mhurhangee/patent-ind-claim-en huggingface dataset:
Thermal flowmeter comprising at least a sensor with at least a sensor element (7 or 8) designed to determine a measured value for determining the flow of a medium; a transmitter designed to determine the flow using the determined measured value; a tubular connection element designed to connect the sensor to the transmitter ; wherein a protective sleeve is provided, wherein said sleeve is mechanically connected to the tubular connection element , wherein the protective sleeve has a sleeve jacket with at least two openings , a flow entry opening through which the medium can be routed to the sensor and a flow outlet opening through which the medium can be directed from the sensor , wherein the connection between the protective sleeve and the tubular connection element is a positive-locking connection at least in parts, wherein the protective sleeve has a peripheral ring segment in sections, wherein, starting from the peripheral ring segment , the protective sleeve has at least two legs , wherein each of the legs has a longitudinal axis (S1, S2), wherein the legs are parallel to a longitudinal axis (A) of the protective sleeve , characterized in that each of the legs has a shell-shaped end section and in that the end sections are separated from one another by slots running parallel to the longitudinal axis (A). at least a sensor with at least a sensor element (7 or 8) designed to determine a measured value for determining the flow of a medium; a transmitter designed to determine the flow using the determined measured value; a tubular connection element designed to connect the sensor to the transmitter ; wherein a protective sleeve is provided, wherein said sleeve is mechanically connected to the tubular connection element , wherein the protective sleeve has a sleeve jacket with at least two openings , a flow entry opening through which the medium can be routed to the sensor and a flow outlet opening through which the medium can be directed from the sensor , wherein the connection between the protective sleeve and the tubular connection element is a positive-locking connection at least in parts, wherein the protective sleeve has a peripheral ring segment in sections, wherein, starting from the peripheral ring segment , the protective sleeve has at least two legs , wherein each of the legs has a longitudinal axis (S1, S2), wherein the legs are parallel to a longitudinal axis (A) of the protective sleeve , characterized in that each of the legs has a shell-shaped end section and in that the end sections are separated from one another by slots running parallel to the longitudinal axis (A).
An apparatus for supplying hydraulic energy in a chassis system of a vehicle, the apparatus comprising the following construction groups: - a first motor-pump group , comprising a first hydraulic pump and a first electric motor for driving the first hydraulic pump, - a second motor-pump group , comprising a second hydraulic pump and a second electric motor for driving the second hydraulic pump, and - an electronic unit for controlling the first and second motor-pump groups, wherein the construction groups are arranged in an overall casing that is constructed of at least three partial casings , characterized in that the three partial casings respectively mutually adjoin each other and are closed with a sealing adhesive at least or exactly there. - a first motor-pump group , comprising a first hydraulic pump and a first electric motor for driving the first hydraulic pump, - a second motor-pump group , comprising a second hydraulic pump and a second electric motor for driving the second hydraulic pump, and - an electronic unit for controlling the first and second motor-pump groups, wherein the construction groups are arranged in an overall casing that is constructed of at least three partial casings , characterized in that the three partial casings respectively mutually adjoin each other and are closed with a sealing adhesive at least or exactly there.
A base station comprising: means for transmitting , a configuration for reduced processing time operation on a specific carrier to a user equipment , wherein the configuration for reduced processing time operation includes a configuration of a latency reduction threshold; means for performing a scheduling decision by selecting a processing time for the user equipment for a physical downlink shared channel and/or a physical uplink shared channel based on the latency reduction threshold, wherein the scheduling decision includes determining whether a reduced processing time or a legacy processing time is to be applied, and wherein the reduced processing time is shorter than the legacy processing time; means for preparing related downlink control information scheduling the physical downlink shared channel and/or the physical uplink shared channel; means for transmitting the downlink control information scheduling the physical downlink shared channel and/or the physical uplink shared channel to the user equipment; and means for receiving physical uplink shared channel or downlink hybrid automatic repeat request information in accordance with the selected processing time. means for transmitting , a configuration for reduced processing time operation on a specific carrier to a user equipment , wherein the configuration for reduced processing time operation includes a configuration of a latency reduction threshold; means for performing a scheduling decision by selecting a processing time for the user equipment for a physical downlink shared channel and/or a physical uplink shared channel based on the latency reduction threshold, wherein the scheduling decision includes determining whether a reduced processing time or a legacy processing time is to be applied, and wherein the reduced processing time is shorter than the legacy processing time; means for preparing related downlink control information scheduling the physical downlink shared channel and/or the physical uplink shared channel; means for transmitting the downlink control information scheduling the physical downlink shared channel and/or the physical uplink shared channel to the user equipment; and means for receiving physical uplink shared channel or downlink hybrid automatic repeat request information in accordance with the selected processing time.
Integrated core-shell bioactive structure for the regeneration of bone and osteochondral tissues, consisting of: - a porous core made of a biocompatible and biodegradable thermoplastic polymer selected from polylactic acid (PLA), polyglycolic acid (PGA), polycaprolactone (PCL) and mixtures thereof, in an amount between 1 and 99% by weight of the structure; and - a core coating, in an amount between 1 and 99% by weight of the structure, comprising a hydrogel formed by reaction of a polypeptide either derived from natural tissues or synthetic, a water-soluble polymer functionalized so as to be capable of reacting with the polypeptide, and an optionally aminated polysaccharide, with a weight average molecular weight greater than 3 kDa. - a porous core made of a biocompatible and biodegradable thermoplastic polymer selected from polylactic acid (PLA), polyglycolic acid (PGA), polycaprolactone (PCL) and mixtures thereof, in an amount between 1 and 99% by weight of the structure; and - a core coating, in an amount between 1 and 99% by weight of the structure, comprising a hydrogel formed by reaction of a polypeptide either derived from natural tissues or synthetic, a water-soluble polymer functionalized so as to be capable of reacting with the polypeptide, and an optionally aminated polysaccharide, with a weight average molecular weight greater than 3 kDa.
A polymeric opal comprising a polymer and an additive, wherein the additive comprises a two-dimensional material and/or a carbon nanotube and the weight ratio of the polymer to the additive is between 100:0.001 and 100:0.1.
A fresh air valve which comprises - an elongated housing with an elongated slot shaped through flow opening for building into elongated slot shaped openings in walls or frames, for example window frames and - an elongated cover plate which is displaceably arranged in the elongated housing to be displaceable between two positions, a closed position in which the through flow opening is closed and an open position in which the through flow opening is at least partially open characterized in that the elongated cover plate comprises - an elongated stringer element made from a first material and extending along the longitudinal axis of the elongated cover plate, and - an outer shell comprising a material different from the first material, - said outer shell being arranged to envelope the stringer element within the outer shell such that the material of the outer shell physically locks the stringer to the outer shell, and - said first material having a higher modulus of elasticity than the material of the outer shell. - an elongated housing with an elongated slot shaped through flow opening for building into elongated slot shaped openings in walls or frames, for example window frames and - an elongated cover plate which is displaceably arranged in the elongated housing to be displaceable between two positions, a closed position in which the through flow opening is closed and an open position in which the through flow opening is at least partially open characterized in that the elongated cover plate comprises - an elongated stringer element made from a first material and extending along the longitudinal axis of the elongated cover plate, and - an outer shell comprising a material different from the first material, - said outer shell being arranged to envelope the stringer element within the outer shell such that the material of the outer shell physically locks the stringer to the outer shell, and - said first material having a higher modulus of elasticity than the material of the outer shell.
A system comprising: a multifunction control display unit cabinet; a multifunction control display unit ("MCDU") comprising a tablet computing device including a touchscreen for selection of one or more of a plurality of manual MCDU commands, the tablet computing device being removably coupled to the multifunction control display unit cabinet, wherein the MCDU is communicatively coupled to a conversion device configured to convert a MCDU command from a universal serial bus ("USB") standard to an avionics data bus standard; an MCDU driven avionics system in operable communication with the MCDU; a command database , the command database in operable communication with the MCDU and storing a plurality of voice commands and a plurality of MCDU commands, each voice command associated with one of the plurality of MCDU commands; and a pilot voice interface configured to receive a voice command from a pilot and transmit the voice command to the MCDU, the MCDU configured to: receive the voice command transmitted by the pilot voice interface, access the command database in response to identify an MCDU command in the command database that is associated with the voice command, and transmit the MCDU command to the MCDU driven avionics system for execution thereby, wherein the voice command bypasses selection of the plurality of manual MCDU commands. a multifunction control display unit cabinet; a multifunction control display unit ("MCDU") comprising a tablet computing device including a touchscreen for selection of one or more of a plurality of manual MCDU commands, the tablet computing device being removably coupled to the multifunction control display unit cabinet, wherein the MCDU is communicatively coupled to a conversion device configured to convert a MCDU command from a universal serial bus ("USB") standard to an avionics data bus standard; an MCDU driven avionics system in operable communication with the MCDU; a command database , the command database in operable communication with the MCDU and storing a plurality of voice commands and a plurality of MCDU commands, each voice command associated with one of the plurality of MCDU commands; and a pilot voice interface configured to receive a voice command from a pilot and transmit the voice command to the MCDU, the MCDU configured to: receive the voice command transmitted by the pilot voice interface, access the command database in response to identify an MCDU command in the command database that is associated with the voice command, and transmit the MCDU command to the MCDU driven avionics system for execution thereby, wherein the voice command bypasses selection of the plurality of manual MCDU commands. receive the voice command transmitted by the pilot voice interface, access the command database in response to identify an MCDU command in the command database that is associated with the voice command, and transmit the MCDU command to the MCDU driven avionics system for execution thereby, wherein the voice command bypasses selection of the plurality of manual MCDU commands.
A luminaire comprising: a wireless communication module for configuring the luminaire; an optical signal detector for detecting a directional optical signal , wherein the directional optical signal comprises source information of a signal source ; and a controller for controlling the wireless communication module, characterized in that the controller is adapted to : - decode the source information of the directional optical signal to extract an identification code and a cryptographic key; - enable the wireless communication module such as to establish a wireless communication link between the wireless communication module and the signal source if the extracted identification code matches a reference code; and - encrypt data sent over the wireless communication link in accordance with said cryptographic key. a wireless communication module for configuring the luminaire; an optical signal detector for detecting a directional optical signal , wherein the directional optical signal comprises source information of a signal source ; and a controller for controlling the wireless communication module, - decode the source information of the directional optical signal to extract an identification code and a cryptographic key; - enable the wireless communication module such as to establish a wireless communication link between the wireless communication module and the signal source if the extracted identification code matches a reference code; and - encrypt data sent over the wireless communication link in accordance with said cryptographic key.
Method for marking a workpiece surface of a metal workpiece , in which a welding torch comprising a welding wire electrode is guided along the workpiece surface to be marked, characterised in that a wire end of the welding wire electrode is moved back and forth with respect to the workpiece surface to be marked, an electric voltage (U) at the welding wire electrode and/or an electric current (I) flowing through the welding wire electrode generating electric sparks which induce material removal and/or a material change at the workpiece surface of the metal workpiece to mark the workpiece surface ; the wire end of the welding wire electrode repeatedly being moved towards the workpiece surface until an electric short circuit with the metal workpiece occurs and then moved away from the workpiece surface , the electric voltage (U) and the electric current (I) flowing through the welding wire electrode being set in such a way that when the electric short circuit is broken an electric spark is generated in each case and brings about material removal and/or a material change at a point on the workpiece surface of the metal workpiece to generate a marking point , but no melting of the meltable welding wire electrode takes place.
A blade having an airfoil having a tip , the blade comprising: a metallic substrate ; and a coating system atop the substrate at the tip and comprising: a first layer of at least 99.0% weight nickel; an abrasive layer , comprising: a matrix ; and an abrasive at least partially embedded in the matrix ; and a second layer between the first layer and the matrix and with higher plane strain fracture toughness or an increased elongation to failure than at least one of the first layer and the matrix , wherein the second layer comprises, by weight, at least 80% nickel and 1.0% to 10.0% cobalt. a metallic substrate ; and a coating system atop the substrate at the tip and comprising: a first layer of at least 99.0% weight nickel; an abrasive layer , comprising: a matrix ; and an abrasive at least partially embedded in the matrix ; and a second layer between the first layer and the matrix and with higher plane strain fracture toughness or an increased elongation to failure than at least one of the first layer and the matrix , a first layer of at least 99.0% weight nickel; an abrasive layer , comprising: a matrix ; and an abrasive at least partially embedded in the matrix ; and a matrix ; and an abrasive at least partially embedded in the matrix ; and a second layer between the first layer and the matrix and with higher plane strain fracture toughness or an increased elongation to failure than at least one of the first layer and the matrix , wherein the second layer comprises, by weight, at least 80% nickel and 1.0% to 10.0% cobalt.
A geared turbomachine , having a gear unit , a drive unit , and multiple output units , which are integrated into a machine train; wherein the gear unit includes a central bull gear with a bull gear shaft and multiple pinions with pinion shafts meshing with the bull gear ; wherein the drive unit is configured as steam turbine, in which for providing mechanical drive power a first process gas is expanded; wherein a first output unit is configured as at least two-stage main compressor in which, utilising the mechanical drive power provided by the drive unit , a second process gas is compressed, wherein between each two stages of the main compressor an intercooler each is connected in order to cool the second process gas; wherein multiple second output units are configured as geared compressors, in which utilising the mechanical drive power provided by the drive unit the second process gas is further compressed, wherein between the last stage of the main compressor and the first geared compressor and between each two geared compressors an intercooler and downstream of the last geared compressor an end cooler is arranged in order to cool the second process gas; characterised in that each intercooler and the end cooler each comprises a housing with an inlet connector for the second process gas to be cooled and an outlet connector for the cooled second process gas and a heat exchanger received in the housing , wherein at least one intercooler and/or the end cooler comprises a heat exchanger in plate design, wherein plate elements of the respective plate heat exchanger are welded together. wherein the gear unit includes a central bull gear with a bull gear shaft and multiple pinions with pinion shafts meshing with the bull gear ; wherein the drive unit is configured as steam turbine, in which for providing mechanical drive power a first process gas is expanded; wherein a first output unit is configured as at least two-stage main compressor in which, utilising the mechanical drive power provided by the drive unit , a second process gas is compressed, wherein between each two stages of the main compressor an intercooler each is connected in order to cool the second process gas; wherein multiple second output units are configured as geared compressors, in which utilising the mechanical drive power provided by the drive unit the second process gas is further compressed, wherein between the last stage of the main compressor and the first geared compressor and between each two geared compressors an intercooler and downstream of the last geared compressor an end cooler is arranged in order to cool the second process gas; characterised in that each intercooler and the end cooler each comprises a housing with an inlet connector for the second process gas to be cooled and an outlet connector for the cooled second process gas and a heat exchanger received in the housing , wherein at least one intercooler and/or the end cooler comprises a heat exchanger in plate design, wherein plate elements of the respective plate heat exchanger are welded together.
An information processing method, comprising the following performed using a computer: obtaining first situational information being related to a situation of at least one of a vehicle or the surroundings of the vehicle at a first time point, and second situational information related to a situation of at least one of the vehicle or surroundings of the vehicle at a second time point subsequent to the first time point; determining recommended content by inputting the second situational information to a trained model obtained by machine learning in which first situational information and a first monitoring result are used, and externally monitoring a vehicle by a first monitoring agent and a second monitoring agent, the first monitoring result being a result of monitoring by the first monitoring agent based on the first situational information, the recommended content being related to vehicle monitoring recommended to the second monitoring agent among a plurality of vehicle monitorings ; generating presentation information for the vehicle monitoring based on the recommended content determined; and causing a presentation device to output the presentation information. obtaining first situational information being related to a situation of at least one of a vehicle or the surroundings of the vehicle at a first time point, and second situational information related to a situation of at least one of the vehicle or surroundings of the vehicle at a second time point subsequent to the first time point; determining recommended content by inputting the second situational information to a trained model obtained by machine learning in which first situational information and a first monitoring result are used, and externally monitoring a vehicle by a first monitoring agent and a second monitoring agent, the first monitoring result being a result of monitoring by the first monitoring agent based on the first situational information, the recommended content being related to vehicle monitoring recommended to the second monitoring agent among a plurality of vehicle monitorings ; generating presentation information for the vehicle monitoring based on the recommended content determined; and causing a presentation device to output the presentation information.