on the flange adjacent the outer perimeter, and an annular mounting portion attached to the flange between the contacting portion and the outer perimeter, such that the end of the annular mounting portion opposite the flange is an outer bearing surface; wherein the outer bearing surface is a node when the inner bearing surface is driven at a predetermined frequency, wherein the mount has a resonance at said predetermined frequency. a contacting portion having an inner bearing surface, a flange extending outwardly from the contacting portion, the flange having an outer perimeter, an annular counterweight mounted on the flange adjacent the outer perimeter, and an annular mounting portion attached to the flange between the contacting portion and the outer perimeter, such that the end of the annular mounting portion opposite the flange is an outer bearing surface;
Drum brake of a motor vehicle, with a brake drum and an anchor plate, wherein the brake drum and anchor plate form a housing, wherein in the housing at least one brake lining, the brake lining being able to be pressed against the brake drum by means of at least one actuator in order to generate friction, at least one air gap being arranged between the anchor plate and the brake drum., characterized in that at least one permanent magnet (20', 20", 20′′′, 20ʺʺ) is arranged in the air gap, the brake pad containing metal particles, the air gap between the anchor plate and the brake drum, air being able to get inside the drum brake and escape through the air gap, and the permanent magnet (20', 20", 20′′′, 20ʺʺ) is designed as a ring, so that the air gap allows uniform ventilation of the drum brake and is magnetically protected against the escape of brake dust.
A method for transmitting a channel state information reference signal, CSI-RS, by a base station using a plurality of CSI-RS ports in a wireless communication system, the method comprising: transmitting, to a user equipment, UE, at least one CSI-RS configuration information; transmitting, to the UE, at least one CSI-RS on at least one CSI-RS resource determined based on the at least one CSI-RS configuration information; and receiving, from the UE, channel state information, CSI, corresponding to the at least one CSI-RS, wherein the at least one CSI-RS configuration information comprises first information indicating a number of CSI-RS ports and second information on a CSI-RS density for the CSI-RS ports, the CSI-RS density indicating a density of the at least one CSI-RS resource in a frequency domain for the CSI-RS ports, wherein the frequency domain comprises one of a resource element, RE, an antenna port, or a physical resource block, PRB, wherein in case that the number of CSI-RS ports is a first value, 0.5 density is supported for the CSI-RS ports, wherein in case that the number of CSI-RS ports is a second value, 0.5 density is not supported for the CSI-RS ports, and wherein the first value and the second value are different. transmitting, to a user equipment, UE, at least one CSI-RS configuration information; transmitting, to the UE, at least one CSI-RS on at least one CSI-RS resource determined based on the at least one CSI-RS configuration information; and receiving, from the UE, channel state information, CSI, corresponding to the at least one CSI-RS, wherein the at least one CSI-RS configuration information comprises first information indicating a number of CSI-RS ports and second information on a CSI-RS density for the CSI-RS ports, the CSI-RS density indicating a density of the at least one CSI-RS resource in a frequency domain for the CSI-RS ports, wherein the frequency domain comprises one of a resource element, RE, an antenna port, or a physical resource block, PRB, wherein in case that the number of CSI-RS ports is a first value, 0.5 density is supported for the CSI-RS ports, wherein in case that the number of CSI-RS ports is a second value, 0.5 density is not supported for the CSI-RS ports, and wherein the first value and the second value are different.
A crystal of 5-chloro-6-(2-iminopyrrolidin-1-yl)methyl-2,4(1H,3H)-pyrimidinedione hydrochloride exhibiting peaks at two or more angles selected from the group consisting of 11.6°, 17.2°, 17.8°, 23.3°, 27.1°, and 29.3° as a diffraction angle (2θ ± 0.1°) in powder X-ray diffraction.
A vacuum device, in particular a turbomolecular pump, comprising a passage, namely an inlet or an outlet, and a flange for a vacuum-tight connection of the passage of the vacuum device to a further flange of a further vacuum device, wherein a carrier for a functional element is arranged in the passage and the carrier comprises at least two arms which connect the carrier to the flange at a respective connection point, wherein the connection points are axially arranged at the level of the flange, characterized in that the flange has a plurality of fastening points which are arranged distributed over a periphery of the flange, the fastening points in particular having passage openings for respective fastening elements to be associated, in that the flange can be fastened to the further flange at the fastening points, and in that all the connection points are arranged in the peripheral direction between two adjacent fastening points in each case. a flange for a vacuum-tight connection of the passage of the vacuum device to a further flange of a further vacuum device, wherein a carrier for a functional element is arranged in the passage and the carrier comprises at least two arms which connect the carrier to the flange at a respective connection point, wherein the connection points are axially arranged at the level of the flange, characterized in that the flange has a plurality of fastening points which are arranged distributed over a periphery of the flange, the fastening points in particular having passage openings for respective fastening elements to be associated, in that the flange can be fastened to the further flange at the fastening points, and in that all the connection points are arranged in the peripheral direction between two adjacent fastening points in each case.
An assembly adapted to deliver gases to a patient by way of a heated inspiratory conduit, the assembly comprising: a patient interface, characterised in that the assembly further comprises: an unheated breathable tube that is a section of tubing constructed of a breathable material having vapour transmission properties, and wherein, in use, said patient interface is attached to said heated inspiratory conduit by way of the unheated breathable tube. a patient interface, characterised in that the assembly further comprises: an unheated breathable tube that is a section of tubing constructed of a breathable material having vapour transmission properties, and wherein, in use, said patient interface is attached to said heated inspiratory conduit by way of the unheated breathable tube. an unheated breathable tube that is a section of tubing constructed of a breathable material having vapour transmission properties, and wherein, in use, said patient interface is attached to said heated inspiratory conduit by way of the unheated breathable tube.