mhurhangee/ep-ind-claims huggingface dataset:
An active vibration isolation and damping system comprising - a payload that has to be isolated or damped, - a vibration sensor for detecting a vibration of the payload, - an actuator for moving the payload relative to a bearing body supporting the payload, and - a controller for providing the actuator with a signal that is representative for the vibration, characterized in that the vibration sensor has - a low stiffness connection to the payload for rotation along an axis perpendicular to the gravitational force, and - a high stiffness connection to the payload for the vibration detectable with the vibration sensor. - a payload that has to be isolated or damped, - a vibration sensor for detecting a vibration of the payload, - an actuator for moving the payload relative to a bearing body supporting the payload, and - a controller for providing the actuator with a signal that is representative for the vibration, characterized in that the vibration sensor has - an actuator for moving the payload relative to a bearing body supporting the payload, and - a controller for providing the actuator with a signal that is representative for the vibration, - a low stiffness connection to the payload for rotation along an axis perpendicular to the gravitational force, and - a high stiffness connection to the payload for the vibration detectable with the vibration sensor.
A scroll fluid machine comprising: a stationary scroll in which a spiral lap part is installed; an orbiting scroll that is provided opposite to the stationary scroll and orbits; a casing that is provided outside the orbiting scroll; a drive shaft that makes the orbiting scroll orbit; an orbiting bearing that transmits a rotational movement of the drive shaft to the orbiting scroll; and a plurality of rotation prevention mechanisms that prevent rotation of the orbiting scroll, wherein: the rotation prevention mechanism has a crankshaft and two crank bearings (8;9) that support the crankshaft, wherein the crankshaft is fixed by one crank bearing (8,9) and fastened to the other crank bearing (8,9); and the scroll fluid machine is characterised in that a gap between the crankshaft and the crank bearing (8, 9) to which the crankshaft is fastened is made larger than a gap between an inner race of the orbiting bearing and the rolling elements of the orbiting bearing. a stationary scroll in which a spiral lap part is installed; an orbiting scroll that is provided opposite to the stationary scroll and orbits; a casing that is provided outside the orbiting scroll; a drive shaft that makes the orbiting scroll orbit; an orbiting bearing that transmits a rotational movement of the drive shaft to the orbiting scroll; and a plurality of rotation prevention mechanisms that prevent rotation of the orbiting scroll, wherein: the rotation prevention mechanism has a crankshaft and two crank bearings (8;9) that support the crankshaft, wherein the crankshaft is fixed by one crank bearing (8,9) and fastened to the other crank bearing (8,9); and the scroll fluid machine is characterised in that a gap between the crankshaft and the crank bearing (8, 9) to which the crankshaft is fastened is made larger than a gap between an inner race of the orbiting bearing and the rolling elements of the orbiting bearing.
A column guide system for supporting a table top of an operating table, the column guide system comprising a bottom column and a top column, the bottom column having at least two guide rails that are arranged to be spaced apart from each other, the top column being guided in the vertical direction by the guide rails, wherein the guide rails are arranged to make the plane formed by the guide rail parallel to the longitudinal axis of the operating table top, characterised in that the top column in its lower region has at least two guide sliders and a spacing adjustment compensation device, the guide sliders can be fitted onto the guide rails in a positive-locking manner, and the spacing adjustment compensation device is used to adjust a spacing between the guide sliders so as to enable the guide sliders to move over the entire height of the guide rails.
A vehicle-to-infrastructure cooperation information processing method, comprising: acquiring first on-board perception data of a target vehicle, the first on-board perception data comprising data of an obstacle around the target vehicle sensed by the target vehicle; generating virtual obstacle data for representing the target vehicle in the onboard perception data virtually, according to positioning data of the target vehicle; generating second on-board perception data based on the virtual obstacle data and the first on-board perception data; and fusing the second on-board perception data with roadside perception data to obtain fusion data, the fusion data comprising all obstacle data in both the second on-board perception data and the roadside perception data, and obstacle data in the roadside perception data comprising obstacle data for representing the target vehicle, wherein the generating the second on-board perception data based on the virtual obstacle data and the first on-board perception data, comprises: assigning a first target value to a type field of the virtual obstacle data for representing the target vehicle; and adding the virtual obstacle data assigned with the first target value to the first onboard perception data to obtain the second on-board perception data. acquiring first on-board perception data of a target vehicle, the first on-board perception data comprising data of an obstacle around the target vehicle sensed by the target vehicle; generating virtual obstacle data for representing the target vehicle in the onboard perception data virtually, according to positioning data of the target vehicle; generating second on-board perception data based on the virtual obstacle data and the first on-board perception data; and fusing the second on-board perception data with roadside perception data to obtain fusion data, the fusion data comprising all obstacle data in both the second on-board perception data and the roadside perception data, and obstacle data in the roadside perception data comprising obstacle data for representing the target vehicle, wherein the generating the second on-board perception data based on the virtual obstacle data and the first on-board perception data, comprises: assigning a first target value to a type field of the virtual obstacle data for representing the target vehicle; and adding the virtual obstacle data assigned with the first target value to the first onboard perception data to obtain the second on-board perception data. assigning a first target value to a type field of the virtual obstacle data for representing the target vehicle; and adding the virtual obstacle data assigned with the first target value to the first onboard perception data to obtain the second on-board perception data.
Rotorcraft (1, 11, 21) including a first power plant, at least one main rotor participating at least in providing lift for said rotorcraft (1, 11, 21) in the air, and at least one tail rotor carried by a tail boom of said rotorcraft (1, 11, 21), said first power plant including at least one combustion engine, said rotorcraft (1, 11,21) including: • at least one pusher or puller propeller (7, 27, 28) independent of said at least one main rotor, said at least one pusher or puller propeller (7, 27, 28) at least participating in the propulsion or traction of said rotorcraft (1, 11, 21), • a second power plant (8, 17, 18) including at least one electric motor (9, 29, 39) transmitting a second drive torque to said at least one pusher or puller propeller (7, 27, 28) and, • at least one control member configured to generate a control setpoint of said at least one electric motor (9, 29, 39); characterized in that said rotorcraft (1, 11, 21) includes at least one outlet shaft of the combustion engine and at least one power transmission unit connected to this output shaft arranged to transmit a first drive torque to said at least one main rotor and to the at least one rear rotor. • at least one pusher or puller propeller (7, 27, 28) independent of said at least one main rotor, said at least one pusher or puller propeller (7, 27, 28) at least participating in the propulsion or traction of said rotorcraft (1, 11, 21), • a second power plant (8, 17, 18) including at least one electric motor (9, 29, 39) transmitting a second drive torque to said at least one pusher or puller propeller (7, 27, 28) and, • at least one control member configured to generate a control setpoint of said at least one electric motor (9, 29, 39);
Method for preheating a fluid upstream of a furnace to obtain a preheated fluid which is conveyed to the furnace, the preheating of the fluid being by heat exchange with fumes discharged from the furnace through a pipe; method wherein: - a liquid or gas medium passes through a chamber at a first flow rate; - the fumes in the pipe heat the medium in the chamber by heat exchange through a first wall separating the medium in the chamber from the fumes in the pipe, obtaining a heated medium; - the fluid passes through at least one conduit at a second flow rate, the at least one conduit having a second wall separating the fluid inside the at least one conduit of the medium inside the chamber; - the medium heated in the chamber preheats the fluid in the at least one conduit by heat exchange through the second wall, obtaining the preheated fluid; the first flow rate is regulated according to at least one of the following temperatures: - temperature Tfum of the fumes in the pipe, - temperature Tmil of the heated medium, - temperature Tf of the preheated fluid, and - temperature Tpp of the first wall. - a liquid or gas medium passes through a chamber at a first flow rate; - the fumes in the pipe heat the medium in the chamber by heat exchange through a first wall separating the medium in the chamber from the fumes in the pipe, obtaining a heated medium; - the fluid passes through at least one conduit at a second flow rate, the at least one conduit having a second wall separating the fluid inside the at least one conduit of the medium inside the chamber; - the medium heated in the chamber preheats the fluid in the at least one conduit by heat exchange through the second wall, obtaining the preheated fluid; - temperature Tfum of the fumes in the pipe, - temperature Tmil of the heated medium, - temperature Tf of the preheated fluid, and - temperature Tpp of the first wall.
A cleansing powder composition comprising: a) a surfactant system comprising a taurate and glycinate; b) a polysaccharide builder; and c) an emulsifier having an HLB of at least 8, wherein the total surfactant in the system is at least 70% by weight taurate and glycinate, and further wherein the polysaccharide builder comprises microcrystalline cellulose, maltodextrin and Oryza sativa (rice) starch at a weight ratio of 35 to 75% microcrystalline cellulose to 3 to 15% maltodextrin to 20 to 60% by weight Oryza sativa (rice) starch, based on total weight of the polysaccharide builder. a) a surfactant system comprising a taurate and glycinate; b) a polysaccharide builder; and c) an emulsifier having an HLB of at least 8,
Measuring insert for a flow meter for liquid medium, wherein the flow meter has a housing, the housing has a first port for the supply of and a second port for the discharge of medium, which ports are connectable to a line network, the housing has an opening which is oriented perpendicularly to the ports and which is provided for inserting a measuring insert with a mechanical impeller into the housing, characterized in that the flow meter is a Woltman meter, the measuring insert is provided as a retrofit measuring insert and contains a U-shaped ultrasonic measuring section. the housing has a first port for the supply of and a second port for the discharge of medium, which ports are connectable to a line network, the housing has an opening which is oriented perpendicularly to the ports and which is provided for inserting a measuring insert with a mechanical impeller into the housing, characterized in that characterized in that
Windscreen wiper for a motor vehicle window, comprising: - a longitudinally extending wiper blade, - an aerodynamic deflector extending longitudinally above said wiper blade, - at least one longitudinally extending fluid circulation duct (31, 32) having at least one spraying orifice, said at least one fluid circulation duct (31, 32) being located in a lateral part of the aerodynamic deflector, characterized in that the wiper comprises at least one lower lateral skirt (43, 44) extending longitudinally on a lateral side of the wiper blade and of the spraying orifice, the spraying orifice being located between the wiper blade and the lower lateral skirt (43, 44). - a longitudinally extending wiper blade, - an aerodynamic deflector extending longitudinally above said wiper blade, - at least one longitudinally extending fluid circulation duct (31, 32) having at least one spraying orifice, said at least one fluid circulation duct (31, 32) being located in a lateral part of the aerodynamic deflector,
A preparation method of a lube base oil, the method comprising: - converting biomass fat to a fatty acid; - separating a C18 unsaturated fatty acid from the fatty acid; - maximizing an oleic acid content through partial hydrotreating of the C18 unsaturated fatty acid; - synthesizing an oligomer which is a dimer or a higher-order oligomer through an oligomerization of the oleic acid; and - esterifying the oligomer, wherein the lube base oil includes an x-type diester dimer represented by the following Chemical Formula 1: where in the Chemical Formula 1, R represents an alkyl group, a ketone group, an aldehyde group or an ester group having 1 to 12 carbons, and wherein the lube base oil has a pour point of -50 to -35 °C and a viscosity index of 115 to 135. - converting biomass fat to a fatty acid; - separating a C18 unsaturated fatty acid from the fatty acid; - maximizing an oleic acid content through partial hydrotreating of the C18 unsaturated fatty acid; - synthesizing an oligomer which is a dimer or a higher-order oligomer through an oligomerization of the oleic acid; and - esterifying the oligomer,
Vibronic measuring device designed to determine at least one process variable of a medium, with a unit capable of vibrating, with a transmission/reception unit designed to excite mechanical vibrations of the unit capable of vibrating by means of a transmission signal and designed to receive the mechanical vibrations and convert the mechanical vibrations into an analog electrical reception signal, and with a control/evaluation unit designed to receive and digitize the analog reception signal and designed to determine the process variable from the analog reception signal and to generate the transmission signal, characterized in that a controllable amplifier is arranged between the transmission/reception unit and the control/evaluation unit, said controllable amplifier being designed to receive the reception signal and generate an adapted reception signal (E'), wherein the control/evaluation unit is designed to determine an amplitude of the reception signal and, depending on the determined amplitude, to regulate the amplifier in such a way that the amplitude of the adapted reception signal (E') is adapted to a digitizable voltage range, which is specified by the control/evaluation unit.
Sensor for detecting residual moisture in laundry in a drum of a tumble dryer, comprising a holding device arranged in the housing of the tumble dryer, on which device an arm is pivotally mounted, on the free end of which at least one sliding contact is provided which is operatively connected to the drum, characterised in that the arm is designed to be movable, by means of its oriented pivot pin, by 180° on the holding device in order to orient the arm for a drum rotating primarily clockwise or primarily anticlockwise, respectively, the pivot pin of the arm being arranged on the holding device in bearing mounts formed as catches, and consisting of pin elements which can be inserted between the catches which are formed as pincers.
A filter press (1, 100, 200) for separating the solid components from the liquid components of a slurry, comprising side beams and a plurality of filter plates (6,106, 206) oriented at right angles to the longitudinal direction of the side beams wherein said filter plates (6,106,206) are adapted to move along said side beams, a stationary end (5,105,205) arranged on or near one end of the side beams, a movable head (8,108,208) adapted to transport said filter plates along the side beams, a press system (26,126,226) adapted to exert a closing pressure on said filter plates to press the filter plates against each other, characterised in that the press system (26,126,226) comprises at least one electrically driven actuator (27,127,227) adapted to generate an axially directed force which is exerted on the filter plates by means of the movable head (8,108,208), wherein said actuator (27,127,227) comprises a planetary screw assembly (31,131,231), and that an electrical drive unit is arranged to drive said movable head (8, 108, 208) during transportation of the filter plates (6, 106, 206), wherein said electrical drive unit is separate from said electrically driven actuator (27, 127, 227).
A shelter structure arranged to be deployed from a stowed configuration to a deployed configuration, the shelter structure comprising: a plurality of elongate stays for supporting a flexible awning; and a single rotatable hub mounting for the elongate stays: the stays arranged to be pivotably movable so as to fan out from a stowed configuration to a fanned out configuration when deployed; characterised in an elongate vehicle roof mounted or mountable stowage container, the stays being stowed within the stowage container in the stowed configuration wherein the stays are arranged to fan out from the stowage container during deployment, via an opening running along a longitudinal side of the container; the rotatable hub mounting, permitting movement of the stays, being provided proximate an end of the stowage container. a plurality of elongate stays for supporting a flexible awning; and a single rotatable hub mounting for the elongate stays: the stays arranged to be pivotably movable so as to fan out from a stowed configuration to a fanned out configuration when deployed; characterised in an elongate vehicle roof mounted or mountable stowage container, the stays being stowed within the stowage container in the stowed configuration wherein the stays are arranged to fan out from the stowage container during deployment, via an opening running along a longitudinal side of the container; the rotatable hub mounting, permitting movement of the stays, being provided proximate an end of the stowage container.
Method for automated evaluation of x-ray image data from an examination region of a patient, having the following steps: - Receiving of x-ray image data from the examination region, - Segmentation of the x-ray image data and detection of anatomical structures in the individual segments, - Establishing of reference image data coming closest to the segmented x-ray image data on the basis of a comparison of the segmented x-ray image data with reference image data from a reference database, wherein the reference image data of the reference database has quality information relating to the image quality of the reference image data with regard to the question of whether the reference image data was able to be used for a later diagnosis or has been classified as not suitable for this in each case, - Deciding whether the received x-ray image data will be retained or rejected, based on the quality information of the established reference image data. - Receiving of x-ray image data from the examination region, - Segmentation of the x-ray image data and detection of anatomical structures in the individual segments, - Establishing of reference image data coming closest to the segmented x-ray image data on the basis of a comparison of the segmented x-ray image data with reference image data from a reference database, wherein the reference image data of the reference database has quality information relating to the image quality of the reference image data with regard to the question of whether the reference image data was able to be used for a later diagnosis or has been classified as not suitable for this in each case, - Deciding whether the received x-ray image data will be retained or rejected, based on the quality information of the established reference image data.
An isolated placental stem cell, wherein said placental stem cell is resistant to anoikis, wherein said placental stem cell expresses at least one anoikis associated gene at a decreased level as compared to the expression of the same anoikis associated gene in an unmodified placental stem cell, wherein said anoikis associated gene is FHDC1 (NCBI GENE ID NO:85462), GNAI2 (NCBI GENE ID NO:2771), KNDC1 (NCBI GENE ID NO:85442), LPAR4 (NCBI GENE ID NO:2846), MAP3K5 (NCBI GENE ID NO:4217), SLC2A3 (NCBI GENE ID NO:6515), or STAU2 (NCBI GENE ID NO:27067).
A method for purifying chlorosilanes, wherein an aromatic aldehyde is used as an impurity remover and a non-nucleophilic Lewis base is added as an inhibitor of solid by-product formation, and then a distillation is performed.
Method in a packet switched cellular network comprising service support nodes and gateway support nodes, wherein data sessions associated with terminals connected to the network are established, maintained and terminated in the gateway support nodes and provided to the terminals by the respective service support nodes, and when one of the gateway support nodes executes a restart, an associated service support node will be informed about the restart by means of general signalling messages from the gateway support node, characterized in the following steps: when said associated service support node is being informed about the restart, generating a message for each session associated with terminals attached to the service support node, said message requesting the gateway support node to re-establish each of said sessions in the gateway support node, upon receiving the message in the gateway support node, re-establishing a session corresponding to that message without signalling to terminals. when said associated service support node is being informed about the restart, generating a message for each session associated with terminals attached to the service support node, said message requesting the gateway support node to re-establish each of said sessions in the gateway support node, upon receiving the message in the gateway support node, re-establishing a session corresponding to that message without signalling to terminals.
Device for the guidance of leno threads for a leno weaving machine, with a multiplicity of guide eyes which each receive a leno thread and which are arranged next to one another in a row running in the direction of the weaving width, characterized in that the guide eyes are formed by means of lamellae (10, 10') and two rods (11, 12, 11', 12') and are delimited in the direction of the weaving width by means of the lamellae (10, 10') and transversely thereto by means of the two rods (11, 12, 11', 12').