mhurhangee/patent-ind-claim-en huggingface dataset:
A device for processing orbital data configured to be in communication with spatial listening sensors configured to observe a satellite in orbit during its passage in a listening field of at least one of the sensors; the processing device comprising a computing unit configured to: - determine, from information communicated by at least one of said sensors , a list of orbital parameters of the observed satellite at N distinct time points (t 1 , t 2 , ..., t N ) so as to obtain N lists (List_t 1 , List_t 2 , ..., List_t N ) of orbital parameters of the satellite ; - determine an orbital trajectory time function (Traj _t, Traj _t, ..., Traj(N)_t) for each of the N lists (List_t 1 , List_t 2 , ..., List_t N ) of orbital parameters of the observed satellite so as to obtain N orbital trajectory time functions (Traj _t, Traj _t, ..., Traj(N)_t); - estimate N orbital positions of the observed satellite according to the N orbital trajectory time functions (Traj1_t, Traj2_t, ..., TrajN_t) at the distinct time points (t 1 , t 2 , ...t N ) so as to obtain N x N estimated orbital positions (Est_Pos_Traj _t 1 , ..., Est_Pos_Traj _t N , ..., Est_Pos_Traj(N)_t N ) of the satellite ; - determine the deviations between the N orbital trajectory time functions (Traj1_t, Traj2_t, ..., TrajN_t) according to the determination of an N-order square matrix representative of the deviations (Err(i,j)) of the orbital positions between the N estimated orbital positions (Est_Pos_Traj(j)_t j - Est_Pos_Traj(i)_t j ) according to the same time point (t 1 , t 2 , ..., t N ); - determine the temporal orbital evolution of the observed satellite as a function of the deviations thus determined. - determine, from information communicated by at least one of said sensors , a list of orbital parameters of the observed satellite at N distinct time points (t 1 , t 2 , ..., t N ) so as to obtain N lists (List_t 1 , List_t 2 , ..., List_t N ) of orbital parameters of the satellite ; - determine an orbital trajectory time function (Traj _t, Traj _t, ..., Traj(N)_t) for each of the N lists (List_t 1 , List_t 2 , ..., List_t N ) of orbital parameters of the observed satellite so as to obtain N orbital trajectory time functions (Traj _t, Traj _t, ..., Traj(N)_t); - estimate N orbital positions of the observed satellite according to the N orbital trajectory time functions (Traj1_t, Traj2_t, ..., TrajN_t) at the distinct time points (t 1 , t 2 , ...t N ) so as to obtain N x N estimated orbital positions (Est_Pos_Traj _t 1 , ..., Est_Pos_Traj _t N , ..., Est_Pos_Traj(N)_t N ) of the satellite ; - determine the deviations between the N orbital trajectory time functions (Traj1_t, Traj2_t, ..., TrajN_t) according to the determination of an N-order square matrix representative of the deviations (Err(i,j)) of the orbital positions between the N estimated orbital positions (Est_Pos_Traj(j)_t j - Est_Pos_Traj(i)_t j ) according to the same time point (t 1 , t 2 , ..., t N ); - determine the temporal orbital evolution of the observed satellite as a function of the deviations thus determined.
Vacuum cleaner comprising a waste separation device which comprises an air outlet orifice , a suction device which comprises an air inlet orifice and a fan-motor , and a connection nozzle fluidically connecting the air inlet orifice of the suction device to the air outlet orifice of the waste separation device , the fan-motor being configured to generate an airflow through the air outlet orifice , through the connection nozzle and through the air inlet orifice , characterized in that the connection nozzle is bent and evolves continuously from the air outlet orifice of the waste separation device to the air inlet orifice of the suction device , and in that the connection nozzle has a passage cross-section which evolves continuously from the air outlet orifice of the waste separation device to the air inlet orifice of the suction device .
A robotic vehicle for movable operation in a work area , the movable operation comprising a soil cultivation, the work area being represented by a set of discretized coordinate grid points , the vehicle comprising a position detector and a controller , the controller comprising a memory and a processor, the memory comprising instructions , wherein execution of the instructions by the processor causes the vehicle for performing a quality determination process comprising for a given grid point and a first point in time determining a quality with which the vehicle can be navigated at the given grid point using the position detector, wherein execution of the instructions by the processor further causes the vehicle to - perform an initialization process for acquiring information necessary to start the movable operation, the initialization process comprising repeatedly performing the quality determination process at different first points in time and different given grid points selected from a subset of the grid points , - abort the initialization process in case the number of grid points for which the quality with which the vehicle can be navigated at the given grid point was determined exceeds a predefined initialization threshold, wherein execution of the instructions by the processor further causes the vehicle for planning the movable operation based on at least some of the grid points for which a quality with which the vehicle can be navigated is available and the quality with which the vehicle can be navigated, wherein execution of the instructions by the processor further causes the vehicle to start the movable operation in the work area. - perform an initialization process for acquiring information necessary to start the movable operation, the initialization process comprising repeatedly performing the quality determination process at different first points in time and different given grid points selected from a subset of the grid points , - abort the initialization process in case the number of grid points for which the quality with which the vehicle can be navigated at the given grid point was determined exceeds a predefined initialization threshold,
A method of preparing a hydrophobic metal oxide-silica composite aerogel, the method comprising steps of: adding a metal ion solution and an acid catalyst to a water glass solution and mixing together to prepare a metal oxide-silica composite gel; surface-modifying the metal oxide-silica composite gel to prepare a hydrophobic metal oxide-silica composite wet gel; and drying the hydrophobic metal oxide-silica composite wet gel, wherein the method further comprises treating the metal oxide-silica composite gel with alcohol before the surface modification of step 2, wherein the metal ion solution is a binary metal ion solution including calcium ions, Ca 2+ , and magnesium ions, Mg 2+ , wherein a molar ratio of the calcium ion, Ca 2+ , to the magnesium ion, Mg 2+ , in the metal ion solution is in a range of 1:0.3 to 1:3, and wherein the metal ion solution is added in an amount such that a molar ratio of metal ions to water glass is in a range of 0.5 to 1. adding a metal ion solution and an acid catalyst to a water glass solution and mixing together to prepare a metal oxide-silica composite gel; surface-modifying the metal oxide-silica composite gel to prepare a hydrophobic metal oxide-silica composite wet gel; and drying the hydrophobic metal oxide-silica composite wet gel, wherein the method further comprises treating the metal oxide-silica composite gel with alcohol before the surface modification of step 2, wherein the metal ion solution is a binary metal ion solution including calcium ions, Ca 2+ , and magnesium ions, Mg 2+ , wherein a molar ratio of the calcium ion, Ca 2+ , to the magnesium ion, Mg 2+ , in the metal ion solution is in a range of 1:0.3 to 1:3, and wherein the metal ion solution is added in an amount such that a molar ratio of metal ions to water glass is in a range of 0.5 to 1.
A device comprising at least a computer machine and a software to implement a mechanism for analyzing a correlation during the degradation of the performances of an application chain, the device comprising a hardware and software arrangement for storing a measurement repository , said measurement repository comprising a hardware and software arrangement allowing the measurement, by consumption probes, of the level of use of each resource on all of the servers of the application chain during the periods of degradation of the performances, then the storage in a memory of these levels in the measurement repository , in association with the period, said device being characterized in that it further comprises: - a hardware and software arrangement for editing a configuration repository allowing the listing and storage of the parameters in order to perform comparison analyses with data from the measurement repository , said parameters including: actual and theoretical maximum levels of use of each resource, periods where the performance problems occurred, periods where the performance problems did not occur, interactions between the resources of the servers constituting the application chain; and - a module for categorizing the performance problems based on the listed and stored data from the measurement repository and on said parameters listed and stored in the configuration repository . - a hardware and software arrangement for editing a configuration repository allowing the listing and storage of the parameters in order to perform comparison analyses with data from the measurement repository , said parameters including: actual and theoretical maximum levels of use of each resource, periods where the performance problems occurred, periods where the performance problems did not occur, interactions between the resources of the servers constituting the application chain; and - a module for categorizing the performance problems based on the listed and stored data from the measurement repository and on said parameters listed and stored in the configuration repository .
A rheometer that comprises: a rotatable sleeve that defines a cylindrical cavity; a cylindrical bob positioned within the cavity to define an annular space, the bob being supported by a cross-spring pivot that permits limited rotation of the bob; characterized by : a force rebalance system arranged to sense rotation of the bob and impose a feedback force to counter any deviation of the bob from a reference point, wherein the force rebalance system comprises: an arm attached to a movable portion of the cross-spring pivot; a position sensor arranged to measure a displacement of the arm; and an actuator arranged to apply the feedback force to counter displacement of the arm from a reference position; and a processor arranged to derive at least one viscoelastic parameter for a fluid in the annular space based at least in part on the feedback force. a rotatable sleeve that defines a cylindrical cavity; a cylindrical bob positioned within the cavity to define an annular space, the bob being supported by a cross-spring pivot that permits limited rotation of the bob; characterized by : a force rebalance system arranged to sense rotation of the bob and impose a feedback force to counter any deviation of the bob from a reference point, wherein the force rebalance system comprises: an arm attached to a movable portion of the cross-spring pivot; a position sensor arranged to measure a displacement of the arm; and an actuator arranged to apply the feedback force to counter displacement of the arm from a reference position; and a force rebalance system arranged to sense rotation of the bob and impose a feedback force to counter any deviation of the bob from a reference point, wherein the force rebalance system comprises: an arm attached to a movable portion of the cross-spring pivot; a position sensor arranged to measure a displacement of the arm; and an actuator arranged to apply the feedback force to counter displacement of the arm from a reference position; and an arm attached to a movable portion of the cross-spring pivot; a position sensor arranged to measure a displacement of the arm; and an actuator arranged to apply the feedback force to counter displacement of the arm from a reference position; and a processor arranged to derive at least one viscoelastic parameter for a fluid in the annular space based at least in part on the feedback force.
Use of a construction frame comprising elongated frame members defining a central aperture, each frame member having an L- or T-shaped cross section with a base wall having a surface facing the central aperture and an opposed surface from which a second wall protrudes, wherein said frame members are manufactured in a fibre reinforced polymeric material or metal and or a combination of metal and polymeric material, at least one of said frame members having a maximum longitudinal deflection ratio of 1/250 and preferably 1/500 when a load of 1kN/m directed perpendicular on said frame member and parallel to the plane of the central aperture is applied thereon, as a lintel, characterized in that said frame comprises: - a first frame member designed to span an architectural opening; - a second frame member extending parallel to and at a distance of the first frame member; - a least two upright support frame members extending perpendicular to first and second frame members and connecting the first and second frame member, thereby defining the frame; wherein the first frame member is dimensioned longer than the second frame member and larger than the distance between both support frame members. - a first frame member designed to span an architectural opening; - a second frame member extending parallel to and at a distance of the first frame member; - a least two upright support frame members extending perpendicular to first and second frame members and connecting the first and second frame member, thereby defining the frame;
A method for forming an impact weld used in an additive manufacturing process, comprising: providing a wire having a powder filler metal core located within a sheath having electrically conductive properties; inserting the wire within a conduit having an opening ; providing at least one electromagnetic pulse through the opening , wherein the electromagnetic pulse interacts with the sheath to pinch off at least one segment of the wire , wherein the electromagnetic pulse propels the segment toward a substrate with sufficient velocity to form an impact weld for welding the metal core and sheath to the substrate . providing a wire having a powder filler metal core located within a sheath having electrically conductive properties; inserting the wire within a conduit having an opening ; providing at least one electromagnetic pulse through the opening , wherein the electromagnetic pulse interacts with the sheath to pinch off at least one segment of the wire , wherein the electromagnetic pulse propels the segment toward a substrate with sufficient velocity to form an impact weld for welding the metal core and sheath to the substrate .
Extruded composite containing wood fibre material and thermoplastic or thermosetting polymer in an amount of 5-25% from the weight of the composite, characterized in that the wood fibre material is heartwood material where the knot or branch content is at least 20 w-%, or birch bark.
An injection device comprising: a cartridge configured to hold a volume of fluid, the cartridge having a proximal end and a distal end through which the fluid is dispensed; a first stopper disposed in the cartridge and configured to move from the proximal end toward the distal end to cause the fluid to be dispensed through the distal end of the cartridge ; a second stopper disposed at the distal end of the cartridge , the second stopper including an aperture through which the fluid is dispensed; a reflector disposed at the distal end of the cartridge ; and a transmitter and a receiver disposed in the first stopper , the transmitter configured to transmit one or more waves toward the reflector and the receiver configured to receive reflections of the one or more waves from at least the reflector , wherein the cartridge comprises a material that allows the one or more waves and the reflections of the one or more waves to pass therethrough, characterized in that the reflector comprises a ceramic material or a biaxially-oriented polyethylene terephthalate material. a cartridge configured to hold a volume of fluid, the cartridge having a proximal end and a distal end through which the fluid is dispensed; a first stopper disposed in the cartridge and configured to move from the proximal end toward the distal end to cause the fluid to be dispensed through the distal end of the cartridge ; a second stopper disposed at the distal end of the cartridge , the second stopper including an aperture through which the fluid is dispensed; a reflector disposed at the distal end of the cartridge ; and a transmitter and a receiver disposed in the first stopper , the transmitter configured to transmit one or more waves toward the reflector and the receiver configured to receive reflections of the one or more waves from at least the reflector , wherein the cartridge comprises a material that allows the one or more waves and the reflections of the one or more waves to pass therethrough, characterized in that the reflector comprises a ceramic material or a biaxially-oriented polyethylene terephthalate material.
System comprising door frame and a device for the pivotable fastening of a door leaf to the door frame , wherein the door leaf is fastened to the door frame by means of the device, and wherein the device includes the door leaf and a door hinge having several hinge rolls (102; 103; 104), wherein in each case two of the hinge rolls (102; 103; 104) are connected with one another, wherein the door leaf has a height, wherein the door hinge extends across the entire height of the door leaf , wherein the device includes a connecting means with which the door leaf is fastened to the hinge rolls (102; 103; 104), wherein the device includes an intermediate element , wherein the connecting means (600; 1400) is fastened via the intermediate element (1600; 1700) to the door leaf , characterised in that the connecting means (600; 1400) is configured to be pressed against a seal arranged on the door frame during a closing movement of the door leaf .
Connector configured for engagement on the substitution port of the hemofiltration machine of claim 4 for carrying out a hemofiltration or a hemodiafiltration treatment of a patient's blood, wherein the connector comprises: - a rigid main body defining a duct ; and - a soft element fitted on an end of the main body , the soft element comprising: - a membrane occluding the duct and performing a valve function; and - a seal portion radially expanding outward of the duct wherein the membrane is suitable for alternatively assuming a closed configuration or an open configuration, the connector being characterized in that the seal portion , when free from any contact, radially extends outward and has a substantially semicircular cross section. - a rigid main body defining a duct ; and - a soft element fitted on an end of the main body , the soft element comprising: - a membrane occluding the duct and performing a valve function; and - a seal portion radially expanding outward of the duct - a membrane occluding the duct and performing a valve function; and - a seal portion radially expanding outward of the duct
An apparatus, applied in a third base station, comprising: means for sending (S30) a request information to a fourth base station, wherein the request information requests the fourth base station to transmit configuration information of a discontinuous data transmission parameter of the fourth base station; means for receiving (S31) the configuration information of the discontinuous data transmission parameter of the fourth base station sent by the fourth base station; wherein the configuration information of the discontinuous data transmission parameter of the fourth base station comprises configuration information of a discontinuous reception, DRX parameter; means for transmitting (S33) configuration information of a discontinuous data transmission parameter of the third base station to the fourth base station. means for sending (S30) a request information to a fourth base station, wherein the request information requests the fourth base station to transmit configuration information of a discontinuous data transmission parameter of the fourth base station; means for receiving (S31) the configuration information of the discontinuous data transmission parameter of the fourth base station sent by the fourth base station; wherein the configuration information of the discontinuous data transmission parameter of the fourth base station comprises configuration information of a discontinuous reception, DRX parameter; means for transmitting (S33) configuration information of a discontinuous data transmission parameter of the third base station to the fourth base station.
A track system of a vehicle, the track system comprising: a) a track including a carcass having an outer face and an inner face , a plurality of drive lugs on the inner face of the carcass; b) a first idler wheel ; c) a frame ; d) a drive wheel ; e) an autonomously powered sensor, wherein the autonomously powered sensor is embedded within the track, wherein the autonomously powered sensor is configured to sense at least one of the following parameters of the track: temperature, acceleration, angular moment, magnetic field or geolocation, wherein the autonomously powered sensor comprises: - at least one sensor embedded in the drive lugs , and - at least one sensor embedded in the carcass . a) a track including a carcass having an outer face and an inner face , a plurality of drive lugs on the inner face of the carcass; b) a first idler wheel ; c) a frame ; d) a drive wheel ; e) an autonomously powered sensor, - at least one sensor embedded in the drive lugs , and - at least one sensor embedded in the carcass .