mhurhangee/patent-ind-claim-en huggingface dataset:
A data tracking method performed in an edge cloud environment including a plurality of edge nodes each communicating with an end device and a central cloud, the data tracking method comprising: receiving, by a first edge node, data from the end device, creating a tracing history for the data to transmit to the central cloud, and generating a copy of the data to distribute to at least one edge node determined according to a predetermined data distribution policy obtained by the central cloud; receiving, by the at least one edge node, the copy of the data and creating a tracing history for the copy of the data to transmit to the central cloud; receiving, by the central cloud, the tracing histories for the copy of the data and verifying linkability of the tracing histories created by the first edge node and the at least one edge node to store the tracing histories; and analyzing, by the central cloud, stored tracing histories to provide a data tracking function based on the stored tracing histories, wherein the predetermined data distribution policy comprises a policy for selecting the at least one edge node in which the copy of the date is to be stored in consideration of at least one of storage spaces, activation states, and data processing speeds of the edge nodes. receiving, by a first edge node, data from the end device, creating a tracing history for the data to transmit to the central cloud, and generating a copy of the data to distribute to at least one edge node determined according to a predetermined data distribution policy obtained by the central cloud; receiving, by the at least one edge node, the copy of the data and creating a tracing history for the copy of the data to transmit to the central cloud; receiving, by the central cloud, the tracing histories for the copy of the data and verifying linkability of the tracing histories created by the first edge node and the at least one edge node to store the tracing histories; and analyzing, by the central cloud, stored tracing histories to provide a data tracking function based on the stored tracing histories, wherein the predetermined data distribution policy comprises a policy for selecting the at least one edge node in which the copy of the date is to be stored in consideration of at least one of storage spaces, activation states, and data processing speeds of the edge nodes.
A method comprising: receiving, at a server , location information relating to a first remote apparatus and another remote apparatus ; determining, at the server and using the received location information, that the first remote apparatus and the another remote apparatus are proximal to each other; updating, at the server , access rights within a network service to enable the user of the another remote apparatus to access content associated with the user of the first remote apparatus responsive to determining, by the server , that the first remote apparatus and the another remote apparatus are proximal to each other. receiving, at a server , location information relating to a first remote apparatus and another remote apparatus ; determining, at the server and using the received location information, that the first remote apparatus and the another remote apparatus are proximal to each other; updating, at the server , access rights within a network service to enable the user of the another remote apparatus to access content associated with the user of the first remote apparatus responsive to determining, by the server , that the first remote apparatus and the another remote apparatus are proximal to each other.
Carrier for an LED , having a main body , wherein the carrier has an upper side , on which at least one contact area for attaching an LED is arranged, wherein the contact area for attaching the LED has a stack construction having at least one gold layer and one tin layer, wherein the heights of the at least one gold layer and of the at least one tin layer are chosen such that a ratio of gold to tin of between 75:25 and 85:15 is obtained in the stack construction, wherein a protective apparatus for protecting an LED attached to the carrier from electrostatic discharges is integrated into the main body , wherein the carrier has metallic areas for electrical contact with the LED , which are arranged on the main body and extend from an upper side of the main body to a lower side of the main body , wherein the metallic areas have a layer structure having silver, nickel and gold.
A method for producing lamination stacks comprising the steps of: pushing a metal strip into a blanking station ; and blanking said metal strip in said blanking station to produce a first blanked lamination by means of a press ; moving said first blanked lamination in a direction transverse to the direction of supply of said metal strip into a gluing station , outside said blanking station ; pushing said metal strip into said blanking station ; and setting said first lamination in an area for collection and formation of lamination stacks; said method being characterized in that it comprises the steps of blanking said metal strip in said blanking station to produce a second blanked lamination and simultaneously spraying the glue on at least one area provided on said first blanked lamination; using said press that comprises at the centre a punch and alongside the latter two glue dispensers and ; locating underneath the punch the blanking station , where the metal strip to be blanked" is positioned; positioning corresponding to the two glue dispensers and , two respective slots and for collection of the laminations and formation of the lamination stack .
A crane system comprising: a skid assembly having an operator base and a plurality of outrigger assemblies coupled to the operator base that support and lift the operator base from a first elevation to a second elevation; a jib crane coupled to the skid assembly , the jib crane having a pillar assembly coupled to the skid assembly , and a boom assembly coupled to the pillar assembly ; characterized by a first camera coupled to the pillar assembly , and a second camera coupled to the boom assembly . a skid assembly having an operator base and a plurality of outrigger assemblies coupled to the operator base that support and lift the operator base from a first elevation to a second elevation; a jib crane coupled to the skid assembly , the jib crane having a pillar assembly coupled to the skid assembly , and a boom assembly coupled to the pillar assembly ; characterized by a first camera coupled to the pillar assembly , and a second camera coupled to the boom assembly .
Timepiece mobile component with a unidirectional wheel , arranged to rotate in only one direction in cooperation with a ratchet wheel which is movable inside a ratchet wheel chamber , said mobile component including at least one click arranged to be attached to rotate integrally with said unidirectional wheel , characterized in that said click forms a one-piece component including at least one spring-arm , at the end of which, on a first side, at least one beak is arranged to cooperate directly with the toothing of a said ratchet wheel in an operating position wherein said spring-arm is free, and on a second side, at least a first hook is arranged to cooperate with a second hook of complementary shape and which includes said one-piece click , in a rest position wherein said spring-arm is in an extended position, the elasticity of said spring-arm allowing said first hook to be hooked or unhooked with respect to said second hook by the action of a user or of a manipulator, either by maximum elongation of said spring-arm along a length greater than that of said extended position, or by the tilting of said end , or both by maximum elongation of said spring-arm and the tilting of said end .
An access point , configured to: send a first connection request to a first controller (106-1, 306-1) corresponding to a first zone (104-1, 204-1, 304-1) being a primary zone of a network; receive (224-1), from the first controller (106-1, 306-1) in response to the first connection request, a notification comprising configuration data for a second controller (106-2, 306-2) corresponding to a second zone (104-2, 204-2, 304-2) being a secondary zone, wherein the first controller (106-1, 306-1) and the second controller (106-2, 306-2) are different controllers; receive (226-1), from the first controller (106-1, 306-1), configuration data for a first virtual access point corresponding to the first zone (104-1, 204-1, 304-1); start (226-2) the first virtual access point based on the configuration data received from the first controller (106-1, 306-1); send , a second connection request to the second controller (106-2, 306-2); receive , from the second controller (106-2, 306-2) in response to the second connection request, configuration data for a second virtual access point corresponding to the second zone (104-2, 204-1, 304-2); and start the second virtual access point based on the configuration data received from the second controller (106-1, 306-1). send a first connection request to a first controller (106-1, 306-1) corresponding to a first zone (104-1, 204-1, 304-1) being a primary zone of a network; receive (224-1), from the first controller (106-1, 306-1) in response to the first connection request, a notification comprising configuration data for a second controller (106-2, 306-2) corresponding to a second zone (104-2, 204-2, 304-2) being a secondary zone, wherein the first controller (106-1, 306-1) and the second controller (106-2, 306-2) are different controllers; receive (226-1), from the first controller (106-1, 306-1), configuration data for a first virtual access point corresponding to the first zone (104-1, 204-1, 304-1); start (226-2) the first virtual access point based on the configuration data received from the first controller (106-1, 306-1); send , a second connection request to the second controller (106-2, 306-2); receive , from the second controller (106-2, 306-2) in response to the second connection request, configuration data for a second virtual access point corresponding to the second zone (104-2, 204-1, 304-2); and start the second virtual access point based on the configuration data received from the second controller (106-1, 306-1).
Method for assembling a rack-and-pinion steering gear of a rack-and-pinion steering system which comprises a pinion shaft connected to a steering shaft , which pinion shaft comprises a steering pinion which is in engagement with a rack for pivoting steerable wheels , and wherein the rack-and-pinion steering system comprises an electric motor which drives the pinion shaft via a reduction gear , characterized in that the steering shaft , the pinion shaft with the steering pinion and the reduction gear form a collective arrangement which is accommodated in a steering gear housing , wherein the pinion shaft comprises, between the steering pinion and an end remote from the steering shaft, a narrowed portion whose diameter is smaller than that of the steering pinion , wherein the following method steps are provided: a) introducing the pinion shaft into a housing opening, provided for the same, of the steering gear housing , specifically such that the region of the narrowed portion of the pinion shaft is situated at the level of the rack to be inserted b) introducing the rack into the housing opening, provided for the same, of the steering gear housing , wherein the rack is pushed past the narrowed portion of the pinion shaft into a setpoint position c) moving the pinion shaft further into the steering gear housing as far as an end position, such that a toothing region of the rack enters into engagement with the toothing of the steering pinion . a) introducing the pinion shaft into a housing opening, provided for the same, of the steering gear housing , specifically such that the region of the narrowed portion of the pinion shaft is situated at the level of the rack to be inserted b) introducing the rack into the housing opening, provided for the same, of the steering gear housing , wherein the rack is pushed past the narrowed portion of the pinion shaft into a setpoint position c) moving the pinion shaft further into the steering gear housing as far as an end position, such that a toothing region of the rack enters into engagement with the toothing of the steering pinion .
Multilayer structure intended to be inserted in an identification document, the multilayer structure comprising: - at least one first layer at least partially opaque forming a data area , the first layer comprising at least one through opening integrally confined by the at least partially opaque material of the first layer , and - a second layer at least partially transparent extending at least partially on the data area and into the through opening , the second layer comprising a part extending beyond the first layer and forming an edge part , the second layer comprising at least one element forming a security element, the security element being present and/or visible on and/or in the edge part and through the through opening of the first layer . - at least one first layer at least partially opaque forming a data area , the first layer comprising at least one through opening integrally confined by the at least partially opaque material of the first layer , and - a second layer at least partially transparent extending at least partially on the data area and into the through opening , the second layer comprising a part extending beyond the first layer and forming an edge part ,
A device for bending a spinal rod comprising: a fixed die ; a moving die spaced apart from the fixed die to receive the spinal rod between the fixed die and moving die ; a first elongated handle supporting the fixed die ; a second elongated handle supporting the moving die and pivotably engaged to the first handle to pivot the moving die relative to the fixed die , each die having a surface contacting the spinal rod and configured to impart a bend to the spinal rod upon pivoting of said moving die ; and characterised by further comprising an angle gauge positioned between said first and second elongated handles , said angle gauge configured for initially supporting said second elongated handle relative to said first elongated handle in one of a plurality of pre-determined angular positions, said angle gauge further rotatable about an outer surface of said fixed die ; a clamp mounted to said one of said first and second elongated handles and configured to engage the spinal rod with the rod in position between the fixed and moving dies ; and a dial associated with said clamp and configured to rotate said clamp about the longitudinal axis of the spinal rod to a pre-determined angular orientation. a fixed die ; a moving die spaced apart from the fixed die to receive the spinal rod between the fixed die and moving die ; a first elongated handle supporting the fixed die ; a second elongated handle supporting the moving die and pivotably engaged to the first handle to pivot the moving die relative to the fixed die , each die having a surface contacting the spinal rod and configured to impart a bend to the spinal rod upon pivoting of said moving die ; and characterised by further comprising an angle gauge positioned between said first and second elongated handles , said angle gauge configured for initially supporting said second elongated handle relative to said first elongated handle in one of a plurality of pre-determined angular positions, said angle gauge further rotatable about an outer surface of said fixed die ; a clamp mounted to said one of said first and second elongated handles and configured to engage the spinal rod with the rod in position between the fixed and moving dies ; and a dial associated with said clamp and configured to rotate said clamp about the longitudinal axis of the spinal rod to a pre-determined angular orientation.
A grounded socket for insulation fault location in an ungrounded power supply system including insulation monitoring by a standard insulation monitoring device superimposing a measuring voltage (U m ) on the ungrounded power supply system for determining an insulation resistance (Rf) of the ungrounded power supply system , the grounded socket comprising a housing having electrical contacts , a signaling device for signaling an insulation state, and a current measuring device for detecting and evaluating a differential current (I d , I dm , I df ), the current measuring device having a measuring current transformer and evaluating electronics , characterized in that the current measuring device is configured for high-resolution detection and evaluation of a measuring current (I m ) driven by the measuring voltage (U m ) as a differential measuring current (I d , I dm ) and for detection and evaluation of a fault current (If) flowing at a network frequency of the ungrounded power supply system as a differential fault current (I d , I df ). the grounded socket comprising a housing having electrical contacts , a signaling device for signaling an insulation state, and a current measuring device for detecting and evaluating a differential current (I d , I dm , I df ), the current measuring device having a measuring current transformer and evaluating electronics , characterized in that the current measuring device is configured for high-resolution detection and evaluation of a measuring current (I m ) driven by the measuring voltage (U m ) as a differential measuring current (I d , I dm ) and for detection and evaluation of a fault current (If) flowing at a network frequency of the ungrounded power supply system as a differential fault current (I d , I df ).
A method for generating a request injection file for an IT infrastructure test , said IT infrastructure test including an execution of the requests from the injection file in order to measure the performance of the IT infrastructure based on the results of execution of these requests, the method for generating a request injection file including the following steps of: - reading (S20) a test configuration file , by a processing unit, including at least one definition of at least one test scenario, said configuration file including at least one test parameter for each scenario, the at least one test parameter corresponding to a duration-request variable allowing to calculate a variable waiting duration after a request by subtracting an actual duration of the request from the value of the duration-request variable; - initializing (S21) the request injection file from a base file including markers, and having a format adapted to an injection device with fields to fill in; - calculating (S23) at least one test variable for each test scenario of the configuration file , from the at least one test parameter for each scenario, said test variable allowing the injection device to clock the requests sent to the IT infrastructure ; - a step of substituting at least one marker of the base file initializing the request injection file with the calculated test variable, and - generating (S25), when all the test scenarios have been considered, the request injection file , by a scheduling module , said request injection file including a plurality of requests to the IT infrastructure from at least said at least one calculated test variable. - reading (S20) a test configuration file , by a processing unit, including at least one definition of at least one test scenario, said configuration file including at least one test parameter for each scenario, the at least one test parameter corresponding to a duration-request variable allowing to calculate a variable waiting duration after a request by subtracting an actual duration of the request from the value of the duration-request variable; - initializing (S21) the request injection file from a base file including markers, and having a format adapted to an injection device with fields to fill in; - calculating (S23) at least one test variable for each test scenario of the configuration file , from the at least one test parameter for each scenario, said test variable allowing the injection device to clock the requests sent to the IT infrastructure ; - a step of substituting at least one marker of the base file initializing the request injection file with the calculated test variable, and - generating (S25), when all the test scenarios have been considered, the request injection file , by a scheduling module , said request injection file including a plurality of requests to the IT infrastructure from at least said at least one calculated test variable.
A binding machine comprising: a wire feeding unit configured to feed a wire (W); a cutting unit configured to cut the wire wound on an object; a binding unit configured to twist the wire wound on the object and cut by the cutting unit ; at least one motor configured to drive one or more of the wire feeding unit, the cutting unit and the binding unit; and a control unit configured to limit a current (Va) flowing through the motor , in response to a battery voltage of a battery, in a section in which a large amount of current flows through the motor, as compared with a section in which a small amount of current flows through the motor, while the current flows from the battery to the motor; whereby the control unit is configured to limit the current flowing through the motor , based on a magnitude between a motor current value (Va) flowing through the motor and a current limit threshold value (Vr), characterized in that the current limit threshold value (Vr) is lowered or increased based on the number of times of the series of binding operations counted by the control unit after a reel replacement and initialization operation, wherein the current limit threshold value (Vr) is low until a predetermined number of times of the series of binding operations and is high after the predetermined number of times of the series of binding operations. a wire feeding unit configured to feed a wire (W); a cutting unit configured to cut the wire wound on an object; a binding unit configured to twist the wire wound on the object and cut by the cutting unit ; at least one motor configured to drive one or more of the wire feeding unit, the cutting unit and the binding unit; and a control unit configured to limit a current (Va) flowing through the motor , in response to a battery voltage of a battery, in a section in which a large amount of current flows through the motor, as compared with a section in which a small amount of current flows through the motor, while the current flows from the battery to the motor; whereby the control unit is configured to limit the current flowing through the motor , based on a magnitude between a motor current value (Va) flowing through the motor and a current limit threshold value (Vr), characterized in that the current limit threshold value (Vr) is lowered or increased based on the number of times of the series of binding operations counted by the control unit after a reel replacement and initialization operation, wherein the current limit threshold value (Vr) is low until a predetermined number of times of the series of binding operations and is high after the predetermined number of times of the series of binding operations.
Use of a chambered multi-wall sheet of plastics that is obtained by extrusion and has a total thickness of less than 2mm as food packaging for fish , wherein the chambered multi-wall sheet constitutes a plate-like semi-rigid support for the food, and there is provided a cover that is covering the food and is held on the support.