mhurhangee/patent-ind-claim-en huggingface dataset:
A brake control system, comprising: a servo valve configured to receive a hydraulic fluid and provide the hydraulic fluid to apply braking force to a wheel via a hydraulic line; and a brake control unit in electronic communication with the servo valve; characterised in that the brake control unit is configured to: calibrate the servo valve; determine whether a calibration of the servo valve was successful; in response to the calibration of the servo valve being successful, operate the servo valve in an open-loop system; and in response to the calibration of the servo valve being unsuccessful, operate the servo valve in a closed-loop system. a servo valve configured to receive a hydraulic fluid and provide the hydraulic fluid to apply braking force to a wheel via a hydraulic line; and a brake control unit in electronic communication with the servo valve; characterised in that the brake control unit is configured to: calibrate the servo valve; determine whether a calibration of the servo valve was successful; in response to the calibration of the servo valve being successful, operate the servo valve in an open-loop system; and in response to the calibration of the servo valve being unsuccessful, operate the servo valve in a closed-loop system. calibrate the servo valve; determine whether a calibration of the servo valve was successful; in response to the calibration of the servo valve being successful, operate the servo valve in an open-loop system; and in response to the calibration of the servo valve being unsuccessful, operate the servo valve in a closed-loop system.
A method for producing an additively manufactured object, comprising melting and solidifying a filler metal to linearly form weld beads and depositing the weld beads adjoining each other, thereby forming a weld-bead layer , and repeatedly depositing a next weld-bead layer on the formed weld-bead layer to conduct additive manufacturing, the method comprising a bead formation step of forming a new weld bead so as to fill a recess formed by at least three of the already formed weld beads , in a cross-section perpendicular to a longitudinal direction of the weld beads , characterized in that the method further comprises detecting a profile of portions around the recess by a profile detection sensor ; and estimating a bead size of the new weld bead to fill up the recess by use of the detected profile detection data on the recess by a control unit , wherein in the bead formation step, the new weld bead having the estimated bead size is formed in the recess . the method comprising a bead formation step of forming a new weld bead so as to fill a recess formed by at least three of the already formed weld beads , in a cross-section perpendicular to a longitudinal direction of the weld beads , characterized in that the method further comprises detecting a profile of portions around the recess by a profile detection sensor ; and estimating a bead size of the new weld bead to fill up the recess by use of the detected profile detection data on the recess by a control unit , wherein in the bead formation step, the new weld bead having the estimated bead size is formed in the recess .
A method of preparing, at a key management system (1 02, 202), an application key owned by an application owner for installation in a remote device , the method comprising: requesting, from the application owner , a remote device public key from the key management system (1 02, 202); sending the remote device public key to the application owner by the key management system (1 02, 202), the remote device public key corresponding to a remote device private key stored on and specific to the remote device; receiving, by the key management system from the application owner , an encrypted application key for an application associated with the application owner , the encrypted application key being encrypted with the remote device public key; processing, by the key management system , the received encrypted application key with a symmetric remote device key, wherein the symmetric remote device key is specific to and stored on the remote device , wherein the processing comprises adding or associating an application policy and/or identifier for the respective application to the encrypted application key, and sending the processed application key to the application owner for further transfer to the remote device requesting, from the application owner , a remote device public key from the key management system (1 02, 202); sending the remote device public key to the application owner by the key management system (1 02, 202), the remote device public key corresponding to a remote device private key stored on and specific to the remote device; receiving, by the key management system from the application owner , an encrypted application key for an application associated with the application owner , the encrypted application key being encrypted with the remote device public key; processing, by the key management system , the received encrypted application key with a symmetric remote device key, wherein the symmetric remote device key is specific to and stored on the remote device , wherein the processing comprises adding or associating an application policy and/or identifier for the respective application to the encrypted application key, and sending the processed application key to the application owner for further transfer to the remote device
An apparatus having a communications payload , a controller , a rectenna , electrically-powered thrusters , and a superpressure balloon , wherein: the superpressure balloon is a sealed, plastic cell, filled with gas lighter than air, the internal pressure of the gas is kept at a greater value than ambient pressure to ensure buoyancy, without significant change in volume; the superpressure balloon being operatively coupled to and adapted to suspend the payload , the controller , the rectenna and the electrically-powered thrusters at a predetermined altitude; the predetermined altitude is about 25km; the rectenna is adapted to receive energy wirelessly transmitted from the ground and to produce electricity to power the electrically-powered thrusters, the controller, and the payload; the electrically-powered thrusters are adapted to provide a force suitable to counter winds associated with the predetermined altitude; the controller is functionally associated with the payload and adapted to control the electrically-powered thrusters to maintain the apparatus in geosynchronous position above the earth, and to activate and/or deactivate specific thrusters so as to change course and speed to achieve the desired position; and each of the electrically-powered thrusters comprises a thin wire , an electrically conductive sheet and an additional wire , the thin wire and the additional wire are arranged on opposite sides of the sheet , to enable propulsion in either forward or reverse direction. the superpressure balloon is a sealed, plastic cell, filled with gas lighter than air, the internal pressure of the gas is kept at a greater value than ambient pressure to ensure buoyancy, without significant change in volume; the superpressure balloon being operatively coupled to and adapted to suspend the payload , the controller , the rectenna and the electrically-powered thrusters at a predetermined altitude; the predetermined altitude is about 25km; the rectenna is adapted to receive energy wirelessly transmitted from the ground and to produce electricity to power the electrically-powered thrusters, the controller, and the payload; the electrically-powered thrusters are adapted to provide a force suitable to counter winds associated with the predetermined altitude; the controller is functionally associated with the payload and adapted to control the electrically-powered thrusters to maintain the apparatus in geosynchronous position above the earth, and to activate and/or deactivate specific thrusters so as to change course and speed to achieve the desired position; and each of the electrically-powered thrusters comprises a thin wire , an electrically conductive sheet and an additional wire , the thin wire and the additional wire are arranged on opposite sides of the sheet , to enable propulsion in either forward or reverse direction.
A frame load-bearing structure , preferably a chassis, for a commercial vehicle, preferably a lorry, having - at least one receiving container with at least one commercial vehicle component, namely a battery, - two longitudinal carrier structures , - at least one rear axle (HA) for the commercial vehicle, and - an end crossmember which is arranged behind the rear axle (HA), - the receiving container being arranged behind the rear axle (HA), characterized in that - the frame load-bearing structure is provided with a crash protection structure which protects the receiving container against an impact, and the crash protection structure comprises a crossmember element (4.1) which extends in the transverse direction (Q) of the frame load-bearing structure , runs behind the receiving container , and is arranged at least in sections below the level of the end crossmember , and - the end crossmember is provided with two side arm structures which are connected to the two longitudinal carrier structures and act as an extension of the longitudinal carrier structures , and the end crossmember , the side arm structures and the crash protection structure form one structural unit. - at least one receiving container with at least one commercial vehicle component, namely a battery, - two longitudinal carrier structures , - at least one rear axle (HA) for the commercial vehicle, and - an end crossmember which is arranged behind the rear axle (HA), - the receiving container being arranged behind the rear axle (HA), - the frame load-bearing structure is provided with a crash protection structure which protects the receiving container against an impact, and the crash protection structure comprises a crossmember element (4.1) which extends in the transverse direction (Q) of the frame load-bearing structure , runs behind the receiving container , and is arranged at least in sections below the level of the end crossmember , and - the end crossmember is provided with two side arm structures which are connected to the two longitudinal carrier structures and act as an extension of the longitudinal carrier structures , and the end crossmember , the side arm structures and the crash protection structure form one structural unit.
A communication device configured to operate as a base station (AP1), the communication device comprising: a determination unit configured to determine a communication status in a basic service set, BSS, of the communication device; and a control unit configured to control transmission and reception of a signal regarding connection change of a terminal to and from a surrounding base station according to the communication status, wherein: the control unit is configured to control transmission of an inquiry signal inquiring of the surrounding base station availability of acceptance of a subordinate terminal (STA3); the determination unit is configured to determine presence of a small number of terminals each having a first parameter falling outside a distribution of entire subordinate terminals, the first parameter representing an index of communication quality of the terminal; and the control unit is configured to control transmission of the inquiry signal inquiring of the surrounding base station availability of acceptance of the small number of terminals. a determination unit configured to determine a communication status in a basic service set, BSS, of the communication device; and a control unit configured to control transmission and reception of a signal regarding connection change of a terminal to and from a surrounding base station according to the communication status, wherein: the control unit is configured to control transmission of an inquiry signal inquiring of the surrounding base station availability of acceptance of a subordinate terminal (STA3); the determination unit is configured to determine presence of a small number of terminals each having a first parameter falling outside a distribution of entire subordinate terminals, the first parameter representing an index of communication quality of the terminal; and the control unit is configured to control transmission of the inquiry signal inquiring of the surrounding base station availability of acceptance of the small number of terminals. the control unit is configured to control transmission of an inquiry signal inquiring of the surrounding base station availability of acceptance of a subordinate terminal (STA3); the determination unit is configured to determine presence of a small number of terminals each having a first parameter falling outside a distribution of entire subordinate terminals, the first parameter representing an index of communication quality of the terminal; and the control unit is configured to control transmission of the inquiry signal inquiring of the surrounding base station availability of acceptance of the small number of terminals.
A method comprising: brominating a butanes feed stream comprising i -butane in a bromination reactor to form a bromination effluent stream comprising t -butyl bromide and unreacted i -butane; and separating the butanes from the bromination effluent stream to form a brominated compound stream; isomerizing at least a portion of the n -butane to form an isomerization effluent comprising i -butane and n -butane; feeding the i -butane and the n -butane of the isomerization effluent to the bromination reactor; and dehydrobrominating the t -butyl bromide to form isobutylene and HBr, wherein the dehydrobromination is performed non-catalytically or in the presence of a silica-based catalyst. brominating a butanes feed stream comprising i -butane in a bromination reactor to form a bromination effluent stream comprising t -butyl bromide and unreacted i -butane; and separating the butanes from the bromination effluent stream to form a brominated compound stream; isomerizing at least a portion of the n -butane to form an isomerization effluent comprising i -butane and n -butane; feeding the i -butane and the n -butane of the isomerization effluent to the bromination reactor; and dehydrobrominating the t -butyl bromide to form isobutylene and HBr, wherein the dehydrobromination is performed non-catalytically or in the presence of a silica-based catalyst.
A method of manufacturing a working area for a root canal instrument , comprising the steps: - providing a strand made of a nickel-titanium alloy, - cutting the strand to a blank size of the working area , - forming a tip in the working area , - heat-treating the working area at a temperature of 400 to 430° C for 25 to 40 minutes, - quenching the heat-treated working area to room temperature; and - producing the final geometry of the working area , wherein the nickel-titanium alloy contains exclusively nickel and titanium as metal components. - providing a strand made of a nickel-titanium alloy, - cutting the strand to a blank size of the working area , - forming a tip in the working area , - heat-treating the working area at a temperature of 400 to 430° C for 25 to 40 minutes, - quenching the heat-treated working area to room temperature; and - producing the final geometry of the working area ,
A method for specifying a media access control, MAC, address, comprising: binding a first MAC address to a network interface of a mobile computing device ; determining a first network address linked with the first MAC address; determining a socket connection linked with the first network address for at least one application executing on the mobile computing device ; determining a second MAC address based upon a first event trigger; binding the second MAC address to the network interface; determining a second network address linked with the second MAC address; upon expiration of a migration timer, closing each socket connection linked with the first network address for each at least one application connected with the first network address; determining, for each application connected with each socket connection, a socket connection linked with the second network address; and releasing the first MAC address and the first network address from the network interface of the mobile computing device . binding a first MAC address to a network interface of a mobile computing device ; determining a first network address linked with the first MAC address; determining a socket connection linked with the first network address for at least one application executing on the mobile computing device ; determining a second MAC address based upon a first event trigger; binding the second MAC address to the network interface; determining a second network address linked with the second MAC address; upon expiration of a migration timer, closing each socket connection linked with the first network address for each at least one application connected with the first network address; determining, for each application connected with each socket connection, a socket connection linked with the second network address; and releasing the first MAC address and the first network address from the network interface of the mobile computing device .
An information processing apparatus comprising: first processing means for performing a setting for performing encrypted communication on the information processing apparatus in response to a command based on a device management service defined in the ONVIF standard; second processing means for performing a setting for performing encrypted communication on the information processing apparatus in response to a command based on a advanced security service defined in the ONVIF standard; wherein the command based on the advanced security service is independent of the command based on the device management service; and transmitting means for transmitting information indicating that the setting for performing the encrypted communication is made in response to the command based on the device management service to an external apparatus if the command based on the advanced security service is received from the external apparatus after the first processing means performs the setting for performing the encrypted communication on the information processing apparatus in response to the command based on the device management service. first processing means for performing a setting for performing encrypted communication on the information processing apparatus in response to a command based on a device management service defined in the ONVIF standard; second processing means for performing a setting for performing encrypted communication on the information processing apparatus in response to a command based on a advanced security service defined in the ONVIF standard; wherein the command based on the advanced security service is independent of the command based on the device management service; and transmitting means for transmitting information indicating that the setting for performing the encrypted communication is made in response to the command based on the device management service to an external apparatus if the command based on the advanced security service is received from the external apparatus after the first processing means performs the setting for performing the encrypted communication on the information processing apparatus in response to the command based on the device management service.
A system for joining biological elements, comprising: a plate defining a first longitudinal side and comprising: a first portion including a first staple holding element ; and a second portion including a second staple holding element and at least one dowel hole and defining a second lateral width measured from the first longitudinal side that is wider than a first lateral width of the first portion; the system being characterized in that it comprises at least one dowel extending from the at least one dowel hole configured for insertion into a corresponding dowel channel to contact both a first biological element and a second biological element, wherein the at least one dowel extends longitudinally toward the first portion and laterally across a midline of the second lateral width of the second portion. a plate defining a first longitudinal side and comprising: a first portion including a first staple holding element ; and a second portion including a second staple holding element and at least one dowel hole and defining a second lateral width measured from the first longitudinal side that is wider than a first lateral width of the first portion; a first portion including a first staple holding element ; and a second portion including a second staple holding element and at least one dowel hole and defining a second lateral width measured from the first longitudinal side that is wider than a first lateral width of the first portion; the system being characterized in that it comprises at least one dowel extending from the at least one dowel hole configured for insertion into a corresponding dowel channel to contact both a first biological element and a second biological element, wherein the at least one dowel extends longitudinally toward the first portion and laterally across a midline of the second lateral width of the second portion.
A method comprising: a) obtaining user view orientation metadata for a 360 degree video stream that includes data for a plurality of viewports, the user view orientation metadata comprising a predictive probability of a viewport change; b) pre-fetching data corresponding to one or more high-resolution frames for a particular viewport of the plurality of viewports determined by the user view orientation metadata, the pre-fetching step comprising applying a first threshold to the predictive probability to determine the particular viewport of the plurality of viewports; c) pre-fetching data corresponding to one or more intermediate-resolution frames when the predictive probability exceeds a second threshold; and d) displaying the one or more high-resolution frames, wherein the one or more high resolution frames are characterized by a higher resolution than for remaining viewports of the plurality of viewports. a) obtaining user view orientation metadata for a 360 degree video stream that includes data for a plurality of viewports, the user view orientation metadata comprising a predictive probability of a viewport change; b) pre-fetching data corresponding to one or more high-resolution frames for a particular viewport of the plurality of viewports determined by the user view orientation metadata, the pre-fetching step comprising applying a first threshold to the predictive probability to determine the particular viewport of the plurality of viewports; c) pre-fetching data corresponding to one or more intermediate-resolution frames when the predictive probability exceeds a second threshold; and d) displaying the one or more high-resolution frames, wherein the one or more high resolution frames are characterized by a higher resolution than for remaining viewports of the plurality of viewports.