mhurhangee/ep-ind-claims huggingface dataset:
Method for file transmission from a spacecraft like e.g. a CubeSat, to ground via a Free Space Optical channel, compliant to the Consultative Committee for Space Data Systems - CCSDS-standard, wherein the CCSDS standard define a Transfer Frame as a fixed length protocol data unit which in turn comprises a Secondary Header and a Data Field, the method comprising - assigning a File ID to a file which is to be transmitted, - dividing the transmission of the file into a start fraction to be transmitted by a Start Transfer Frame which in its Data Field includes the start fraction of the file, and into multiple Intermediate fractions to be transmitted by multiple Intermediate Transfer Frames with each Intermediate Transfer Frame including in its Data Field a respective intermediate fraction of the data field, and into an end fraction to be transmitted by an End Transfer Frame which in its Data Field includes the end fraction of the data file, - wherein the Secondary Header of the Start Transfer Frame comprises information for specifying the Transfer Frame as the Start Transfer Frame, - wherein the Secondary Header of each of the Intermediate Transfer Frames comprises information for specifying the Transfer Frame as an Intermediate Transfer Frame, - wherein the Secondary Header of the End Transfer Frame comprises information for specifying the Transfer Frame as the End Transfer Frame, - wherein the Secondary Header of the Start Transfer Frame comprises information about the File ID, File length and Name of the file which is to be transmitted, and - wherein the Secondary Header of each of these Transfer Frames comprises information about the File ID. - assigning a File ID to a file which is to be transmitted, - dividing the transmission of the file into a start fraction to be transmitted by a Start Transfer Frame which in its Data Field includes the start fraction of the file, and into multiple Intermediate fractions to be transmitted by multiple Intermediate Transfer Frames with each Intermediate Transfer Frame including in its Data Field a respective intermediate fraction of the data field, and into an end fraction to be transmitted by an End Transfer Frame which in its Data Field includes the end fraction of the data file, - wherein the Secondary Header of the Start Transfer Frame comprises information for specifying the Transfer Frame as the Start Transfer Frame, - wherein the Secondary Header of each of the Intermediate Transfer Frames comprises information for specifying the Transfer Frame as an Intermediate Transfer Frame, - wherein the Secondary Header of the End Transfer Frame comprises information for specifying the Transfer Frame as the End Transfer Frame, - wherein the Secondary Header of the Start Transfer Frame comprises information about the File ID, File length and Name of the file which is to be transmitted, and - wherein the Secondary Header of each of these Transfer Frames comprises information about the File ID.
An apparatus comprising: a surgical instrument manipulator assembly configured to be coupled to a surgical instrument via a sterile adapter assembly and to a master instrument manipulator by an insertion assembly, the surgical instrument manipulator assembly comprising a drive unit and a drive output assembly; the drive output assembly being coupled to the drive unit; and the drive output assembly comprising a low backlash coupler coupled to the drive unit, and a drive output disk coupled to the low backlash coupler via a set of output pins to transmit torque from the low backlash coupler to the drive output disk. a surgical instrument manipulator assembly configured to be coupled to a surgical instrument via a sterile adapter assembly and to a master instrument manipulator by an insertion assembly, the surgical instrument manipulator assembly comprising a drive unit and a drive output assembly; the drive output assembly being coupled to the drive unit; and the drive output assembly comprising a low backlash coupler coupled to the drive unit, and a drive output disk coupled to the low backlash coupler via a set of output pins to transmit torque from the low backlash coupler to the drive output disk.
A first communication apparatus, said first communication apparatus being a central unit, CU, of a base station of a fifth generation, 5G, communication system, said first communication apparatus comprising: a memory storing a priority list indicating a correspondence between identification information of Public Warning System, PWS, messages and respective priority information; a reception unit configured to receive a PWS message from an access and mobility management function, AMF; a processing unit configured to perform, on the PWS message, processing corresponding to a type of the PWS message in order to obtain a processed PWS message; an addition unit configured to add, to the processed PWS message, identification information for identifying the PWS message, wherein the addition unit is configured to further add, to the processed PWS message, priority information by using the priority list; and a transmission unit configured to transmit the processed PWS message comprising the identification information and the priority information to a second communication apparatus coupled to a radio link, said second communication apparatus being a distributed unit, DU, of the base station. a memory storing a priority list indicating a correspondence between identification information of Public Warning System, PWS, messages and respective priority information; a reception unit configured to receive a PWS message from an access and mobility management function, AMF; a processing unit configured to perform, on the PWS message, processing corresponding to a type of the PWS message in order to obtain a processed PWS message; an addition unit configured to add, to the processed PWS message, identification information for identifying the PWS message, wherein the addition unit is configured to further add, to the processed PWS message, priority information by using the priority list; and a transmission unit configured to transmit the processed PWS message comprising the identification information and the priority information to a second communication apparatus coupled to a radio link, said second communication apparatus being a distributed unit, DU, of the base station.
A portable viscometer comprising: a dispensing pump mechanism; a viscosity sensor having a rectangular liquid flow channel and at least two pressure sensors (33, 34) positioned along the liquid flow channel that measure a pressure drop of fully developed flow of the liquid flowing through the liquid flow channel; a mounting mechanism adapted to removably mount a positive displacement pipette adapted to be mounted in the mounting mechanism and containing a sample of liquid for which a measurement of viscosity is desired, said mounting mechanism adapted to mount the positive displacement pipette in position to cooperate with the dispensing pump mechanism so that operation of the dispensing pump mechanism dispenses test liquid from the positive displacement pipette at a known flow rate, and to cooperate with the viscosity sensor so that the liquid for which a measurement of viscosity is desired is forced into the viscosity sensor when dispensed from the positive displacement pipette; and a controller that controls operation of the portable viscometer and processes sensor data, characterized in that the controller is configured to, if a pressure level inside the flow channel measured for an initially set flow rate is too low, ramp up a flow rate. a dispensing pump mechanism; a viscosity sensor having a rectangular liquid flow channel and at least two pressure sensors (33, 34) positioned along the liquid flow channel that measure a pressure drop of fully developed flow of the liquid flowing through the liquid flow channel; a mounting mechanism adapted to removably mount a positive displacement pipette adapted to be mounted in the mounting mechanism and containing a sample of liquid for which a measurement of viscosity is desired, said mounting mechanism adapted to mount the positive displacement pipette in position to cooperate with the dispensing pump mechanism so that operation of the dispensing pump mechanism dispenses test liquid from the positive displacement pipette at a known flow rate, and to cooperate with the viscosity sensor so that the liquid for which a measurement of viscosity is desired is forced into the viscosity sensor when dispensed from the positive displacement pipette; and a controller that controls operation of the portable viscometer and processes sensor data, characterized in that the controller is configured to, if a pressure level inside the flow channel measured for an initially set flow rate is too low, ramp up a flow rate.
A method for identifying server state objects among packets transmitted between a server and a client device on a network based upon a communication protocol, the method comprising: intercepting a plurality of data packets transmitted between a server and a client; computing entropy measures for a plurality of data objects in the plurality of packets; selecting candidate data objects from the plurality of data objects according to their entropy measures; and identifying (214, 216, 218) at least one of the candidate data objects as a server state object in response to identifying that the at least one candidate data object is transmitted bi-directionally between the server and the client device. intercepting a plurality of data packets transmitted between a server and a client; computing entropy measures for a plurality of data objects in the plurality of packets; selecting candidate data objects from the plurality of data objects according to their entropy measures; and identifying (214, 216, 218) at least one of the candidate data objects as a server state object in response to identifying that the at least one candidate data object is transmitted bi-directionally between the server and the client device.
An individual frozen drink dispenser comprising: a bottom shelf configured to support a blender cup, the bottom shelf including a blender drive to drive the operation of blades provided in the blender cup; a dispensing chamber including a cartridge receptacle configured to receive a frozen beverage cartridge; and a controller coupled to the blender drive to control the operation of the blender drive, characterised in that the dispensing chamber includes a plunger configured to move from a pre-dispense position to a dispense position in which the plunger pushes frozen ingredients from the beverage cartridge into the blender cup supported by the bottom shelf, the controller also being coupled to the plunger to control operation of the plunger. a bottom shelf configured to support a blender cup, the bottom shelf including a blender drive to drive the operation of blades provided in the blender cup; a dispensing chamber including a cartridge receptacle configured to receive a frozen beverage cartridge; and a controller coupled to the blender drive to control the operation of the blender drive, characterised in that the dispensing chamber includes a plunger configured to move from a pre-dispense position to a dispense position in which the plunger pushes frozen ingredients from the beverage cartridge into the blender cup supported by the bottom shelf, the controller also being coupled to the plunger to control operation of the plunger.
Humanoid robot comprising at least one processor which is configured so that the robot moves on lower limbs, carries out movements of upper limbs, transmits and receives messages selected from a group of visual, audible, gestural and/or tactile messages and produces at least one autonomous behaviour, the at least one behaviour constituting an element of a game sequence generated in response to at least one message selected from the group of visual, audible, gestural and/or tactile messages, the robot being characterised in that the at least one processor is configured so that the robot poses at least one question in the form of a message selected from the group of visual, audible, gestural and/or tactile messages and determines whether at least one response message selected from the same group contains a correct response, a false response or an ambiguous response, the determination by the at least one processor being carried out at the output of a loop of iterations which are determined in accordance with recognition thresholds of the responses.
Use of at least one alkane sulfonic acid of formula R-SO 3 H, in which R represents a linear or branched, saturated hydrocarbon-based chain comprising from 1 to 4 carbon atoms, for cleaning solid deposits comprising at least one aconitic acid salt.
A method for printing, the method comprising steps of: providing a substrate extending in a machine direction, the substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; depositing energy curable ink onto the first surface of the substrate, wherein an amount of the energy curable ink penetrates into the substrate from the first surface toward the second surface; advancing the substrate in the machine direction past a light source; directing ultraviolet light from the light source toward the first surface of the substrate, wherein a portion of the ultraviolet light travels through substrate and away from the second surface of the substrate; reflecting ultraviolet light traveling from the second surface of the substrate toward the second surface of the substrate; and curing a first portion of the energy curable ink with ultraviolet light traveling from the light source toward the first surface of the substrate; and curing a second portion of the energy curable ink with reflected ultraviolet light. providing a substrate extending in a machine direction, the substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; depositing energy curable ink onto the first surface of the substrate, wherein an amount of the energy curable ink penetrates into the substrate from the first surface toward the second surface; advancing the substrate in the machine direction past a light source; directing ultraviolet light from the light source toward the first surface of the substrate, wherein a portion of the ultraviolet light travels through substrate and away from the second surface of the substrate; reflecting ultraviolet light traveling from the second surface of the substrate toward the second surface of the substrate; and curing a first portion of the energy curable ink with ultraviolet light traveling from the light source toward the first surface of the substrate; and curing a second portion of the energy curable ink with reflected ultraviolet light.
Method for detecting deviations occurring in the valve drive of an internal combustion engine, characterized in that an inlet valve stroke phase difference (ΔEVH) and/or an outlet valve stroke phase difference (ΔAVH) are acquired by means of analysis of dynamic pressure oscillations of the intake air in the air intake tract of the respective internal combustion engine during operation, and a valve stroke phase deviation value (VhP_Aww) with respect to a valve stroke phase reference value (ΔVH_Ref) is acquired therefrom, wherein a first valve drive deviation value (VT_Aww_1) is acquired on the basis of the valve stroke phase deviation value (VhP_Aww).
A method for fore-aft stabilization of a vehicle for motion in a specified direction over an underlying surface, the vehicle having a plurality of driven wheels including a forward wheel and an aft wheel, and with the forward wheel having a force normal to the instantaneous direction of motion of the vehicle, characterised by the method comprising: applying a periodic torque to at least one of the wheels for inducing a small pitch modulation; detecting pitch variation of the vehicle in response to the applied periodic torque; detecting a force on the forward wheel normal to the instantaneous direction of motion of the vehicle; and applying a stabilizing torque to the aft wheel on the basis, at least, of any detected pitch variation in response to the applied periodic torque and the detected force on the forward wheel normal to the instantaneous direction of motion of the vehicle. applying a periodic torque to at least one of the wheels for inducing a small pitch modulation; detecting pitch variation of the vehicle in response to the applied periodic torque; detecting a force on the forward wheel normal to the instantaneous direction of motion of the vehicle; and applying a stabilizing torque to the aft wheel on the basis, at least, of any detected pitch variation in response to the applied periodic torque and the detected force on the forward wheel normal to the instantaneous direction of motion of the vehicle.
A conductive composition including: a conductive carbon material; a water-soluble resin binder; a water-dispersed resin fine particle binder; and an aqueous liquid medium, wherein the water-dispersed resin fine particle binder is a (meth)acrylic emulsion obtained by emulsion polymerization of ethylenically unsaturated monomers including the following monomer group and the following monomer group, in which the monomer group and are present in the following ratio, at least one monomer selected from the group consisting of an ethylenically unsaturated monomer having a monoalkoxysilyl group or polyalkoxysilyl groups and a monomer having two or more ethylenically unsaturated groups per molecule, wherein the content of is 0.1 to 5% by weight, an ethylenically unsaturated monomer other than the monomers and, wherein the content of is 95 to 99.9% by weight, wherein the total content of the monomers to is 100% by weight, the content of the conductive carbon material is from 20% by weight to 70% by weight based on the weight of the total solids in the conductive composition, and the content of the water-soluble resin binder is from 3% by weight to less than 40% by weight based on 100% by weight of the total solids in the water-soluble resin binder and the water-dispersed resin fine particle binder.
Container fastening system for providing a container which is in particular provided with a cleaning or disinfecting agent, comprising: a holder (4, 41) having a receptacle region for the container, wherein the holder (4, 41) has a first fastening region, a second fastening region, and a third fastening region, wherein the first, the second, and the third fastening regions comprise wires or bars or plate-shaped components, and a fastening means for releasably fastening the holder (4, 41) to objects, wherein the fastening means is capable of being fixed to the first fastening region and the fastening means on account thereof is able to assume a first holding position, and the fastening means is capable of being fixed to the second fastening region and the fastening means on account thereof is able to assume a second holding position, and the fastening means is capable of being fixed to the third fastening region and the fastening means on account thereof is able to assume a third holding position, wherein the wires or bars or plate-shaped components of the third fastening region run obliquely, particularly at an angle of 10° to 80°, more particularly of 20° to 60°, most particularly of 30° to 50°, in relation to the wires or bars or plate-shaped components of the first fastening region, wherein the first holding position enables the holder (4, 41) to be fastened to a horizontally oriented object, and the second holding position enables the holder (4, 41) to be fastened to a vertically oriented object, and the third holding position enables the holder (4, 41) to be fastened to an obliquely positioned object. a holder (4, 41) having a receptacle region for the container, wherein the holder (4, 41) has a first fastening region, a second fastening region, and a third fastening region, wherein the first, the second, and the third fastening regions comprise wires or bars or plate-shaped components, and a fastening means for releasably fastening the holder (4, 41) to objects, wherein the fastening means is capable of being fixed to the first fastening region and the fastening means on account thereof is able to assume a first holding position, and the fastening means is capable of being fixed to the second fastening region and the fastening means on account thereof is able to assume a second holding position, and the fastening means is capable of being fixed to the third fastening region and the fastening means on account thereof is able to assume a third holding position, wherein the wires or bars or plate-shaped components of the third fastening region run obliquely, particularly at an angle of 10° to 80°, more particularly of 20° to 60°, most particularly of 30° to 50°, in relation to the wires or bars or plate-shaped components of the first fastening region, wherein the first holding position enables the holder (4, 41) to be fastened to a horizontally oriented object, and the second holding position enables the holder (4, 41) to be fastened to a vertically oriented object, and the third holding position enables the holder (4, 41) to be fastened to an obliquely positioned object.
A surface texture of an engine component comprising: multiple dimples of a first geometry on an interior surface of the engine component, multiple dimples of a second geometry that has a smaller surface area than the multiple dimples of the first geometry on the interior surface of the engine component, wherein the first geometry comprises a circle and the second geometry comprises an onto the ellipse, wherein the circular-shaped and elliptical-shaped dimples are incorporated surface to form a pattern with alternating of circle and ellipse with defined areal density, wherein a depth of the multiple circular-shaped dimples is between one micron to eight microns, and a depth of the multiple elliptical-shaped dimples is between one micron to are smaller and deeper eight microns, wherein the multiple elliptical-shaped dimples than the multiple circular-shaped dimples, wherein a size of the circular-shaped dimples and elliptical-shaped dimples is from few microns up to hundreds of microns. multiple dimples of a first geometry on an interior surface of the engine component, multiple dimples of a second geometry that has a smaller surface area than the multiple dimples of the first geometry on the interior surface of the engine component, wherein the first geometry comprises a circle and the second geometry comprises an onto the ellipse, wherein the circular-shaped and elliptical-shaped dimples are incorporated surface to form a pattern with alternating of circle and ellipse with defined areal density, wherein a depth of the multiple circular-shaped dimples is between one micron to eight microns, and a depth of the multiple elliptical-shaped dimples is between one micron to are smaller and deeper eight microns, wherein the multiple elliptical-shaped dimples than the multiple circular-shaped dimples, wherein a size of the circular-shaped dimples and elliptical-shaped dimples is from few microns up to hundreds of microns.