mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless device in a wireless communication system, the method comprising: receiving (S1601), from a source cell, a measurement configuration; transmitting (S1603), to the source cell, a measurement report for first target cells based on the measurement configuration; receiving (S1613), from the source cell after transmitting the measurement report, first mobility commands for the first target cells, wherein each of the first mobility commands is related to a corresponding index, and comprises a mobility condition and a random access preamble for a corresponding first target cell; storing (S1615) the first mobility commands; receiving (S1619), from the source cell after receiving the first mobility commands, a second mobility command for a second target cell, wherein the second mobility command is related to an index, and comprises one or both of a mobility condition or a random access preamble for the second target cell; determining whether the index related to the second mobility command is related to a first mobility command or is a new index; based on the index related to the second mobility command being related to the first mobility command, updating the first mobility command based on the second mobility command in relation to the index; based on the index related to the second mobility command being the new index, storing the second mobility command in relation to the index; evaluating (S1623) a mobility condition in each of stored mobility commands; and applying (S1625) a mobility command for a target cell based on the mobility condition being fulfilled for the target cell. receiving (S1601), from a source cell, a measurement configuration; transmitting (S1603), to the source cell, a measurement report for first target cells based on the measurement configuration; receiving (S1613), from the source cell after transmitting the measurement report, first mobility commands for the first target cells, wherein each of the first mobility commands is related to a corresponding index, and comprises a mobility condition and a random access preamble for a corresponding first target cell; storing (S1615) the first mobility commands; receiving (S1619), from the source cell after receiving the first mobility commands, a second mobility command for a second target cell, wherein the second mobility command is related to an index, and comprises one or both of a mobility condition or a random access preamble for the second target cell; determining whether the index related to the second mobility command is related to a first mobility command or is a new index; based on the index related to the second mobility command being related to the first mobility command, updating the first mobility command based on the second mobility command in relation to the index; based on the index related to the second mobility command being the new index, storing the second mobility command in relation to the index; evaluating (S1623) a mobility condition in each of stored mobility commands; and applying (S1625) a mobility command for a target cell based on the mobility condition being fulfilled for the target cell.
Removable case back of an electronic or electromechanical watch case, the case back comprising an internal electronic device provided with functions to allow the wireless charging or recharging of a power source , and the case back comprising two multi-function sub-assemblies separate from the electronic device, characterized in that the case back comprises: - a first multi-function sub-assembly in which are mounted a buzzer , an inductive coil on or integrated in a printed circuit board , said inductive coil being covered by a magnetic shield on an inner side of the watch case, - a second multi-function sub-assembly on the first multi-function sub-assembly , comprising an enclosure structure for accommodating the power source, such as a battery or an accumulator . - a first multi-function sub-assembly in which are mounted a buzzer , an inductive coil on or integrated in a printed circuit board , said inductive coil being covered by a magnetic shield on an inner side of the watch case, - a second multi-function sub-assembly on the first multi-function sub-assembly , comprising an enclosure structure for accommodating the power source, such as a battery or an accumulator .
A first anti-cancer agent (i), which is BVD-523 or a pharmaceutically acceptable salt thereof and a second anti-cancer agent (ii), for use in treating or ameliorating the effects of a cancer in a subject, wherein the second anti-cancer agent is (ii-1) a type 1 RAF inhibitor or a pharmaceutically acceptable salt thereof; or (ii-2) AZ628 (Axon Medchem BV) or a pharmaceutically acceptable salt thereof.
A process for the preparation of a fatty acid-grafted hyaluronic acid having a hyaluronic acid backbone of 1,250 to 12,500 repeating disaccharide units, wherein the fatty acid is a C6-C22 fatty acid, comprising the steps of: (a) dispersing hyaluronic acid in an organic solvent, in particular a non-polar solvent, to obtain an organic dispersion, (b) adding fatty acid chlorides to the organic dispersion, (c) allowing the fatty acid chlorides to esterify with hyaluronic acid under reaction conditions sufficient to form a fatty acid-grafted hyaluronic acid, and (d) isolating the fatty acid-grafted hyaluronic acid, wherein the hyaluronic acid dispersed in step (a) is pretreated by dispersing native hyaluronic acid, particularly native hyaluronic acid fibers, in an aqueous solution, thereby obtaining an aqueous dispersion and freeze-drying the aqueous dispersion to produce a freeze-dried hyaluronic acid which is then dispersed in step (a). (a) dispersing hyaluronic acid in an organic solvent, in particular a non-polar solvent, to obtain an organic dispersion, (b) adding fatty acid chlorides to the organic dispersion, (c) allowing the fatty acid chlorides to esterify with hyaluronic acid under reaction conditions sufficient to form a fatty acid-grafted hyaluronic acid, and (d) isolating the fatty acid-grafted hyaluronic acid,
A construction consisting of: a sintered polycrystalline super-hard layer having mutually opposite reinforced boundaries, each of which is bonded to a respective reinforcement structure, wherein at least one of the reinforcement structures consists of any of molybdenum (Mo), niobium (Nb), tantalum (Ta), tungsten (W) and rhenium (Re) in elemental metallic form or included in an alloy, intermetallic material or a chemical compound; the super-hard layer comprising polycrystalline diamond (PCD) material or polycrystalline cubic boron nitride (PCBN) material; the construction configured such that the equivalent circle diameter of each reinforced boundary is at least ten times the mean thickness of the super-hard layer between them; the reinforcement structures being substantially free of material having a melting point of less than 2,000 degrees Celsius, at least adjacent the reinforced boundaries; and in which each reinforcement structure is substantially free of sinter promotion material for the super-hard layer, at least adjacent the respective reinforced boundary. a sintered polycrystalline super-hard layer having mutually opposite reinforced boundaries, each of which is bonded to a respective reinforcement structure, wherein at least one of the reinforcement structures consists of any of molybdenum (Mo), niobium (Nb), tantalum (Ta), tungsten (W) and rhenium (Re) in elemental metallic form or included in an alloy, intermetallic material or a chemical compound; the super-hard layer comprising polycrystalline diamond (PCD) material or polycrystalline cubic boron nitride (PCBN) material; the construction configured such that the equivalent circle diameter of each reinforced boundary is at least ten times the mean thickness of the super-hard layer between them; the reinforcement structures being substantially free of material having a melting point of less than 2,000 degrees Celsius, at least adjacent the reinforced boundaries; and in which each reinforcement structure is substantially free of sinter promotion material for the super-hard layer, at least adjacent the respective reinforced boundary.
A calibration device for a vehicle Advanced Driver Assistant System, comprising: a foldable base , comprising a bearing seat and a plurality of bearing arms rotatably arranged on the bearing seat ; a stand assembly , disposed on the bearing seat , wherein the bearing arms are able to be folded relative to the bearing seat in a direction approaching the stand assembly ; a beam assembly , disposed on a top of the stand assembly and comprising two foldable beams ; and characterized in that an end of the bearing arm away from the bearing seat is provided with a traveling wheel and a height adjusting member , and the height adjusting member being a knob screw, the traveling wheel being a brake-type universal wheel, the knob screw is threadedly connected with the bearing arm and an end of the knob screw is rotatably disposed onto the brake-type universal wheel, and the other end of the knob screw is provided with a knob handle. a foldable base , comprising a bearing seat and a plurality of bearing arms rotatably arranged on the bearing seat ; a stand assembly , disposed on the bearing seat , wherein the bearing arms are able to be folded relative to the bearing seat in a direction approaching the stand assembly ; a beam assembly , disposed on a top of the stand assembly and comprising two foldable beams ; and characterized in that an end of the bearing arm away from the bearing seat is provided with a traveling wheel and a height adjusting member , and the height adjusting member being a knob screw, the traveling wheel being a brake-type universal wheel, the knob screw is threadedly connected with the bearing arm and an end of the knob screw is rotatably disposed onto the brake-type universal wheel, and the other end of the knob screw is provided with a knob handle.
Method of generating power using a combined cycle, the method comprising: - operating a first power system in which fuel is burned to generate primary power and a flue gas stream at a flue gas temperature greater than 450°C, - operating a second power system to generate secondary power from the heat comprised by the flue gas stream , the second power system comprising a waste heat recovery heat exchanger , the method further comprising: - passing the flue gas stream through the waste heat recovery heat exchanger , - passing a pressurized waste heat recovery fluid through the waste heat recovery heat exchanger to receive heat from the flue gas stream thereby obtaining a pressurized vaporous waste heat recovery fluid having a temperature in the range of 350°C - 500°C, wherein the waste heat recovery fluid consists of fluorinated ketones. - operating a first power system in which fuel is burned to generate primary power and a flue gas stream at a flue gas temperature greater than 450°C, - operating a second power system to generate secondary power from the heat comprised by the flue gas stream , the second power system comprising a waste heat recovery heat exchanger , - passing the flue gas stream through the waste heat recovery heat exchanger , - passing a pressurized waste heat recovery fluid through the waste heat recovery heat exchanger to receive heat from the flue gas stream thereby obtaining a pressurized vaporous waste heat recovery fluid having a temperature in the range of 350°C - 500°C,
A movement device for moving a load provided with wheels and rolling on railway tracks, the movement device comprising at least: - a geared motor whose shaft has a horizontal axis of rotation, - a drive roller attached to the free end of the shaft of the geared motor and rotated thereby, said drive roller being arranged to come to bear against one of the wheels (R) of the load to be moved, and - two support rollers arranged to come to bear against the rail (V) of the railway track receiving said wheel (R) of the load to be moved and configured to be rotated by adhesion by said drive roller , - an arm rigidly connected at one end thereof to the shaft of the geared motor and extending horizontally and perpendicularly to the axis of rotation of said shaft , and - a brake shoe rigidly connected to the free end of said arm and arranged, on the one hand, so as to be disposed in the vicinity of said wheel (R) of the load to be moved on the side opposite to said drive roller and, on the other hand, so as to come to bear against said rail (V) of the railway track receiving said wheel (R), - the arm being mounted such that it pivots on the shaft of the geared motor about the axis of rotation thereof, and the brake shoe being mounted such that it pivots at the end of the associated arm about an axis of rotation parallel to the axis of rotation of the shaft of the geared motor . - a geared motor whose shaft has a horizontal axis of rotation, - a drive roller attached to the free end of the shaft of the geared motor and rotated thereby, said drive roller being arranged to come to bear against one of the wheels (R) of the load to be moved, and - two support rollers arranged to come to bear against the rail (V) of the railway track receiving said wheel (R) of the load to be moved and configured to be rotated by adhesion by said drive roller , - an arm rigidly connected at one end thereof to the shaft of the geared motor and extending horizontally and perpendicularly to the axis of rotation of said shaft , and - a brake shoe rigidly connected to the free end of said arm and arranged, on the one hand, so as to be disposed in the vicinity of said wheel (R) of the load to be moved on the side opposite to said drive roller and, on the other hand, so as to come to bear against said rail (V) of the railway track receiving said wheel (R), - the arm being mounted such that it pivots on the shaft of the geared motor about the axis of rotation thereof, and the brake shoe being mounted such that it pivots at the end of the associated arm about an axis of rotation parallel to the axis of rotation of the shaft of the geared motor .
A method of preparing a sealed connector system for connection, said sealed connector system comprising a male connector body , a female connector body defining a shroud configured to receive the male connector body , and a resilient seal axially surrounding a portion of the male connector body , said method comprising the steps of: a) applying a lubricant on a seal wiping surface on the interior of the shroud ; b) inserting the male connector body within the female connector body such that the resilient seal is in compressive contact with the seal wiping surface ; c) disposing an insert within the shroud , wherein the insert defines a central cavity and a plurality of passages extending from the central cavity to portals defined in an outer surface of the insert that are arranged adjacent to the seal wiping surface ; d) disposing a spray valve disposed within the insert ; e) dispensing the lubricant as a mist into the central cavity and through the plurality of passages to the portals ; and f) depositing the lubricant mist onto the seal wiping surface of the shroud . a) applying a lubricant on a seal wiping surface on the interior of the shroud ; b) inserting the male connector body within the female connector body such that the resilient seal is in compressive contact with the seal wiping surface ; c) disposing an insert within the shroud , wherein the insert defines a central cavity and a plurality of passages extending from the central cavity to portals defined in an outer surface of the insert that are arranged adjacent to the seal wiping surface ; d) disposing a spray valve disposed within the insert ; e) dispensing the lubricant as a mist into the central cavity and through the plurality of passages to the portals ; and f) depositing the lubricant mist onto the seal wiping surface of the shroud .
Contact element for electrically contacting a conductor in cable glands for armored cables, comprising a metallic ring element which is connected to a conductor track , the conductor track being electrically conductively connected to at least one further conductor track and, in addition, to a further metallic ring element , wherein the electrically interconnected ring elements are arranged in predetermined geometrical positions relative to one another by means of the conductor tracks , wherein the conductor tracks are designed in strip-shaped and have kinks and regions for absorbing mechanical stresses, and wherein the contact element is designed as a one-piece molded part.
A method of operating an Hybrid Fiber Coax, HFC, cable network using a virtual converged cable access platform configured to relay data between at least one cable modem and operator server ; said virtual converged cable access platform comprising at least one virtual converged cable access platform, CCAP, controller , at least one edge router , and a plurality of digital optical fiber nodes, DOFN, , connected to at least one set of neighborhood cable television, CATV, cables with at least one CATV connected cable modem , said method comprising: using said DOFN to detect said cable modem , and transmit notification of said cable modem detection via said edge router to said virtual CCAP controller , and using said virtual CCAP controller and said edge router to create and acknowledge said cable modem ; using said virtual CCAP controller and edge router to discover at least one operator server , and further using said DOFN to relay data between said cable modem and said operator servers by way of said edge router and said virtual CCAP controller ; further using said virtual CCAP controller to transmit cable service rules to said edge router , and receive acknowledgement of said service rules from said edge router ; wherein the amount and type of data relayed between said cable modem and said operator servers is controlled by said service rules. using said DOFN to detect said cable modem , and transmit notification of said cable modem detection via said edge router to said virtual CCAP controller , and using said virtual CCAP controller and said edge router to create and acknowledge said cable modem ; using said virtual CCAP controller and edge router to discover at least one operator server , and further using said DOFN to relay data between said cable modem and said operator servers by way of said edge router and said virtual CCAP controller ; further using said virtual CCAP controller to transmit cable service rules to said edge router , and receive acknowledgement of said service rules from said edge router ; wherein the amount and type of data relayed between said cable modem and said operator servers is controlled by said service rules.
A pixel cell , comprising: four photodiodes (PPD1, PPD2, PPD3, PPD4); and four storage diodes (SD1, SD2, SD3, SD4); wherein each storage diode (SD1, SD2, SD3, SD4) is disposed between a first adjacent photodiode and a second adjacent photodiode, and each storage diode (SD1, SD2, SD3, SD4) is configured to receive photo charges from either or both of the first adjacent photodiode and the second adjacent photodiode; wherein each photodiode (PPD1, PPD2, PPD3, PPD4) is disposed between a first adjacent storage diode and a second adjacent storage diode, and each photodiode (PPD1, PPD2, PPD3, PPD4) is configured to transfer photo charges to either or both of the first adjacent storage diode and the second adjacent storage diode, and wherein the four photodiodes (PPD1, PPD2, PPD3, PPD4) are arranged in a 2 by 2 array, with each storage diode (SD1, SD2, SD3, SD4) disposed between two adjacent photodiodes. four photodiodes (PPD1, PPD2, PPD3, PPD4); and four storage diodes (SD1, SD2, SD3, SD4); wherein each storage diode (SD1, SD2, SD3, SD4) is disposed between a first adjacent photodiode and a second adjacent photodiode, and each storage diode (SD1, SD2, SD3, SD4) is configured to receive photo charges from either or both of the first adjacent photodiode and the second adjacent photodiode; wherein each photodiode (PPD1, PPD2, PPD3, PPD4) is disposed between a first adjacent storage diode and a second adjacent storage diode, and each photodiode (PPD1, PPD2, PPD3, PPD4) is configured to transfer photo charges to either or both of the first adjacent storage diode and the second adjacent storage diode, and wherein the four photodiodes (PPD1, PPD2, PPD3, PPD4) are arranged in a 2 by 2 array, with each storage diode (SD1, SD2, SD3, SD4) disposed between two adjacent photodiodes.
Operating system for operating an automatic guidance system of an agricultural vehicle , comprising at least one three-dimensional imaging device for capturing a real object and for deriving a three-dimensional data set for the real object, and a touch-sensitive display unit for displaying an object and for receiving a touch input, characterised in that the operating system is configured for generating three-dimensional data set based command signals corresponding to the interaction with the displayed object for operating the automatic guidance system , whereby the interaction with the displayed object is initiated by manipulating the displayed object by hand, in particular with at least one finger by touch input. at least one three-dimensional imaging device for capturing a real object and for deriving a three-dimensional data set for the real object, and a touch-sensitive display unit for displaying an object and for receiving a touch input, characterised in that the operating system is configured for generating three-dimensional data set based command signals corresponding to the interaction with the displayed object for operating the automatic guidance system , whereby the interaction with the displayed object is initiated by manipulating the displayed object by hand, in particular with at least one finger by touch input.
Hydraulic system, consisting of at least one hydraulic working cylinder , a hydraulic control block , an electronic controller and a sensor device , wherein the control block , the controller and the sensor device are fixed to the working cylinder as add-on or built-in parts, characterised in that a first valve , a second valve , a first non-return valve , a second non-return valve and an orifice are arranged in the control block , wherein the working cylinder is provided in the form of a suspension cylinder in which piston-side working chamber and rod-side working chamber are in fluid communication with each other via a connecting line , the second valve and the second non-return valve , wherein the piston-side working chamber can be relieved to a tank side via the first valve , wherein the rod-side working chamber is connected to a pressure supply port (P) via the orifice and the first non-return valve , wherein the system is adapted in such a manner that if the first valve remains not actuated in its blocking position and if the second valve is brought into its open position, fluid passes via the pressure supply port (P), the orifice , both non-return valves and the second valve into the piston-side working chamber of the working cylinder so that the piston rod extends, and in that , if the first valve is actuated and brought into its open position and if the second valve remains not actuated in its blocking position, fluid is released from the piston-side chamber to the tank side (T) so that the piston rod retracts.