mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for forwarding a packet in a network, comprising: receiving the packet at a node belonging to a service function chain, SFC, in the network, wherein the packet is encapsulated by a network service header, NSH , comprising a service path header that identifies a service path, and the service path is associated with a treatment value that directs one or more subsequent nodes within the network to treat the encapsulated NSH packet with a quality of service treatment; evaluating a forwarding table stored in the node to identify the service path and the treatment value of the encapsulated NSH packet and determining the quality of service treatment of the encapsulated NSH packet to be performed by the one or more subsequent nodes; and forwarding the encapsulated NSH packet to the one or more subsequent nodes based on the service path indicated in the forwarding table and in accordance with the quality of service treatment corresponding to the treatment value identified in the forwarding table, wherein the service path header includes a service path identifier, SPI , and a service index, SI, wherein the SPI comprises a path index, PI , indicating the service path and a treatment index indicating the treatment value, and wherein the SI indicates a location of the encapsulated NSH packet in the service chain; and the treatment value indicates the quality of service treatment for the encapsulated NSH packet. receiving the packet at a node belonging to a service function chain, SFC, in the network, wherein the packet is encapsulated by a network service header, NSH , comprising a service path header that identifies a service path, and the service path is associated with a treatment value that directs one or more subsequent nodes within the network to treat the encapsulated NSH packet with a quality of service treatment; the packet is encapsulated by a network service header, NSH , comprising a service path header that identifies a service path, and the service path is associated with a treatment value that directs one or more subsequent nodes within the network to treat the encapsulated NSH packet with a quality of service treatment; evaluating a forwarding table stored in the node to identify the service path and the treatment value of the encapsulated NSH packet and determining the quality of service treatment of the encapsulated NSH packet to be performed by the one or more subsequent nodes; and forwarding the encapsulated NSH packet to the one or more subsequent nodes based on the service path indicated in the forwarding table and in accordance with the quality of service treatment corresponding to the treatment value identified in the forwarding table, wherein the service path header includes a service path identifier, SPI , and a service index, SI, wherein the SPI comprises a path index, PI , indicating the service path and a treatment index indicating the treatment value, and wherein the SI indicates a location of the encapsulated NSH packet in the service chain; and the treatment value indicates the quality of service treatment for the encapsulated NSH packet.
Object transport device for transporting objects such as parcels, packages, or bins in a logistics platform, comprising a self-guided rolling shuttle arranged to be coupled to a rolling trolley for transporting objects so as to move said trolley, together with its load, in the logistics platform, this rolling trolley being movable according to a kinematic model of the tricycle or car type, the shuttle comprising omnidirectional driving wheels for moving in a holonomic manner, characterized in that the shuttle and the trolley are designed to fit one inside the other in such a way that the driving wheels of the shuttle are placed generally around the wheels of the trolley and in that the driving wheels of the shuttle are controlled so as to follow the kinematics of the wheels of the trolley.
An ink tank for an ink delivery system comprising: a housing having an upper section and a lower section , the upper section having a greater cross-sectional area than the lower section, the lower section having an ink inlet port and an ink outlet port ; an air vent communicating with a headspace of the ink tank; a filter positioned in the housing for filtering ink supplied from the ink tank via the ink outlet port; and a baffle plate positioned in the housing between the ink inlet port and the filter, the baffle plate being configured for directing air bubbles entering the ink tank via the ink inlet port towards the headspace of the ink tank, wherein the baffle plate has a baffle opening positioned towards a base of the ink tank, thereby allowing ink to flow from the ink inlet port towards the ink outlet port via the baffle opening. a housing having an upper section and a lower section , the upper section having a greater cross-sectional area than the lower section, the lower section having an ink inlet port and an ink outlet port ; an air vent communicating with a headspace of the ink tank; a filter positioned in the housing for filtering ink supplied from the ink tank via the ink outlet port; and a baffle plate positioned in the housing between the ink inlet port and the filter, the baffle plate being configured for directing air bubbles entering the ink tank via the ink inlet port towards the headspace of the ink tank, wherein the baffle plate has a baffle opening positioned towards a base of the ink tank, thereby allowing ink to flow from the ink inlet port towards the ink outlet port via the baffle opening.
Sawing assistance device with chain saw , comprising a blade having a top flank , comprising a basic element with a holding device , on which the chain saw is capable of being fixed in a quickly releasable manner, comprising a base frame , comprising a guiding device vertically displaceably supported thereby, on which the basic element is capable of being mounted and along which the mounted basic element is capable of being guided, and comprising a basic carrier , on which the at least one object to be sawed is capable of being positioned and on which the base frame is supported, characterized in that the chain saw is fixed the holding device with the top flank of the blade as front flank of the sawing assistance device, by means of which a cut can be accomplished, and that the basic carrier or the base frame , respectively, is arranged on a collection container of the auxiliary sawing device for sawdust, wood shavings, and the like is arranged.
An image processing device comprising: a polarization image acquisition unit configured to acquire polarization images for three or more polarization directions; a feature quantity computation unit configured to compute an image feature quantity for each of one or more pixels using the polarization images acquired by the polarization image acquisition unit, the image feature quantity indicating a surface shape of an object in the polarization image at the corresponding pixel position; and an image processing unit configured to perform image processing using the image feature quantity, wherein the feature quantity computation unit normalizes the luminance of the polarization images for each pixel, and designates the normalized luminance for each polarization direction angle as the image feature quantity, wherein the normalization of a pixel luminance comprises a division of the pixel luminance by the mean value of the luminances corresponding to that pixel for each polarization direction angle. a polarization image acquisition unit configured to acquire polarization images for three or more polarization directions; a feature quantity computation unit configured to compute an image feature quantity for each of one or more pixels using the polarization images acquired by the polarization image acquisition unit, the image feature quantity indicating a surface shape of an object in the polarization image at the corresponding pixel position; and an image processing unit configured to perform image processing using the image feature quantity, wherein the feature quantity computation unit normalizes the luminance of the polarization images for each pixel, and designates the normalized luminance for each polarization direction angle as the image feature quantity, wherein the normalization of a pixel luminance comprises a division of the pixel luminance by the mean value of the luminances corresponding to that pixel for each polarization direction angle.
A system (1; 1') for processing at least one substrate containing a dried fluid sample , the system (1; 1') comprising: a support configured to position the substrate ; a laser device for directing a laser beam to the substrate , configured to cut at least one area of the substrate containing the dried fluid sample by means of the laser beam ; a container holder (4; 4') configured to hold and position a container for receiving the cut area, the container holder (4; 4') being arranged below the substrate ; and an extraction subsystem for extracting fume and/or dust generated when laser cutting the substrate , characterized in that the extraction subsystem consists of at least two extraction components sandwiching the substrate there between, one extraction component being provided on a laser device facing side of the substrate , and another extraction component being provided on the side of the substrate not facing the laser device . a support configured to position the substrate ; a laser device for directing a laser beam to the substrate , configured to cut at least one area of the substrate containing the dried fluid sample by means of the laser beam ; a container holder (4; 4') configured to hold and position a container for receiving the cut area, the container holder (4; 4') being arranged below the substrate ; and an extraction subsystem for extracting fume and/or dust generated when laser cutting the substrate , characterized in that the extraction subsystem consists of at least two extraction components sandwiching the substrate there between, one extraction component being provided on a laser device facing side of the substrate , and another extraction component being provided on the side of the substrate not facing the laser device .
Use of an ethylene copolymer having a melt flow index (MFI) of at most ≤ 45 g/10min as measured according to ISO1133:2011 measured at 190 °C and 2.16 kg and / or having an average molecular weight Mw ≥ 50 kg/mol for production of packaging applications, production of food packages or production of film applications, wherein the ethylene copolymer is obtained via a process for the production of ethylene copolymers in a free-radical high-pressure polymerization in a tubular reactor, wherein • the process comprises a feed composition comprising ethylene and one or more co-monomers as reactants wherein at least one of the co-monomers is a compound having the structure of Formula (I): wherein R 1 = H or CH 3 ; X=O or NH; n=1-10 R 2 , R 3 = H or CH 3 or saturated aliphatic structure consisting of hydrogen atoms and 1-10 carbon atoms, wherein the aliphatic structure can be linear, branched and/or cyclic; and wherein R 2 and R 3 can be individually selected; and wherein • the tubular reactor is operated at a pressure of ≥ 200 and ≤ 280 MPa; • the average reaction peak temperature is ≥ 220°C and ≤ 300°C; • the composition comprising one or more of co-monomers is fed to the reactor in one or more feed inlets of said tubular reactor; and • each co-monomer according to Formula (I) is fed to the tubular reactor in quantities of ≤ 2.0 mol % with regard to the total feed composition of ethylene and the one or more co-monomers, wherein the production of packaging applications, production of food packages or production of film applications is performed by converting the ethylene copolymer into a film. • the process comprises a feed composition comprising ethylene and one or more co-monomers as reactants wherein at least one of the co-monomers is a compound having the structure of Formula (I): wherein R 1 = H or CH 3 ; X=O or NH; n=1-10 R 2 , R 3 = H or CH 3 or saturated aliphatic structure consisting of hydrogen atoms and 1-10 carbon atoms, wherein the aliphatic structure can be linear, branched and/or cyclic; and wherein R 2 and R 3 can be individually selected; and wherein R 1 = H or CH 3 ; X=O or NH; n=1-10 R 2 , R 3 = H or CH 3 or saturated aliphatic structure consisting of hydrogen atoms and 1-10 carbon atoms, wherein the aliphatic structure can be linear, branched and/or cyclic; and wherein R 2 and R 3 can be individually selected; and wherein • the tubular reactor is operated at a pressure of ≥ 200 and ≤ 280 MPa; • the average reaction peak temperature is ≥ 220°C and ≤ 300°C; • the composition comprising one or more of co-monomers is fed to the reactor in one or more feed inlets of said tubular reactor; and • each co-monomer according to Formula (I) is fed to the tubular reactor in quantities of ≤ 2.0 mol % with regard to the total feed composition of ethylene and the one or more co-monomers,
A display apparatus comprising: a display panel ; and a backlight unit configured to supply light to the display panel, the backlight unit including: a plurality of light source modules arranged in parallel with a rear surface of the display panel to emit light toward the display panel, wherein each of the plurality of light source modules comprises a light guide plate configured to guide light; a light source disposed on a concave portion on a rear surface of the light guide plate and configured to generate light; a reflecting member disposed on a front surface of the light guide plate to face the light source and configured to reflect the generated light to the inside of the light guide plate or to reflect the light to the rear surface of the light guide plate; and a wavelength conversion member to convert a wavelength of the light that is guided by the light guide plate characterised in that : the light conversion member is disposed on the rear surface of the light guide plate and formed in a predetermined pattern. a display panel ; and a backlight unit configured to supply light to the display panel, the backlight unit including: a plurality of light source modules arranged in parallel with a rear surface of the display panel to emit light toward the display panel, wherein each of the plurality of light source modules comprises a light guide plate configured to guide light; a light source disposed on a concave portion on a rear surface of the light guide plate and configured to generate light; a reflecting member disposed on a front surface of the light guide plate to face the light source and configured to reflect the generated light to the inside of the light guide plate or to reflect the light to the rear surface of the light guide plate; and a wavelength conversion member to convert a wavelength of the light that is guided by the light guide plate a plurality of light source modules arranged in parallel with a rear surface of the display panel to emit light toward the display panel, wherein each of the plurality of light source modules comprises a light guide plate configured to guide light; a light source disposed on a concave portion on a rear surface of the light guide plate and configured to generate light; a reflecting member disposed on a front surface of the light guide plate to face the light source and configured to reflect the generated light to the inside of the light guide plate or to reflect the light to the rear surface of the light guide plate; and a wavelength conversion member to convert a wavelength of the light that is guided by the light guide plate characterised in that : the light conversion member is disposed on the rear surface of the light guide plate and formed in a predetermined pattern.
A solid-state image sensor comprising: a plurality of pixels configured to generate a request for requesting transmission of a detection signal that is predetermined, in a case where a predetermined event is detected; a test circuit configured to output the request of each of the plurality of pixels as an output request in a case where a test is not instructed, and generate a plurality of new requests and output each as the output request in a case where the test is instructed; an arbiter configured to arbitrate the output request; a communication circuit configured to transmit the detection signal on a basis of an arbitration result of the arbiter; and a failure determination unit configured to determine whether or not the arbiter has a failure on a basis of the detection signal in a case where the test is instructed. a plurality of pixels configured to generate a request for requesting transmission of a detection signal that is predetermined, in a case where a predetermined event is detected; a test circuit configured to output the request of each of the plurality of pixels as an output request in a case where a test is not instructed, and generate a plurality of new requests and output each as the output request in a case where the test is instructed; an arbiter configured to arbitrate the output request; a communication circuit configured to transmit the detection signal on a basis of an arbitration result of the arbiter; and a failure determination unit configured to determine whether or not the arbiter has a failure on a basis of the detection signal in a case where the test is instructed.
A power generation system for a turbine power generation system comprising: a rotary power generator for generating a variable-frequency alternating current; a generator side converter for converting the variable-frequency alternating current into a DC current; a DC link coupled to the generator side converter for receiving the DC current from the generator side converter; a line side converter coupled to the DC link for converting the DC current into an alternating current with controlled amplitude or frequency; a generator side controller for receiving a DC link voltage command signal and a DC link voltage feedback signal and generating control signals for the generator side converter; characterised by : a line side controller for receiving a generator torque command signal and a generator torque feedback signal and generating control signals for the line side converter; and a dynamic braking circuit coupled to the DC link . a rotary power generator for generating a variable-frequency alternating current; a generator side converter for converting the variable-frequency alternating current into a DC current; a DC link coupled to the generator side converter for receiving the DC current from the generator side converter; a line side converter coupled to the DC link for converting the DC current into an alternating current with controlled amplitude or frequency; a generator side controller for receiving a DC link voltage command signal and a DC link voltage feedback signal and generating control signals for the generator side converter; characterised by : a line side controller for receiving a generator torque command signal and a generator torque feedback signal and generating control signals for the line side converter; and a dynamic braking circuit coupled to the DC link . a line side controller for receiving a generator torque command signal and a generator torque feedback signal and generating control signals for the line side converter; and a dynamic braking circuit coupled to the DC link .
A method comprising cropping a first image captured by a focal plane array based on a location of a defect in the first image to obtain a first cropped image; cropping a supplemental flat field correction, SFFC, map associated with the focal plane array based on the location of the defect in the first image to obtain a first cropped SFFC map ; determining a first scaling value of a scaling term based at least on minimizing a cost function that uses the first cropped image and the first cropped SFFC map as parameters; and scaling the SFFC map based on the first scaling value to obtain a first scaled SFFC map. cropping a first image captured by a focal plane array based on a location of a defect in the first image to obtain a first cropped image; cropping a supplemental flat field correction, SFFC, map associated with the focal plane array based on the location of the defect in the first image to obtain a first cropped SFFC map ; determining a first scaling value of a scaling term based at least on minimizing a cost function that uses the first cropped image and the first cropped SFFC map as parameters; and scaling the SFFC map based on the first scaling value to obtain a first scaled SFFC map.
Charging cable , in particular for electrically charging an electric vehicle, having a charging wire , which, on the one hand, is detachably electrically connected using a connection device to an energy storage device to be charged and, on the other hand, is electrically connected to an adapter interface which can be connected in a positive-locking manner to an adapter , the adapter being detachably electrically connectable to an energy supply device, in order to transfer electrical energy from the energy supply device via the charging cable to the energy storage device to be charged, characterized in that the adapter interface has a communication device which allows a wireless communication with the adapter having an appropriate communication device when the adapter is connected to the adapter interface , so that control signals between the energy supply device, on the one hand, and an electronics of the charging cable and/or an energy storage device connected to the charging cable , on the other hand, can be wirelessly transferred between the adapter and the adapter interface .
A method for reducing interferences in a satellite communication system , comprising the following steps: - receiving a satellite communication signal, the satellite communication signal having a frequency in a predetermined frequency band; - down-converting the satellite communication signal from the predetermined frequency band into a baseband, thereby generating a down-converted signal; - determining at least one interference parameter based on the down-converted signal; - determining filter parameters for an interference filter based on the at least one interference parameter; - filtering the down-converted signal via the interference filter in order to remove interferences from the down-converted signal, thereby generating a filtered signal; and - determining a reconstructed down-converted signal based on the filtered signal and based on the filter parameters. - receiving a satellite communication signal, the satellite communication signal having a frequency in a predetermined frequency band; - down-converting the satellite communication signal from the predetermined frequency band into a baseband, thereby generating a down-converted signal; - determining at least one interference parameter based on the down-converted signal; - determining filter parameters for an interference filter based on the at least one interference parameter; - filtering the down-converted signal via the interference filter in order to remove interferences from the down-converted signal, thereby generating a filtered signal; and - determining a reconstructed down-converted signal based on the filtered signal and based on the filter parameters.