mhurhangee/patent-ind-claim-en huggingface dataset:
A method of estimating a well inflow profile along a section of a wellbore of a well passing through a formation, characterised by that the method comprises: - collecting temperature and/or pressure field data at a point downstream of a producing interval as a function of time during testing of the well, - analysing said collected field data to recognise dominant frequencies in the frequency domain achieved from Fourier transform, wavelet analysis, or similar signal processing methods and to obtain selected field parameters, - providing a created dynamic simulation model of the well inflow profile of the well based on at least the geometry of the well, - defining a number of different possible inflow profile scenarios, - simulating the defined inflow profile scenarios by means of the dynamic simulation model, - analysing the simulated inflow profile scenarios to obtain characteristics of intermittent or slug flow behaviour in the form of selected modelling parameters as a function of time, - comparing the selected modelling parameters as a function of time for each inflow profile scenario to the corresponding selected field parameters as a function of time and identifying the most likely inflow profile scenario on the basis thereof, - estimating the well inflow profile along the section of the wellbore based on the comparison of the selected modelling parameters as a function of time to the corresponding selected field parameters as a function of time. - collecting temperature and/or pressure field data at a point downstream of a producing interval as a function of time during testing of the well, - analysing said collected field data to recognise dominant frequencies in the frequency domain achieved from Fourier transform, wavelet analysis, or similar signal processing methods and to obtain selected field parameters, - providing a created dynamic simulation model of the well inflow profile of the well based on at least the geometry of the well, - defining a number of different possible inflow profile scenarios, - simulating the defined inflow profile scenarios by means of the dynamic simulation model, - analysing the simulated inflow profile scenarios to obtain characteristics of intermittent or slug flow behaviour in the form of selected modelling parameters as a function of time, - comparing the selected modelling parameters as a function of time for each inflow profile scenario to the corresponding selected field parameters as a function of time and identifying the most likely inflow profile scenario on the basis thereof, - estimating the well inflow profile along the section of the wellbore based on the comparison of the selected modelling parameters as a function of time to the corresponding selected field parameters as a function of time.
A brush for applying a cosmetic product, in particular a varnish, on nails, which comprises a handle which is adapted to be connected at one end to a head and at an opposite end to one or more tufts of bristles for applying the product, whereby the handle has, at the end that is adapted to be connected to said bristles , a hole which has at least one rib inside it, for coupling with at least one tuft of bristles , characterized in that said at least one rib defines an empty space within said tuft of bristles .
Method for detecting a thermal anomaly during running of a tyre-wheel assembly of a vehicle equipped with a mounting wheel on which a pneumatic tyre is mounted, characterized in that it comprises the following steps: - measuring the internal pressure (P) and temperature (T) of the tyre-wheel assembly using a sensor attached to the mounting wheel ; - calculating a monitoring ratio (P/T) which is a function of the measured pressure (P) and of the measured temperature (T); - repeating the preceding steps and tracking the evolution in the value of the monitoring ratio in order to determine a thermal anomaly when the internal temperature of the tyre-wheel assembly increases more rapidly than the internal pressure of the tyre-wheel assembly . - measuring the internal pressure (P) and temperature (T) of the tyre-wheel assembly using a sensor attached to the mounting wheel ; - calculating a monitoring ratio (P/T) which is a function of the measured pressure (P) and of the measured temperature (T); - repeating the preceding steps and tracking the evolution in the value of the monitoring ratio in order to determine a thermal anomaly when the internal temperature of the tyre-wheel assembly increases more rapidly than the internal pressure of the tyre-wheel assembly .
A system for providing an emergency vehicle, EV, alert, comprising: a first device associated with the EV , the first device configured to transmit EV data including a current location of the EV to a management server ; and the management server configured to: receive the EV data from the first device ; determine a geofence for the EV at least based on the received EV data and geographical map data near the EV ; and transmit the determined geofence to a second device associated with another vehicle; wherein the management server comprises a processor , to determine the geofence, the processor being configured to: receive the geographical map data from a storage device; define at least one zone on a map rendered using the geographical map data; determine a zone, among the at least one zone, to which the current location of the EV belongs; and determine the geofence based on the determined zone on the map; and wherein the at least one zone comprises a first zone and a second zone separated along with a forward direction of the EV , and the first zone and the second zone are separately defined at least based on whether a road on which the EV travels has a median strip. a first device associated with the EV , the first device configured to transmit EV data including a current location of the EV to a management server ; and the management server configured to: receive the EV data from the first device ; determine a geofence for the EV at least based on the received EV data and geographical map data near the EV ; and transmit the determined geofence to a second device associated with another vehicle; receive the EV data from the first device ; determine a geofence for the EV at least based on the received EV data and geographical map data near the EV ; and transmit the determined geofence to a second device associated with another vehicle; receive the geographical map data from a storage device; define at least one zone on a map rendered using the geographical map data; determine a zone, among the at least one zone, to which the current location of the EV belongs; and determine the geofence based on the determined zone on the map; and wherein the at least one zone comprises a first zone and a second zone separated along with a forward direction of the EV , and the first zone and the second zone are separately defined at least based on whether a road on which the EV travels has a median strip.
A method for controlling of at least two electric motors of an electric lift truck , each of the at least two electric motors controllable with a respective electrical drive and arranged to generate a torque to a respective drive wheel , the method comprising: generating a respective control signal to each of the electrical drives of the at least two electric motors in response to a detection that a speed of the electric lift truck is below a reference value and that a steering angle of the electric lift truck is within a reference steering angle range, the respective control signal carrying a respective speed order (O1, 02) to each of the electrical drives , wherein the respective speed orders (O1, 02) for the electrical drives are defined to be within a predefined speed order range from each other, for generating torques to the drive wheels by each of the at least two electric motors .
A device for identifying an insect infestation of a stored product by detecting one or more target volatile organic compounds (VOCs) within a target fluid flow, the device comprising: a sensor array having a plurality of VOC sensors , wherein each VOC sensor includes: a substrate ; a resistive heater circuit formed on a first side of the substrate a sensing circuit formed on a second side of the substrate; and a chemically-sensitive film formed over the sensing circuit on the second side of the substrate; characterized in that at least one VOC sensor of the plurality of VOC sensors is configured to detect the presence of 11,13-hexadecadienal as an egg-specific VOC. a sensor array having a plurality of VOC sensors , wherein each VOC sensor includes: a substrate ; a resistive heater circuit formed on a first side of the substrate a sensing circuit formed on a second side of the substrate; and a chemically-sensitive film formed over the sensing circuit on the second side of the substrate; a substrate ; a resistive heater circuit formed on a first side of the substrate a sensing circuit formed on a second side of the substrate; and a chemically-sensitive film formed over the sensing circuit on the second side of the substrate; characterized in that at least one VOC sensor of the plurality of VOC sensors is configured to detect the presence of 11,13-hexadecadienal as an egg-specific VOC.
A motorcompressor comprising: an electric motor , a load having an inlet (I); a shaft assembly , the electric motor and the load being mounted on the shaft assembly , a casing configured to completely house the electric motor , the load and the shaft assembly , a divider located in the casing to define a motor chamber and a load chamber , characterized by the divider comprising at least a pumping device configured to transfer a part of the fluid present in the motor chamber to the load chamber so as to obtain in the motor chamber a pressure that is lower than a pressure at the inlet (I) of the load . an electric motor , a load having an inlet (I); a shaft assembly , the electric motor and the load being mounted on the shaft assembly , a casing configured to completely house the electric motor , the load and the shaft assembly , a divider located in the casing to define a motor chamber and a load chamber , characterized by the divider comprising at least a pumping device configured to transfer a part of the fluid present in the motor chamber to the load chamber so as to obtain in the motor chamber a pressure that is lower than a pressure at the inlet (I) of the load .
Device for moulding containers made of thermoplastic material, in particular by blow moulding, comprising: - at least one shell carrier on which there is intended to be mounted an interchangeable moulding shell comprising an inner face equipped with a moulding cavity and an outer bearing face that bears against an inner support face of the shell carrier , - at least one cold moulding shell whose bearing face is shaped to be in direct contact with the support face of the shell carrier when the shell is mounted, - means for cooling each shell carrier , serving to cool the associated cold moulding shell by thermal conduction between the support face and the bearing face ; characterized in that it comprises: - at least one hot moulding shell which is intended to replace the cold moulding shell on the shell carrier , each hot moulding shell being equipped with means for heating the cavity , which means heat at least one heated region of its bearing face ; - thermal insulation means that are interposed between at least the heated region of the bearing face of the hot moulding shell and the support face of the shell carrier . - at least one shell carrier on which there is intended to be mounted an interchangeable moulding shell comprising an inner face equipped with a moulding cavity and an outer bearing face that bears against an inner support face of the shell carrier , - at least one cold moulding shell whose bearing face is shaped to be in direct contact with the support face of the shell carrier when the shell is mounted, - means for cooling each shell carrier , serving to cool the associated cold moulding shell by thermal conduction between the support face and the bearing face ; - at least one hot moulding shell which is intended to replace the cold moulding shell on the shell carrier , each hot moulding shell being equipped with means for heating the cavity , which means heat at least one heated region of its bearing face ; - thermal insulation means that are interposed between at least the heated region of the bearing face of the hot moulding shell and the support face of the shell carrier .
A road vehicle equipped with a drawbar for coupling thereof with a second road vehicle , the drawbar comprising the following means: • a main cylinder arranged longitudinally in the drawbar and comprising a rod mobile between a retracted position, an extended position and an intermediate position between the retracted position and the extended position; • a coupling part provided at the free end of the mobile rod of the main cylinder , said coupling part being able to couple said vehicle to the second road vehicle by latching thereof with a complementary coupling part, characterized in that the drawbar comprises the following means: • a latching device that is actuated automatically in latching in case of failure of said main cylinder , the latching device preventing the extension of the mobile rod of the main cylinder when it is actuated in latching. • a main cylinder arranged longitudinally in the drawbar and comprising a rod mobile between a retracted position, an extended position and an intermediate position between the retracted position and the extended position; • a coupling part provided at the free end of the mobile rod of the main cylinder , said coupling part being able to couple said vehicle to the second road vehicle by latching thereof with a complementary coupling part, characterized in that the drawbar comprises the following means: • a latching device that is actuated automatically in latching in case of failure of said main cylinder , the latching device preventing the extension of the mobile rod of the main cylinder when it is actuated in latching.
An information processing program executed by a computer included in an information processing apparatus for performing information processing based on an operation on an operation apparatus including a vibrator and a sensor for detecting a motion or an orientation of the operation apparatus, the information processing program causing the computer to function as: vibration data generation means (81, S195, S222, S239, S243) for generating predetermined vibration data in accordance with the operation on the operation apparatus for vibrating the vibrator; vibration data output means (81, S150) for outputting the vibration data to the operation apparatus; motion/orientation data acquisition means (81, S142) for acquiring motion/orientation data based on a detection result of the sensor from the operation apparatus; and information processing means (81, S146-S149) for performing predetermined information processing based on the motion/orientation data, wherein when the motion/orientation data satisfies a predetermined condition in a period in which the predetermined vibration data for vibrating the vibrator is output, the vibration data generation means generates vibration data for temporarily changing the vibration of the vibrator and thereafter continuing the vibration of the vibrator. vibration data generation means (81, S195, S222, S239, S243) for generating predetermined vibration data in accordance with the operation on the operation apparatus for vibrating the vibrator; vibration data output means (81, S150) for outputting the vibration data to the operation apparatus; motion/orientation data acquisition means (81, S142) for acquiring motion/orientation data based on a detection result of the sensor from the operation apparatus; and information processing means (81, S146-S149) for performing predetermined information processing based on the motion/orientation data, wherein when the motion/orientation data satisfies a predetermined condition in a period in which the predetermined vibration data for vibrating the vibrator is output, the vibration data generation means generates vibration data for temporarily changing the vibration of the vibrator and thereafter continuing the vibration of the vibrator.
A computer-implemented method to define a patching process associated with a cloud application, the method comprising: accepting a list of server identities corresponding to servers of a datacenter hosting the cloud application, wherein the server identities include a role of the servers of the datacenter hosting the cloud application; determining high availability, HA, metric values for each of the server identities on the list based on the roles of the corresponding servers, wherein determining the HA metric values for each of the server identities comprises computing the HA metric values using at least one of a mean time to recover, a mean time between failures, and a number of nines, and wherein each role has a different effect on the HA metric values of the cloud application based on external factors, wherein the external factors include a time of day; combining the HA metric values determined for each of the server identities on the list in order to compute an overall HA metric value for the cloud application, which is associated with availability of the cloud application to end users; removing a subset of the servers from a rotation framework of the cloud application based on the determined HA metric values and the time of day such that the removal of the subset of servers from the rotation framework will not affect the overall HA metric value of the cloud application; applying one or more patches to each server within the subset of servers in parallel; and reinstating the subset of servers in the rotation framework of the cloud application upon completion of the application of the one or more patches. accepting a list of server identities corresponding to servers of a datacenter hosting the cloud application, wherein the server identities include a role of the servers of the datacenter hosting the cloud application; determining high availability, HA, metric values for each of the server identities on the list based on the roles of the corresponding servers, wherein determining the HA metric values for each of the server identities comprises computing the HA metric values using at least one of a mean time to recover, a mean time between failures, and a number of nines, and wherein each role has a different effect on the HA metric values of the cloud application based on external factors, wherein the external factors include a time of day; combining the HA metric values determined for each of the server identities on the list in order to compute an overall HA metric value for the cloud application, which is associated with availability of the cloud application to end users; removing a subset of the servers from a rotation framework of the cloud application based on the determined HA metric values and the time of day such that the removal of the subset of servers from the rotation framework will not affect the overall HA metric value of the cloud application; applying one or more patches to each server within the subset of servers in parallel; and reinstating the subset of servers in the rotation framework of the cloud application upon completion of the application of the one or more patches.
A device for filling a can with sliver, which is produced in a spinning preparation installation, e.g. a draw frame, a carding machine or a combing machine, wherein the device is adapted to accommodate simultaneously an empty and a full can, including a silver coiling head with a revolving coiler plate , wherein at least the revolving coiler plate is supported to be displaceable, wherein the device includes at least one guiding device for the sliver, characterized in that the at least one guiding device is adaptable to the course of the sliver during the displacement procedure of the revolving coiler plate .
A cycle carrier comprising at least one elongate element designed to receive a least one tyre of a bicycle and comprising a plurality of segments , wherein the cycle carrier has a configuration of use wherein the segments are joined together and a configuration of non-use wherein the segments are separated from each other; wherein each segment is designed to receive the tyre; wherein joining means are provided for fixing the segments to each other, in a removable fashion; wherein the joining means comprise a joining element equipped with two connecting parts each designed to be fixed in a removable fashion to an end portion of a relative segment ; the cycle carrier being characterized in that the joining element comprises two opposite sides , in use upper and lower, each designed to come into contact with a different segment in the above-mentioned use configuration.
A pharmaceutical composition for use in treating CD20-positive B-cell lymphoma comprising obinutuzumab, which is intravenously drip infused at 1000 mg of obinutuzumab per administration, and given according to the administration speeds of the following (a) and (b) in two or more cycles: (a) the maximum administration speed in the first cycle is equal to or more than 200 mg of obinutuzumab an hour, equal to or more than 300 mg of obinutuzumab an hour, or equal to or more than 400 mg of obinutuzumab an hour; (b) the initial administration speed is 100 mg of obinutuzumab an hour and the maximum administration speed is equal to or more than 800 mg of obinutuzumab an hour in the second or later cycle. (a) the maximum administration speed in the first cycle is equal to or more than 200 mg of obinutuzumab an hour, equal to or more than 300 mg of obinutuzumab an hour, or equal to or more than 400 mg of obinutuzumab an hour; (b) the initial administration speed is 100 mg of obinutuzumab an hour and the maximum administration speed is equal to or more than 800 mg of obinutuzumab an hour in the second or later cycle.
A process for forming an α,β-unsaturated carboxylic acid or a salt thereof, the process comprising: a) contacting in any order 1) a transition metal precursor compound comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2 ); 5) a diluent; and 6) a promoter comprising a porous crosslinked polyphenoxide resin comprising associated metal cations, to provide a reaction mixture; and b) applying reaction conditions to the reaction mixture suitable to form the α,β-unsaturated carboxylic acid or the salt thereof. a) contacting in any order 1) a transition metal precursor compound comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2 ); 5) a diluent; and 6) a promoter comprising a porous crosslinked polyphenoxide resin comprising associated metal cations, to provide a reaction mixture; and 1) a transition metal precursor compound comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2 ); 5) a diluent; and 6) a promoter comprising a porous crosslinked polyphenoxide resin comprising associated metal cations, to provide a reaction mixture; and b) applying reaction conditions to the reaction mixture suitable to form the α,β-unsaturated carboxylic acid or the salt thereof.