mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a sensor device comprising an accelerometer, the sensor device for mounting on a moveable platform; and at least one processor configured to: compute a variance based on acceleration data from the accelerometer, wherein the variance based on the acceleration data comprises variance values based on the acceleration data; characterised in that the processor is further configured to determine, using the computed variance, whether the moveable platform is in motion by: determining that the moveable platform is in motion responsive to determining that a consecutive number of variance values are above a first threshold, and determining that the moveable platform is not in motion responsive to determining that at least a portion of the variance values have experienced a falling edge by determining that the at least a portion of the variance values have fallen from a point at or above the first threshold to a point at or below a second threshold, wherein the first threshold is greater that the second threshold. a sensor device comprising an accelerometer, the sensor device for mounting on a moveable platform; and at least one processor configured to: compute a variance based on acceleration data from the accelerometer, wherein the variance based on the acceleration data comprises variance values based on the acceleration data; characterised in that the processor is further configured to determine, compute a variance based on acceleration data from the accelerometer, wherein the variance based on the acceleration data comprises variance values based on the acceleration data; characterised in that the processor is further configured to determine, using the computed variance, whether the moveable platform is in motion by: determining that the moveable platform is in motion responsive to determining that a consecutive number of variance values are above a first threshold, and determining that the moveable platform is not in motion responsive to determining that at least a portion of the variance values have experienced a falling edge by determining that the at least a portion of the variance values have fallen from a point at or above the first threshold to a point at or below a second threshold, wherein the first threshold is greater that the second threshold. determining that the moveable platform is in motion responsive to determining that a consecutive number of variance values are above a first threshold, and determining that the moveable platform is not in motion responsive to determining that at least a portion of the variance values have experienced a falling edge by determining that the at least a portion of the variance values have fallen from a point at or above the first threshold to a point at or below a second threshold, wherein the first threshold is greater that the second threshold.
An electronic apparatus capable of being connected via a connector to a peripheral device, and the connector comprises a first connector connectable to the peripheral device and a second connector connectable to the electronic apparatus as an interface which is different from the first connector, the electronic apparatus comprising: a common interface to be connected to the connector; a plurality of port modules for processing a signal received from the common interface; a switch configured to connect one of the plurality of port modules to the common interface; a wireless reader configured to receive interface information of the connector through a local access to the connector; and a controller configured to select, based on the received interface information, one port module to be connected among the plurality of port modules and a pin of the common interface to be electrically connected and to control the switch to connect the selected port module and the pin of the common interface. a common interface to be connected to the connector; a plurality of port modules for processing a signal received from the common interface; a switch configured to connect one of the plurality of port modules to the common interface; a wireless reader configured to receive interface information of the connector through a local access to the connector; and a controller configured to select, based on the received interface information, one port module to be connected among the plurality of port modules and a pin of the common interface to be electrically connected and to control the switch to connect the selected port module and the pin of the common interface.
A system for the heterologous expression of a viral surface protein for use in or as a vaccine, said system comprising a) a ciliate host cell b) at least one nucleic acid molecule comprising a nucleic acid sequence encoding for the viral surface protein, and c) a promoter operably linked to said nucleic acid molecule. a) a ciliate host cell b) at least one nucleic acid molecule comprising a nucleic acid sequence encoding for the viral surface protein, and c) a promoter operably linked to said nucleic acid molecule.
A non-hydroxide grease composition containing less than 0.2% by weight of metal hydroxide, based on the total weight of the grease composition, which grease composition comprises a base oil and a thickener which comprises amorphous hydrophilic fumed silicon oxide particles, a calcium salt of 12-hydroxy stearic acid and one or more esters that contain at least one OH group, wherein the amount of the ester(s) is 0.1-20% by weight, based on the total amount of the grease composition, wherein the amorphous hydrophilic fumed silicon oxide particles have a BET specific surface area of at least 10 m 2 /g and at least 80% of the amorphous hydrophilic fumed silicon oxide particles have a particle size in the range of from 5-50 nm, and wherein the amount of the thickener is in the range of from 0.1-40% by weight, based on the total weight of the grease composition.
A satellite constellation forming system to form a satellite constellation which is composed of a satellite group and in which the satellite group cooperatively provides a service, the satellite constellation having a plurality of orbital planes in each of which a plurality of satellites fly at a same orbital altitude, characterized in that: the satellite constellation forming system comprises a satellite constellation forming unit as a functional element, wherein the functions of the satellite constellation forming unit are realized by hardware or software, configured to form the satellite constellation in which orbital altitudes of the plurality of orbital planes are mutually different, and relative altitude differences between adjacent orbital planes in the plurality of orbital planes are sequentially arranged to be sinusoidal, wherein the satellite constellation forming unit is configured to sequentially change an orbital altitude of each orbital plane of the plurality of orbital planes while maintaining a sinusoidal arrangement of the relative altitude differences between adjacent orbital planes in the plurality of orbital planes. a satellite constellation forming unit as a functional element, wherein the functions of the satellite constellation forming unit are realized by hardware or software, configured to form the satellite constellation in which orbital altitudes of the plurality of orbital planes are mutually different, and relative altitude differences between adjacent orbital planes in the plurality of orbital planes are sequentially arranged to be sinusoidal, wherein the satellite constellation forming unit is configured to sequentially change an orbital altitude of each orbital plane of the plurality of orbital planes while maintaining a sinusoidal arrangement of the relative altitude differences between adjacent orbital planes in the plurality of orbital planes.
A method for simulating a dynamic hybrid network comprising one or more fixed stations and a mesh network of a plurality of moving stations on a plurality of aerial vehicles in flight, the method comprising: modeling, at each time step in a time series, a transmission supply of the mesh network, including modeling point-to-point radio wave transmission capacity; modeling capacity demand as a function of user distribution data and user behavior data, wherein modeling the capacity demand results in a cyclical representation or a static representation of a capacity demand per handset; and computing, at each time step and based on combining the transmission supply and the cyclical or static representation of the capacity demand per handset, an aggregate network metric for the dynamic hybrid network comprising at least a throughput, wherein the aggregate network metric is refreshed at each time step in the time series based on the transmission supply refreshed based on at least one of an updated current location or most recent location and antenna characteristics of the plurality of moving stations in the mesh network. providing feedback to a controller of the dynamic hybrid network, the feedback comprising at least the throughput. modeling, at each time step in a time series, a transmission supply of the mesh network, including modeling point-to-point radio wave transmission capacity; modeling capacity demand as a function of user distribution data and user behavior data, wherein modeling the capacity demand results in a cyclical representation or a static representation of a capacity demand per handset; and computing, at each time step and based on combining the transmission supply and the cyclical or static representation of the capacity demand per handset, an aggregate network metric for the dynamic hybrid network comprising at least a throughput, wherein the aggregate network metric is refreshed at each time step in the time series based on the transmission supply refreshed based on at least one of an updated current location or most recent location and antenna characteristics of the plurality of moving stations in the mesh network. providing feedback to a controller of the dynamic hybrid network, the feedback comprising at least the throughput.
A device maintenance apparatus for performing a maintenance of a device, comprising: a storage configured to store device definition information in which a parameter of the device is defined; an acquirer configured to acquire device information from a maintenance target device which is a device of maintenance target; and a display processor configured to display, on a display, a first button using the device definition information stored in the storage and the device information acquired by the acquirer, the first button being a button for transitioning to a screen on which details of the parameter is displayed when the first button is operated, wherein a menu associated with the maintenance of the device and the parameter of the device are hierarchically defined in the device definition information, and wherein the display processor is configured to display, on the display, a second button (B 1) for transitioning display details of the display to display details of a different layer, and a name of the menu is displayed in the second button (B 1), characterized in that at least a name of the parameter and a value of the parameter being displayed in the first button, and when the parameter is edited in response to a user's operation of the device maintenance apparatus, the display processor is configured to display, on the display, the first button corresponding to the edited parameter in a color different from the color of the second button and an icon in the lower left corner of the first button (B2, B33) which indicates that the parameter has been edited. a storage configured to store device definition information in which a parameter of the device is defined; an acquirer configured to acquire device information from a maintenance target device which is a device of maintenance target; and a display processor configured to display, on a display, a first button using the device definition information stored in the storage and the device information acquired by the acquirer, the first button being a button for transitioning to a screen on which details of the parameter is displayed when the first button is operated, wherein a menu associated with the maintenance of the device and the parameter of the device are hierarchically defined in the device definition information, and wherein the display processor is configured to display, on the display, a second button (B 1) for transitioning display details of the display to display details of a different layer, and a name of the menu is displayed in the second button (B 1), characterized in that at least a name of the parameter and a value of the parameter being displayed in the first button, and when the parameter is edited in response to a user's operation of the device maintenance apparatus, the display processor is configured to display, on the display, the first button corresponding to the edited parameter in a color different from the color of the second button and an icon in the lower left corner of the first button (B2, B33) which indicates that the parameter has been edited.
A system for managing data, the system comprising at least one processor configured to: receive a source dataset as an input; transmute the source dataset into an intermediate dataset, wherein the intermediate dataset comprises hash values obtained by transmuting data strings in the source dataset; continue transmuting the immediate transmuted intermediate dataset to a subsequent intermediate dataset until obtaining a root dataset; characterized in that, the system comprises a plurality of functions for transmuting the data strings; the at least one processor is configured to: choose a different function among the plurality of functions, if a hash value for a first data string obtained by using a first function among the plurality of functions, is the same as an existing hash value obtained using the first function, that represents a second data string; and add reference bits to the intermediary datasets (306, 308), wherein the reference bits enable identification of one or more functions to be used to obtain a dataset from which the intermediary dataset (306, 308) comprising the reference bits was obtained in the process of converting the source dataset to the root dataset. receive a source dataset as an input; transmute the source dataset into an intermediate dataset, wherein the intermediate dataset comprises hash values obtained by transmuting data strings in the source dataset; continue transmuting the immediate transmuted intermediate dataset to a subsequent intermediate dataset until obtaining a root dataset; characterized in that, the system comprises a plurality of functions for transmuting the data strings; the at least one processor is configured to: choose a different function among the plurality of functions, if a hash value for a first data string obtained by using a first function among the plurality of functions, is the same as an existing hash value obtained using the first function, that represents a second data string; and add reference bits to the intermediary datasets (306, 308), wherein the reference bits enable identification of one or more functions to be used to obtain a dataset from which the intermediary dataset (306, 308) comprising the reference bits was obtained in the process of converting the source dataset to the root dataset. choose a different function among the plurality of functions, if a hash value for a first data string obtained by using a first function among the plurality of functions, is the same as an existing hash value obtained using the first function, that represents a second data string; and add reference bits to the intermediary datasets (306, 308), wherein the reference bits enable identification of one or more functions to be used to obtain a dataset from which the intermediary dataset (306, 308) comprising the reference bits was obtained in the process of converting the source dataset to the root dataset.
A method for packaging and processing food products or medical products in a continuously operating production line, wherein individual packaging containers are filled with products in a filling station; the filled packaging containers are dispensed to an individualizing device in multiple tracks by a dispensing station, said individualizing device transferring the packaging containers onto an single track of a conveyor; and the packaging containers are transported by the conveyor one after the other to at least one additional processing station (20, 22) on the production line, wherein the individualizing device is operated in one of three operating modes, dependent upon the respective situation: a) a normal mode in which the packaging containers are transferred from the dispensing station onto the single track of the conveyor, b) an on-stock mode in which the packaging containers are transferred from the dispensing station to a temporary store, and c) a low-load mode in which the packaging containers are transferred from the temporary store onto the single track of the conveyor, wherein at least a part of the temporary store is temporarily uncoupled from the production line and moved to another storage location, and wherein the packaging containers, at latest when they reach the individualizing device, are subjected to a quality test, and packaging containers for which a defect has been detected, are sorted-out into the temporary store by means of the individualizing device by not transferring the packaging container to the conveyor but instead placing it onto a shelf of the carriage that has been reserved for rejects. a) a normal mode in which the packaging containers are transferred from the dispensing station onto the single track of the conveyor, b) an on-stock mode in which the packaging containers are transferred from the dispensing station to a temporary store, and c) a low-load mode in which the packaging containers are transferred from the temporary store onto the single track of the conveyor, wherein at least a part of the temporary store is temporarily uncoupled from the production line and moved to another storage location, and wherein the packaging containers, at latest when they reach the individualizing device, are subjected to a quality test, and packaging containers for which a defect has been detected, are sorted-out into the temporary store by means of the individualizing device by not transferring the packaging container to the conveyor but instead placing it onto a shelf of the carriage that has been reserved for rejects. wherein at least a part of the temporary store is temporarily uncoupled from the production line and moved to another storage location, and wherein the packaging containers, at latest when they reach the individualizing device, are subjected to a quality test, and packaging containers for which a defect has been detected, are sorted-out into the temporary store by means of the individualizing device by not transferring the packaging container to the conveyor but instead placing it onto a shelf of the carriage that has been reserved for rejects.
Method for manufacturing a membrane for separating electrolytes, according to which: - a solution is prepared comprising an active material as a powder and able to develop insertion and de-insertion reactions for selectively transferring cations through the membrane, a binder and a solvent, then - a support is manufactured in porous material, said support having a thickness of more than 0.8 mm. - the surface of said support is coated with said solution, and - said solvent is evaporated in order to form a sealed active layer on said support, the sealing being evaluated by the absence of any detectable transfer of an aqueous solution from one side to the other of said active layer exposed to the solution for a period of more than 6 hours, the membrane acting as a container for the solution, characterized in that the support is manufactured in a thermoplastic synthetic material by additive manufacturing of layers and selective laser sintering of a powdered polymer. - a solution is prepared comprising an active material as a powder and able to develop insertion and de-insertion reactions for selectively transferring cations through the membrane, a binder and a solvent, then - a support is manufactured in porous material, said support having a thickness of more than 0.8 mm. - the surface of said support is coated with said solution, and - said solvent is evaporated in order to form a sealed active layer on said support, the sealing being evaluated by the absence of any detectable transfer of an aqueous solution from one side to the other of said active layer exposed to the solution for a period of more than 6 hours, the membrane acting as a container for the solution,
A method for preparing a rare earth permanent magnet comprising the steps of: disposing a powder comprising one or more members selected from an oxide of R 2, a fluoride of R 3, and an oxyfluoride of R 4 wherein R 2, R 3 and R 4 each are one or more elements selected from among rare earth elements inclusive of Y and Sc on a sintered magnet form of a R 1 -Fe-B composition wherein R 1 is one or more elements selected from among rare earth elements inclusive of Y and Sc, and heat treating the magnet form and the powder at a temperature equal to or below the sintering temperature of the magnet in vacuum or in an inert gas. disposing a powder comprising one or more members selected from an oxide of R 2, a fluoride of R 3, and an oxyfluoride of R 4 wherein R 2, R 3 and R 4 each are one or more elements selected from among rare earth elements inclusive of Y and Sc on a sintered magnet form of a R 1 -Fe-B composition wherein R 1 is one or more elements selected from among rare earth elements inclusive of Y and Sc, and heat treating the magnet form and the powder at a temperature equal to or below the sintering temperature of the magnet in vacuum or in an inert gas.
A hydraulic spool valve assembly, comprising: a hydraulic spool valve comprising a first slot; and a drive lever for actuating the hydraulic spool valve, wherein the drive lever extends along a longitudinal axis to a first end positioned within the first slot, wherein a portion of one or more of the inner surfaces of the first slot is chamfered; and characterised in that: the first end comprises at least two resilient members (14a, 14b; 114a, 114b) spaced radially apart, the distance between the opposed outer surfaces of the at least two resilient members (14a, 14b, 114a, 114b) being slightly larger than the width of the first slot when disconnected from the hydraulic spool valve, such that the at least two resilient members (14a, 14b; 114a, 114b) are compressed radially inward when engaged with the one or more inner surfaces of the first slot and each exert a radially outward force (F 1, F 2) on the one or more inner surfaces of the first slot. a hydraulic spool valve comprising a first slot; and a drive lever for actuating the hydraulic spool valve, wherein the drive lever extends along a longitudinal axis to a first end positioned within the first slot, wherein a portion of one or more of the inner surfaces of the first slot is chamfered; and characterised in that: the first end comprises at least two resilient members (14a, 14b; 114a, 114b) spaced radially apart, the distance between the opposed outer surfaces of the at least two resilient members (14a, 14b, 114a, 114b) being slightly larger than the width of the first slot when disconnected from the hydraulic spool valve, such that the at least two resilient members (14a, 14b; 114a, 114b) are compressed radially inward when engaged with the one or more inner surfaces of the first slot and each exert a radially outward force (F 1, F 2) on the one or more inner surfaces of the first slot.