mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for providing a visualization of a blockchain associated with a blockchain network, the method comprising: prior to receiving a request for a blockchain visualization user interface from a client device, determining a consensus version of the blockchain based on interacting with nodes of the blockchain network; receiving , from the client device, the request for the blockchain visualization user interface; generating the blockchain visualization user interface based on the consensus version of the blockchain as deduced from interactions with nodes of the blockchain network, the blockchain visualization user interface including a chain graph structure that visually depicts at least a portion of the blockchain and transaction information for transactions that have occurred in the blockchain network, wherein the chain graph structure comprises a chain of selectable block representations that each represent a block in the blockchain; providing the blockchain visualization user interface for display on the client device in response to the request for the blockchain visualization user interface; determining an updated consensus version of the blockchain; generating an updated blockchain visualization user interface based on the updated consensus version of the blockchain; and providing the updated blockchain visualization user interface to the client device. prior to receiving a request for a blockchain visualization user interface from a client device, determining a consensus version of the blockchain based on interacting with nodes of the blockchain network; receiving , from the client device, the request for the blockchain visualization user interface; generating the blockchain visualization user interface based on the consensus version of the blockchain as deduced from interactions with nodes of the blockchain network, the blockchain visualization user interface including a chain graph structure that visually depicts at least a portion of the blockchain and transaction information for transactions that have occurred in the blockchain network, wherein the chain graph structure comprises a chain of selectable block representations that each represent a block in the blockchain; providing the blockchain visualization user interface for display on the client device in response to the request for the blockchain visualization user interface; determining an updated consensus version of the blockchain; generating an updated blockchain visualization user interface based on the updated consensus version of the blockchain; and providing the updated blockchain visualization user interface to the client device.
Sanitary fitting comprising - a fitting body having a water outlet. - a valve unit arranged in the fitting body , wherein the valve unit comprises an operating attachment , - an operating handle applied on the operating attachment , - a cover cap at least partially covering the valve unit and - at least one light source wherein the cover cap is made of a light-permeable material and the light source is aligned in such a way that at least one portion of the light emitted by the light source enters the cover cap so that the cover cap is perceived as a luminous body, characterised in that the cover cap comprises a recess in which the light source is arranged. - a fitting body having a water outlet. - a valve unit arranged in the fitting body , wherein the valve unit comprises an operating attachment , - an operating handle applied on the operating attachment , - a cover cap at least partially covering the valve unit and - at least one light source
Method for accessing a passenger transportation device control means comprising several separated printed circuit boards (PCB) , whereby each of these PCBs comprises a unique identifier (ID), and in which method the passenger transportation device control means comprise a matching table which is used by the passenger transportation device control means to perform a matching test to check the identifier of at least two of the PCBs and to put the passenger transportation device control means into normal operation only if their IDs match the IDs of the matching table, whereby via the connection of a service tool to the passenger transportation device control means or via a terminal of the passenger transportation device control means a key is entered into the passenger transportation device control means , characterized in that the key enables the passenger transportation device control means to be set into a fault finding mode (60 - 66), in which fault finding mode (60 - 66) the passenger transportation device control means are initiated to skip the matching test before starting operation, whereby the fault finding mode (60 - 66) is terminated at the latest when the key-based connection of the service tool with the passenger transportation device control means is terminated and/or upon entering a deactivation command into the terminal or via the service tool , and that during the fault finding mode (60 - 66) the service technician is able to change the matching table of the passenger transportation device control means via the key to include a different ID of a replacement or testing PCB .
Cooling device for cooling a light source located in an automotive luminous device, the cooling device comprising a heat sink intended to be in thermal contact with the light source, a plurality of fins in direct thermal contact with the heat sink , wherein each fin defines a fin line as the prolongation of the fin, in such a way that all the fin lines are parallel; a plurality of pins in direct thermal contact with the heat sink ; a fan arranged to make a fluid flow from an inlet of the cooling device to an outlet to the cooling device , so that the plurality of fins are nearer the inlet than the plurality of pins ; characterised in that the plurality of fins , the plurality of pins and the fan are linearly arranged; such that when the fluid is moved by the fan, it enters the inlet of the cooling device in a first direction and exits the plurality of pins in a second direction which is substantially equal to the first direction, this direction being parallel to the fin lines . a heat sink intended to be in thermal contact with the light source, a plurality of fins in direct thermal contact with the heat sink , wherein each fin defines a fin line as the prolongation of the fin, in such a way that all the fin lines are parallel; a plurality of pins in direct thermal contact with the heat sink ; a fan arranged to make a fluid flow from an inlet of the cooling device to an outlet to the cooling device , so that the plurality of fins are nearer the inlet than the plurality of pins ; characterised in that the plurality of fins , the plurality of pins and the fan are linearly arranged; such that when the fluid is moved by the fan, it enters the inlet of the cooling device in a first direction and exits the plurality of pins in a second direction which is substantially equal to the first direction, this direction being parallel to the fin lines .
A user equipment, UE, comprising: means for transmitting , to a base station , an indication indicating that Physical Uplink Shared Channel, PUSCH, transmission using two resource block sets is supported at the UE , wherein the two resource block sets are separated in frequency by at least one subcarrier which is not allocated to the UE ; means for receiving , from the base station , information for scheduling including uplink resource allocation information for indicating to the UE the two resource block sets which are allocated to the UE for the PUSCH transmission, wherein the information for scheduling is according to the indication; and means for transmitting , to the base station , a demodulation reference signal for use in demodulation of PUSCH, wherein a sequence length of the demodulation reference signal matches a transmit bandwidth which consists of the two resource block sets, and each of the two resource block sets consists of one or more consecutive resource blocks. means for transmitting , to a base station , an indication indicating that Physical Uplink Shared Channel, PUSCH, transmission using two resource block sets is supported at the UE , wherein the two resource block sets are separated in frequency by at least one subcarrier which is not allocated to the UE ; means for receiving , from the base station , information for scheduling including uplink resource allocation information for indicating to the UE the two resource block sets which are allocated to the UE for the PUSCH transmission, wherein the information for scheduling is according to the indication; and means for transmitting , to the base station , a demodulation reference signal for use in demodulation of PUSCH, wherein a sequence length of the demodulation reference signal matches a transmit bandwidth which consists of the two resource block sets, and each of the two resource block sets consists of one or more consecutive resource blocks. a sequence length of the demodulation reference signal matches a transmit bandwidth which consists of the two resource block sets, and each of the two resource block sets consists of one or more consecutive resource blocks.
Process for fastening an accessory to the interior of a blow-molded tank, said tank having a plastic wall produced from a parison , the accessory comprising a body having at least one attaching portion projecting radially from said body , the process comprising the steps of: a) introducing the accessory and the parison in a molten state into a mould so that the accessory is surrounded by the parison , said mould comprising cavities , at least one cavity being equipped with at least one movable insert configured to fold locally some of the molten parison on said attaching portion ; b) moving the mould cavities to an intermediate closing position at which the mould cavities are not pressed against one another and at which the parison contacts with said attaching portion ; c) moving forward the insert and folding locally some of the molten parison on said attaching portion ; d) closing the mould by moving the mould cavities to a final closing position at which the mould cavities are pressed against one another, and inflating the parison to form said blow-molded tank; e) moving backwards the insert ; and f) opening the mould . a) introducing the accessory and the parison in a molten state into a mould so that the accessory is surrounded by the parison , said mould comprising cavities , at least one cavity being equipped with at least one movable insert configured to fold locally some of the molten parison on said attaching portion ; b) moving the mould cavities to an intermediate closing position at which the mould cavities are not pressed against one another and at which the parison contacts with said attaching portion ; c) moving forward the insert and folding locally some of the molten parison on said attaching portion ; d) closing the mould by moving the mould cavities to a final closing position at which the mould cavities are pressed against one another, and inflating the parison to form said blow-molded tank; e) moving backwards the insert ; and f) opening the mould .
A method of collecting a nucleic acid from a biological sample, comprising the steps of: a) mixing a support comprising a water-soluble neutral polymer adsorbed on a cerium oxide surface thereof with a solution containing a nucleic acid to adsorb the nucleic acid to the support, b) separating the support on which the nucleic acid was adsorbed from the solution mixed in the step a), and c) collecting the nucleic acid by adding an eluent to the support on which the nucleic acid was adsorbed and which is separated in the step b), wherein the water-soluble neutral polymer is polyvinyl alcohol, polyethylene glycol, polyvinylpyrrolidone, poly(2-ethyl-2-oxazoline), polypropylene glycol, polyacrylamide, poly(N-isopropylacrylamide) or hydroxypropylmethylcellulose. a) mixing a support comprising a water-soluble neutral polymer adsorbed on a cerium oxide surface thereof with a solution containing a nucleic acid to adsorb the nucleic acid to the support, b) separating the support on which the nucleic acid was adsorbed from the solution mixed in the step a), and c) collecting the nucleic acid by adding an eluent to the support on which the nucleic acid was adsorbed and which is separated in the step b),
A marine seismic surveying system comprising: - a plurality of seismic receivers ; - a propelled vessel comprising a navigation control system arranged to steer the propelled vessel ; - a seismic source assembly attached to the propelled vessel with a towing line , the seismic source assembly comprising: - a float ; - a seismic source suspended from the float ; and - a source global positioning system installed on the float ; - a computer system , in communication with the navigation control system of the propelled vessel and with the global positioning system of the seismic source assembly , characterized in that the computer system is arranged to instruct the navigation control system to steer the propelled vessel in response to no other position information than position information repetitively generated by the source global positioning system to navigate the seismic source assembly to a target location, and to trigger activation of the seismic source when the seismic source is located within a pre-determined distance from the target location. - a plurality of seismic receivers ; - a propelled vessel comprising a navigation control system arranged to steer the propelled vessel ; - a seismic source assembly attached to the propelled vessel with a towing line , the seismic source assembly comprising: - a float ; - a seismic source suspended from the float ; and - a source global positioning system installed on the float ; - a float ; - a seismic source suspended from the float ; and - a source global positioning system installed on the float ; - a computer system , in communication with the navigation control system of the propelled vessel and with the global positioning system of the seismic source assembly , characterized in that the computer system is arranged to instruct the navigation control system to steer the propelled vessel in response to no other position information than position information repetitively generated by the source global positioning system to navigate the seismic source assembly to a target location, and to trigger activation of the seismic source when the seismic source is located within a pre-determined distance from the target location.
A heat-radiating substrate comprising: a metal base material ; and i) a metal thin layer formed over the metal base material , the metal thin layer having a thickness equal to or smaller than 100 μm and a hardness higher than a hardness of the metal base material; characterized by an anchor layer over the metal thin layer , wherein the anchor layer comprises fragmented particles of the ceramic layer , which are bonded to each other; and a ceramic layer over the anchor layer; or ii) a hardened layer having a thickness less than 30 μm, including the same material as the metal base material , serving as a surface layer of the metal base material and having a hardness higher than a hardness of the metal base material ; characterized by an anchor layer over the hardened layer serving as a surface layer of the metal base material , wherein the anchor layer comprises fragmented particles of the ceramic layer, which are bonded to each other; and a ceramic layer over the anchor layer i) a metal thin layer formed over the metal base material , the metal thin layer having a thickness equal to or smaller than 100 μm and a hardness higher than a hardness of the metal base material; characterized by an anchor layer over the metal thin layer , wherein the anchor layer comprises fragmented particles of the ceramic layer , which are bonded to each other; and a ceramic layer over the anchor layer; or characterized by an anchor layer over the metal thin layer , wherein the anchor layer comprises fragmented particles of the ceramic layer , which are bonded to each other; and a ceramic layer over the anchor layer; or ii) a hardened layer having a thickness less than 30 μm, including the same material as the metal base material , serving as a surface layer of the metal base material and having a hardness higher than a hardness of the metal base material ; characterized by an anchor layer over the hardened layer serving as a surface layer of the metal base material , wherein the anchor layer comprises fragmented particles of the ceramic layer, which are bonded to each other; and a ceramic layer over the anchor layer characterized by an anchor layer over the hardened layer serving as a surface layer of the metal base material , wherein the anchor layer comprises fragmented particles of the ceramic layer, which are bonded to each other; and a ceramic layer over the anchor layer
A method for managing an electrical vehicle of a fleet of vehicles, with a telematics device being capable of obtaining data from the electric vehicle and of communicating with a server , the method comprising: identifying , using the telematics device , the electric vehicle based on the data obtained from the electric vehicle , wherein said identifying comprises obtaining data from a serial network on-board the electric vehicle , comparing the data obtained from the serial network to a plurality of fingerprints stored on the telematics device to identify a matching fingerprint, wherein each of the plurality of fingerprints is stored in association with a vehicle identification instruction set, identifying a vehicle identification instruction set corresponding to the matching fingerprint, and performing the vehicle identification instruction set corresponding to the matching fingerprint to obtain a vehicle identifier for the electric vehicle ; obtaining , using the telematics device , a data definition set for the electric vehicle from the server based on the vehicle identifier for the electric vehicle ; and determining , using the telematics device and the data definition set, whether the electric vehicle is in a vehicle mode based on further data obtained from the electric vehicle , wherein the vehicle mode comprises at least one of a charging mode, a driving mode, and a parked mode. identifying , using the telematics device , the electric vehicle based on the data obtained from the electric vehicle , wherein said identifying comprises obtaining data from a serial network on-board the electric vehicle , comparing the data obtained from the serial network to a plurality of fingerprints stored on the telematics device to identify a matching fingerprint, wherein each of the plurality of fingerprints is stored in association with a vehicle identification instruction set, identifying a vehicle identification instruction set corresponding to the matching fingerprint, and performing the vehicle identification instruction set corresponding to the matching fingerprint to obtain a vehicle identifier for the electric vehicle ; obtaining , using the telematics device , a data definition set for the electric vehicle from the server based on the vehicle identifier for the electric vehicle ; and determining , using the telematics device and the data definition set, whether the electric vehicle is in a vehicle mode based on further data obtained from the electric vehicle , wherein the vehicle mode comprises at least one of a charging mode, a driving mode, and a parked mode.
Lifting surface of an aircraft, comprising a leading edge portion and a notch located in said leading edge portion , the notch comprising two walls adapted to be parallel to the direction of the incident flow to the lifting surface and a third wall adapted to face the incident flow to the lifting surface when it is in flight, the lifting surface also comprising a retractable cover element , the notch and the retractable cover element being configured such that when the retractable cover element does not cover the notch , said notch is exposed to the incident flow generating a vortex which increases the lift force of the lifting surface, delaying stall, wherein the third wall of the notch comprises a streamlined shape replicating a secondary leading edge exposed only when the retractable cover element is retracted/stowed characterised in that the retractable cover element is a retractable jacket which is movable along the leading edge portion in the spanwise direction of the lifting surface and follows the shape of the cross-section of the leading edge portion .
Androgynous coupling means exhibiting both male and female coupling sections , wherein the androgynous coupling means is configured for form fit coupling with at least one further of said , androgynous coupling means , exhibiting geometrically respective male and female coupling sections based on axial interlocking between the male and female coupling sections , wherein the male coupling sections exhibit at least one lateral locking contour configured for form fit with at least one blocking element based on radial interlocking, wherein the respective lateral locking contour faces in a radial direction, especially in a radial direction outwards, wherein within the respective lateral locking contour, the male coupling sections exhibit at least one radial recess providing a radial cavity for arranging or radially accommodating, in a coupled state, the at least one blocking element, especially at least one ball, wherein in the coupled state, the radial recess is configured for fixing the at least one blocking element based on form fit within the radial cavity such that the androgynous coupling means is fixed in an axial relative position with respect to the corresponding androgynous coupling means, characterised in that the the at least one blocking element is configured to be actuated in radial direction based on axial actuation of a positioning element engaging the at least one blocking element when actuated in the axial direction, wherein the radial recess is arranged such that, based on axial relative motion of at least two rings of a ring-in-ring-arrangement of a plurality of axially guiding rings, the at least one blocking element can be radially positioned and fixed by axial relative motion of the positioning element in form of a positioning ring of the at least two rings, especially a positioning ring with a conical or wedge-shaped geometry, and wherein, by retracting the positioning ring in the axial direction, the at least one blocking element can be unblocked