mhurhangee/ep-ind-claims huggingface dataset:
A method of service monitoring, comprising the steps of: receiving (54, 104) a service monitoring request to perform service monitoring of at least one service, and of at least one sub-service associated with the service, in a terminal, wherein for the or each service to be monitored the method comprises the steps of: monitoring (56, 108, 114, 128,118, 120, 122, 124, 126) terminal operational information; recording (58, 112, 132, 140, 144, 148, 156) at least one value for a service monitoring metric and a sub-service monitoring metric derived from the terminal operational information; and sending (60, 116, 136, 142, 146, 152, 160) one or more service monitoring reports in respect of a service, wherein service monitoring metric values and sub-service monitoring metric values within the or each service monitoring report are relationally organised reflecting the association between the sub-service and the service. receiving (54, 104) a service monitoring request to perform service monitoring of at least one service, and of at least one sub-service associated with the service, in a terminal, wherein for the or each service to be monitored the method comprises the steps of: monitoring (56, 108, 114, 128,118, 120, 122, 124, 126) terminal operational information; recording (58, 112, 132, 140, 144, 148, 156) at least one value for a service monitoring metric and a sub-service monitoring metric derived from the terminal operational information; and sending (60, 116, 136, 142, 146, 152, 160) one or more service monitoring reports in respect of a service, wherein service monitoring metric values and sub-service monitoring metric values within the or each service monitoring report are relationally organised reflecting the association between the sub-service and the service. monitoring (56, 108, 114, 128,118, 120, 122, 124, 126) terminal operational information; recording (58, 112, 132, 140, 144, 148, 156) at least one value for a service monitoring metric and a sub-service monitoring metric derived from the terminal operational information; and sending (60, 116, 136, 142, 146, 152, 160) one or more service monitoring reports in respect of a service, wherein service monitoring metric values and sub-service monitoring metric values within the or each service monitoring report are relationally organised reflecting the association between the sub-service and the service.
A screening machine having bi-directional airflow for superfine powder, comprising: a casing; a screen drum is disposed in a middle part of an inner cavity of the casing; an opening of the screen drum is arranged on a bottom of the screen drum and communicates with an upper opening of a funnel; the funnel is disposed beneath the casing; the inner cavity of the casing communicates with an external induced draft fan via a negative pressure chamber disposed on an upper part of the casing; a rotary air spray pipe comprising a transverse pipe and a vertical pipe is arranged in a space between the screen drum and the casing; the rotary air spray pipe is in the shape of the Chinese character "men"; a middle part of the transverse pipe is connected via a transmission with a drive motor; a blast pipe is arranged vertically in a middle part of the screen drum; an air outlet of the blast pipe passes through the screen drum and is connected to the middle part of the transverse pipe of the rotary air spray pipe; the air outlet of the blast pipe is in rolling connection with the transverse pipe via a rolling bearing; an air inlet of the blast pipe stretches outside a sidewall of the funnel and communicates to an blast orifice of an external blast blower; a feed pipe is arranged inside the screen drum; a feed outlet of the feed pipe is arranged beneath a buffering umbrella; and a feed inlet of the feed pipe stretches outside the sidewall of the funnel. a casing; a screen drum is disposed in a middle part of an inner cavity of the casing; an opening of the screen drum is arranged on a bottom of the screen drum and communicates with an upper opening of a funnel; the funnel is disposed beneath the casing; the inner cavity of the casing communicates with an external induced draft fan via a negative pressure chamber disposed on an upper part of the casing; a rotary air spray pipe comprising a transverse pipe and a vertical pipe is arranged in a space between the screen drum and the casing; the rotary air spray pipe is in the shape of the Chinese character "men"; a middle part of the transverse pipe is connected via a transmission with a drive motor; a blast pipe is arranged vertically in a middle part of the screen drum; an air outlet of the blast pipe passes through the screen drum and is connected to the middle part of the transverse pipe of the rotary air spray pipe; the air outlet of the blast pipe is in rolling connection with the transverse pipe via a rolling bearing; an air inlet of the blast pipe stretches outside a sidewall of the funnel and communicates to an blast orifice of an external blast blower; a feed pipe is arranged inside the screen drum; a feed outlet of the feed pipe is arranged beneath a buffering umbrella; and a feed inlet of the feed pipe stretches outside the sidewall of the funnel.
A controller of a head unit in a vehicle, the controller configured to: communicate with a smartphone via a near-field communication protocol; receive information regarding a current operation or a current environment of the vehicle; determine whether or how to control operation of an application software, hereinafter abbreviated by app, based on the current operation or the current environment of the vehicle, wherein the controller is configured to determine whether or how to control operation of the app by determining a type of app, wherein the type of app comprises whether the app is controllable by the controller in order to reduce distraction to a driver of the vehicle; and control execution of the app by: in response to determining that the app is controllable by the controller in order to reduce distraction to the driver of the vehicle, cause modification of at least one aspect of the execution of the app while maintaining execution of the app; and in response to determining that the app is not controllable by the controller in order to reduce distraction to the driver of the vehicle, cause the halting of execution of the app or change display of the app to a background of a display, wherein the app comprises a software application downloaded from a server to the smartphone. communicate with a smartphone via a near-field communication protocol; receive information regarding a current operation or a current environment of the vehicle; determine whether or how to control operation of an application software, hereinafter abbreviated by app, based on the current operation or the current environment of the vehicle, wherein the controller is configured to determine whether or how to control operation of the app by determining a type of app, wherein the type of app comprises whether the app is controllable by the controller in order to reduce distraction to a driver of the vehicle; and control execution of the app by: in response to determining that the app is controllable by the controller in order to reduce distraction to the driver of the vehicle, cause modification of at least one aspect of the execution of the app while maintaining execution of the app; and in response to determining that the app is not controllable by the controller in order to reduce distraction to the driver of the vehicle, cause the halting of execution of the app or change display of the app to a background of a display, in response to determining that the app is controllable by the controller in order to reduce distraction to the driver of the vehicle, cause modification of at least one aspect of the execution of the app while maintaining execution of the app; and in response to determining that the app is not controllable by the controller in order to reduce distraction to the driver of the vehicle, cause the halting of execution of the app or change display of the app to a background of a display, wherein the app comprises a software application downloaded from a server to the smartphone.
An impedance measuring apparatus, comprising: one or more capacitors configured to receive an induced signal determined by an impedance of a measurement target; a switch; a controller configured to output a control signal to turn on the switch in response to a voltage value of the induced signal being included in a threshold range, and to output the control signal to turn off the switch in response to the voltage value of the induced signal being out of the threshold range, the controller comprising a comparator (217, 219) configured to receive a first threshold voltage value and a second threshold voltage value to define the voltage value of the induced signal and the threshold range, and compare the voltage value of the induced signal to each of the first threshold voltage value and the second threshold voltage value; and a signal processor configured to perform signal processing on a capacitor voltage signal transferred from a node to which the switch and the one or more capacitors are connected, wherein the switch is configured to determine whether to set a voltage value of the capacitor voltage signal output from the one or more capacitors to be a reference voltage value based on the control signal, wherein a first terminal of the switch is connected to the one or more capacitors, and a second terminal of the switch is connected to a terminal configured to provide the reference voltage value. one or more capacitors configured to receive an induced signal determined by an impedance of a measurement target; a switch; a controller configured to output a control signal to turn on the switch in response to a voltage value of the induced signal being included in a threshold range, and to output the control signal to turn off the switch in response to the voltage value of the induced signal being out of the threshold range, the controller comprising a comparator (217, 219) configured to receive a first threshold voltage value and a second threshold voltage value to define the voltage value of the induced signal and the threshold range, and compare the voltage value of the induced signal to each of the first threshold voltage value and the second threshold voltage value; and a signal processor configured to perform signal processing on a capacitor voltage signal transferred from a node to which the switch and the one or more capacitors are connected, wherein the switch is configured to determine whether to set a voltage value of the capacitor voltage signal output from the one or more capacitors to be a reference voltage value based on the control signal, wherein a first terminal of the switch is connected to the one or more capacitors, and a second terminal of the switch is connected to a terminal configured to provide the reference voltage value.
A method comprising: receiving, by a wireless device in a radio resource control, RRC, inactive state from a base station, a timer value of a small data transmission, SDT, timer for transitioning the wireless device to an RRC idle state; based on initiating an SDT procedure to transmit or receive SDT data in the RRC inactive state: transmitting, by the wireless device to the base station, an RRC resume request message; and starting the SDT timer for transitioning the wireless device to the RRC idle state; and while the SDT timer is running and during the SDT procedure: transmitting, by the wireless device to the base station, a request to restart the SDT timer; and receiving, from the base station and during the SDT procedure, a parameter indicating to restart the SDT timer. receiving, by a wireless device in a radio resource control, RRC, inactive state from a base station, a timer value of a small data transmission, SDT, timer for transitioning the wireless device to an RRC idle state; based on initiating an SDT procedure to transmit or receive SDT data in the RRC inactive state: transmitting, by the wireless device to the base station, an RRC resume request message; and starting the SDT timer for transitioning the wireless device to the RRC idle state; and transmitting, by the wireless device to the base station, an RRC resume request message; and starting the SDT timer for transitioning the wireless device to the RRC idle state; and while the SDT timer is running and during the SDT procedure: transmitting, by the wireless device to the base station, a request to restart the SDT timer; and receiving, from the base station and during the SDT procedure, a parameter indicating to restart the SDT timer. transmitting, by the wireless device to the base station, a request to restart the SDT timer; and receiving, from the base station and during the SDT procedure, a parameter indicating to restart the SDT timer.
A communication method of a terminal, the method comprising: transmitting, to a profile provision server, an initial authentication message including a first challenge value for authentication of the profile provision server; receiving, from the profile provision server, an initial authentication response message including a first data and a first signature value, wherein the first data includes the first challenge value and a second challenge value for authentication of the terminal, and the first signature value is computed over the first data; verifying the first signature value; generating a second data including the second challenge value and profile mapping information, and computing a second signature value over the second data; transmitting, to the profile provision server, an authentication client message including the second data and the second signature value; receiving, from the profile provision server, an authentication client response message including unencrypted information related to a profile and information indicating whether a confirmation code is required for the profile; receiving, via a user interface, a confirmation code based on the unencrypted information related to the profile in case that the information indicates the confirmation code is required; transmitting, to the profile provision server, a profile download request message including the confirmation code; and receiving, from the profile provision server, a profile download response message including an encrypted profile data in response to the profile download request message. transmitting, to a profile provision server, an initial authentication message including a first challenge value for authentication of the profile provision server; receiving, from the profile provision server, an initial authentication response message including a first data and a first signature value, wherein the first data includes the first challenge value and a second challenge value for authentication of the terminal, and the first signature value is computed over the first data; verifying the first signature value; generating a second data including the second challenge value and profile mapping information, and computing a second signature value over the second data; transmitting, to the profile provision server, an authentication client message including the second data and the second signature value; receiving, from the profile provision server, an authentication client response message including unencrypted information related to a profile and information indicating whether a confirmation code is required for the profile; receiving, via a user interface, a confirmation code based on the unencrypted information related to the profile in case that the information indicates the confirmation code is required; transmitting, to the profile provision server, a profile download request message including the confirmation code; and receiving, from the profile provision server, a profile download response message including an encrypted profile data in response to the profile download request message.
A display device, comprising: a body with a display on the front side; a stand fastened to the body and having a length; at least one speaker provided on at least one side of the body; and a controller configured to change the quality of sound output through the at least one speaker, characterized in that the display device further comprises a contact sensor provided at a bottom of the stand of the display device, wherein the contact sensor comprises: a hole opening downward; a main body moving along the hole; and an elastic body positioned in the hole and capable of pressing the main body downward; wherein the controller is configured to control the sound output of the at least one speaker with a predetermined value based on the length of the stand when the main body is fully received in the hole. a body with a display on the front side; a stand fastened to the body and having a length; at least one speaker provided on at least one side of the body; and a controller configured to change the quality of sound output through the at least one speaker, characterized in that the display device further comprises a contact sensor provided at a bottom of the stand of the display device, wherein the contact sensor comprises: a hole opening downward; a main body moving along the hole; and an elastic body positioned in the hole and capable of pressing the main body downward; wherein the controller is configured to control the sound output of the at least one speaker with a predetermined value based on the length of the stand when the main body is fully received in the hole. a hole opening downward; a main body moving along the hole; and an elastic body positioned in the hole and capable of pressing the main body downward; wherein the controller is configured to control the sound output of the at least one speaker with a predetermined value based on the length of the stand when the main body is fully received in the hole.
A head tube for a cycle, the head tube being a tubular profile and comprising an inner wall defining a central bore, the central bore forming a first passageway to receive a headset comprising bearings for a front fork steering tube of the cycle, the head tube further comprising an outer wall, characterised in that the outer wall defines a plurality of arcuate slots concentric to the central bore, each arcuate slot forming a second passageway to receive a cable such as a brake cable, gear change cable, or electrical cable or the like, the head tube further comprising at least one partition connecting the inner wall to the outer wall and disposed between two neighbouring ones of said second passageways.
A piston for an internal combustion engine, comprising: an upper crown constructed as a monolithic piece of a first material having a thermal conductivity within a range of about 7 to 25 W/m-K, said upper crown having an upper combustion surface with a combustion bowl recessed therein and an upper land depending therefrom, said upper land having at least one annular ring groove configured for receipt of a piston ring; and a lower crown welded directly to said upper crown, said lower crown having a pair of pin bosses providing a pair of laterally spaced, axially aligned pin bores, characterized by said lower crown being constructed of a low grade steel alloy material having a thermal conductivity higher than said first material of said upper crown, wherein the upper crown is constructed of 600 series stainless steel having between about 15 to 18 wt% chromium and a thermal conductivity of about 13 W/m-K or Titanium having a thermal conductivity of approximately 7.8 W/m-K. an upper crown constructed as a monolithic piece of a first material having a thermal conductivity within a range of about 7 to 25 W/m-K, said upper crown having an upper combustion surface with a combustion bowl recessed therein and an upper land depending therefrom, said upper land having at least one annular ring groove configured for receipt of a piston ring; and a lower crown welded directly to said upper crown, said lower crown having a pair of pin bosses providing a pair of laterally spaced, axially aligned pin bores, characterized by said lower crown being constructed of a low grade steel alloy material having a thermal conductivity higher than said first material of said upper crown, wherein the upper crown is constructed of 600 series stainless steel having between about 15 to 18 wt% chromium and a thermal conductivity of about 13 W/m-K or Titanium having a thermal conductivity of approximately 7.8 W/m-K.
An endograft comprising a proximal end and a distal end, the endograft comprising a tube of biocompatible material, the tube comprising: a main lumen extending longitudinally from a proximal end to a distal end, the main lumen including a proximal portion, an intermediate portion and a distal portion; a branch lumen within the intermediate portion of the main lumen; and a seam, the seam extending longitudinally beside both the branch lumen and the distal portion of the main lumen, wherein the tube comprises a lateral cross-section defining a tubular wall, wherein a portion of the tubular wall is pinched together by the seam to form an internal branch portion. a main lumen extending longitudinally from a proximal end to a distal end, the main lumen including a proximal portion, an intermediate portion and a distal portion; a branch lumen within the intermediate portion of the main lumen; and a seam, the seam extending longitudinally beside both the branch lumen and the distal portion of the main lumen, wherein the tube comprises a lateral cross-section defining a tubular wall, wherein a portion of the tubular wall is pinched together by the seam to form an internal branch portion.
A method for predicting at least one eye gazing parameter of a person wearing visual equipment, comprising steps of: measuring data of at least two individuals wearing visual equipment, said data comprising at least head motion parameters and eye gazing parameters of said individuals; measuring head motion parameters of said person in real-life conditions; said method being characterized in that it further comprises: automatically comparing, by using a processing apparatus, said head motion parameters of said person with said head motion parameters of said at least two individuals; and automatically predicting, by using said processing apparatus, said at least one eye gazing parameter of said person at least on the basis of the results of said comparing step and of said eye gazing parameters of said at least two individuals. measuring data of at least two individuals wearing visual equipment, said data comprising at least head motion parameters and eye gazing parameters of said individuals; measuring head motion parameters of said person in real-life conditions; said method being characterized in that it further comprises: automatically comparing, by using a processing apparatus, said head motion parameters of said person with said head motion parameters of said at least two individuals; and automatically predicting, by using said processing apparatus, said at least one eye gazing parameter of said person at least on the basis of the results of said comparing step and of said eye gazing parameters of said at least two individuals. automatically comparing, by using a processing apparatus, said head motion parameters of said person with said head motion parameters of said at least two individuals; and automatically predicting, by using said processing apparatus, said at least one eye gazing parameter of said person at least on the basis of the results of said comparing step and of said eye gazing parameters of said at least two individuals.