mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining whether a user equipment is a narrow band internet of things user equipment, wherein only one hybrid automatic repeat request process is used for data communication between the user equipment and a network element; determining whether a hybrid automatic repeat request round trip time timer expires; if the user equipment is a narrow band internet of things user equipment and the hybrid automatic repeat request round trip time timer expires, starting or restarting a discontinuous reception inactivity timer; receiving, by the user equipment, a control channel message or generating, by the network element, a control channel message; determining whether the control channel message indicates a new transmission; and characterized in that if the user equipment is a narrow band internet of things user equipment and the control channel message indicates a new transmission, forbidding to start or restart the discontinuous reception inactivity timer. determining whether a user equipment is a narrow band internet of things user equipment, wherein only one hybrid automatic repeat request process is used for data communication between the user equipment and a network element; determining whether a hybrid automatic repeat request round trip time timer expires; if the user equipment is a narrow band internet of things user equipment and the hybrid automatic repeat request round trip time timer expires, starting or restarting a discontinuous reception inactivity timer; receiving, by the user equipment, a control channel message or generating, by the network element, a control channel message; determining whether the control channel message indicates a new transmission; and characterized in that if the user equipment is a narrow band internet of things user equipment and the control channel message indicates a new transmission, forbidding to start or restart the discontinuous reception inactivity timer.
Method for securing a remote command for manoeuvring an automotive vehicle by means of a mobile terminal, including the following steps: - initiating a remote command for manoeuvring the automotive vehicle by a user via the mobile terminal; - verifying that the user is in sight of the automotive vehicle by means of the mobile terminal; - if the outcome of the verification is positive and shows that the user is in sight of the automotive vehicle, said remote command for manoeuvring the automotive vehicle is executed, otherwise said command is inhibited, characterized in that the verification that the user is in sight of the automotive vehicle by means of the mobile terminal includes the following steps: - randomly generating a sequence of visual signals, said sequence of visual signals being produced by the automotive vehicle by virtue of visual signalling means that are controlled by a control unit, and recording a result representing the sequence of visual signals produced; - the user entering a perceived representation of the sequence of visual signals produced by the automotive vehicle into the mobile terminal; - comparing the result representing the sequence of visual signals produced with the result representing the sequence of visual signals entered; - if the results representing the sequence of visual signals produced and entered are identical, said remote command for manoeuvring the automotive vehicle is executed, otherwise said command is inhibited. - initiating a remote command for manoeuvring the automotive vehicle by a user via the mobile terminal; - verifying that the user is in sight of the automotive vehicle by means of the mobile terminal; - if the outcome of the verification is positive and shows that the user is in sight of the automotive vehicle, said remote command for manoeuvring the automotive vehicle is executed, otherwise said command is inhibited, - randomly generating a sequence of visual signals, said sequence of visual signals being produced by the automotive vehicle by virtue of visual signalling means that are controlled by a control unit, and recording a result representing the sequence of visual signals produced; - the user entering a perceived representation of the sequence of visual signals produced by the automotive vehicle into the mobile terminal; - comparing the result representing the sequence of visual signals produced with the result representing the sequence of visual signals entered; - if the results representing the sequence of visual signals produced and entered are identical, said remote command for manoeuvring the automotive vehicle is executed, otherwise said command is inhibited.
An electronic device comprising: a battery; a first sensor configured to generate a movement signal corresponding to a user movement; a second sensor configured to physically contact the user to generate a user bio-signal; a processor configured to determine a user sleeping state using the generated movement signal and the generated user bio-signal in each of time periods, and determine an operation state of another electronic device based on the determined sleeping state in respective time periods; and a communicator configured to transmit a control command corresponding to the determined operation state to the another electronic device; wherein the second sensor comprises a heartbeat sensor configured to measure a heartbeat of the user, and the heartbeat sensor is a sensor configured to emit light to generate a photoplethysmography, PPG, signal; wherein the processor is configured to control the heartbeat sensor to emit the light periodically; and characterised in that the periodic light emission time is adjusted by the processor corresponding to the battery charging state of the electronic device. a battery; a first sensor configured to generate a movement signal corresponding to a user movement; a second sensor configured to physically contact the user to generate a user bio-signal; a processor configured to determine a user sleeping state using the generated movement signal and the generated user bio-signal in each of time periods, and determine an operation state of another electronic device based on the determined sleeping state in respective time periods; and a communicator configured to transmit a control command corresponding to the determined operation state to the another electronic device; wherein the second sensor comprises a heartbeat sensor configured to measure a heartbeat of the user, and the heartbeat sensor is a sensor configured to emit light to generate a photoplethysmography, PPG, signal; wherein the processor is configured to control the heartbeat sensor to emit the light periodically; and characterised in that the periodic light emission time is adjusted by the processor corresponding to the battery charging state of the electronic device.
A headset for a mobile electronic device, comprising: a neck loop with at least one electrical connector attached thereto and an electronic unit mechanically and electrically coupled directly to the electrical connector and attached directly to the neck loop, two in-ear earphones, two cords, each of the cords being connected at one end to one of the in-ear earphones and at the other end to the electrical connector; wherein the two cords are mechanically connected to the neck loop and points of connection of the cords to the neck loop are in close proximity to each other and form a dorsal cord connection node; wherein at least one cord, in its portions between the dorsal cord connection node and the electrical connector, is an integral part of the neck loop; and the two cords between the in-ear earphones and the dorsal cord connection node are mechanically connected to each other by a clip and form a suboccipital cord connection node; wherein the clip is adapted to move along the cords and to fix the cords at a distance of 5 to 13 cm from the dorsal cord connection node; wherein the headset in an operational position, when the neck loop is worn around the neck of a user and the in-ear earphones are plugged into the user's ears, the dorsal cord connection node is disposed on the lower dorsal surface of the neck, the suboccipital cord connection node is disposed on the upper of the dorsal surface of the neck, the two cords in their portions between the in-ear earphones and the suboccipital cord connection node are disposed on the surface of the head and placed over an auricle. a neck loop with at least one electrical connector attached thereto and an electronic unit mechanically and electrically coupled directly to the electrical connector and attached directly to the neck loop, two in-ear earphones, two cords, each of the cords being connected at one end to one of the in-ear earphones and at the other end to the electrical connector; wherein the two cords are mechanically connected to the neck loop and points of connection of the cords to the neck loop are in close proximity to each other and form a dorsal cord connection node; wherein at least one cord, in its portions between the dorsal cord connection node and the electrical connector, is an integral part of the neck loop; and the two cords between the in-ear earphones and the dorsal cord connection node are mechanically connected to each other by a clip and form a suboccipital cord connection node; wherein the clip is adapted to move along the cords and to fix the cords at a distance of 5 to 13 cm from the dorsal cord connection node; wherein the headset in an operational position, when the neck loop is worn around the neck of a user and the in-ear earphones are plugged into the user's ears, the dorsal cord connection node is disposed on the lower dorsal surface of the neck, the suboccipital cord connection node is disposed on the upper of the dorsal surface of the neck, the two cords in their portions between the in-ear earphones and the suboccipital cord connection node are disposed on the surface of the head and placed over an auricle.
A composite manufacturing system comprising: a tool for forming a composite structure, the tool comprising: cured composite planks running parallel to each other, wherein the cured composite planks are pre-cured structures used to form the tool; and layers of flexible material positioned between and bonded to the cured composite planks; and a vacuum bag surrounding the tool and configured to apply pressure to the tool. a tool for forming a composite structure, the tool comprising: cured composite planks running parallel to each other, wherein the cured composite planks are pre-cured structures used to form the tool; and layers of flexible material positioned between and bonded to the cured composite planks; and cured composite planks running parallel to each other, wherein the cured composite planks are pre-cured structures used to form the tool; and layers of flexible material positioned between and bonded to the cured composite planks; and a vacuum bag surrounding the tool and configured to apply pressure to the tool.
An electronic device comprising: a display; a communication circuit; a memory configured to store instructions; and at least one processor, that upon executing the stored instructions, configured to: determine whether the electronic device is connected to a home network via the communication circuit; in response to a determination that the electronic device is not connected to the home network, cause the display to display a first visual indication of a lack of connection; in response to a determination that the electronic device is connected to the home network, cause the communication circuit to search for at least one other device connected to the home network; and in response to a result of the search, cause the display to display a second visual indication of whether the at least one other device connected to the home network is discovered; wherein, if the second visual indication is touched, the at least one processor is further configured to cause the display to display a list of the discovered at least one other device. a display; a communication circuit; a memory configured to store instructions; and at least one processor, that upon executing the stored instructions, configured to: determine whether the electronic device is connected to a home network via the communication circuit; in response to a determination that the electronic device is not connected to the home network, cause the display to display a first visual indication of a lack of connection; in response to a determination that the electronic device is connected to the home network, cause the communication circuit to search for at least one other device connected to the home network; and in response to a result of the search, cause the display to display a second visual indication of whether the at least one other device connected to the home network is discovered; wherein, if the second visual indication is touched, the at least one processor is further configured to cause the display to display a list of the discovered at least one other device. determine whether the electronic device is connected to a home network via the communication circuit; in response to a determination that the electronic device is not connected to the home network, cause the display to display a first visual indication of a lack of connection; in response to a determination that the electronic device is connected to the home network, cause the communication circuit to search for at least one other device connected to the home network; and in response to a result of the search, cause the display to display a second visual indication of whether the at least one other device connected to the home network is discovered; wherein, if the second visual indication is touched, the at least one processor is further configured to cause the display to display a list of the discovered at least one other device.
A spinal implant system comprising: at least one interbody implant comprising a first member including a tissue engaging surface and at least one mating element, a second member including a tissue engaging surface and at least one mating element and an intermediate member including at least one mating element; and an intra-operative surgical tool connectable with at least one of the members to engage adjacent mating elements and fix the intermediate member with at least one of the first member and the second member, wherein the surgical tool includes a first part defining a cavity configured for disposal of the first member and a second part defining a cavity configured for disposal of the second member such that the parts compress the members (14, 16, 18) into mating engagement. at least one interbody implant comprising a first member including a tissue engaging surface and at least one mating element, a second member including a tissue engaging surface and at least one mating element and an intermediate member including at least one mating element; and an intra-operative surgical tool connectable with at least one of the members to engage adjacent mating elements and fix the intermediate member with at least one of the first member and the second member, wherein the surgical tool includes a first part defining a cavity configured for disposal of the first member and a second part defining a cavity configured for disposal of the second member such that the parts compress the members (14, 16, 18) into mating engagement.
A surgical end effector (12; 2012) for use with a surgical instrument (10; 1000), the surgical end effector comprising: an elongate channel (22; 2022) having a proximal end and a distal end; a firing element configured to selectively translate between said proximal end of said elongate channel and said distal end of said elongate channel upon application of a driving motion thereto; and a resistive member (152; 2152) supported for moving contact by said firing element as said firing element is driven from said proximal end to said distal end of said elongate channel such that said resistive member generates output signals indicative of positions of said firing element within said elongate channel. an elongate channel (22; 2022) having a proximal end and a distal end; a firing element configured to selectively translate between said proximal end of said elongate channel and said distal end of said elongate channel upon application of a driving motion thereto; and a resistive member (152; 2152) supported for moving contact by said firing element as said firing element is driven from said proximal end to said distal end of said elongate channel such that said resistive member generates output signals indicative of positions of said firing element within said elongate channel.
A hood for a convertible vehicle, said hood being displaceable between a position uncovering a passenger compartment and a position covering said passenger compartment, said hood comprising a respective drive means (9, 11) and a respective connecting means (21, 25) on either vehicle side to move said hood, the hood movement being synchronised by means of the mechanical connecting means (21, 25) cooperating with the drive means (9, 11), characterised in that the connecting means (21, 25) is arranged in or at an element (12, 13) of the hood spanning the vehicle width.
A method of reporting energy usage status by a networked device comprising: pre-storing a set of power usage data in a non-volatile memory located within the networked device for later retrieval; wherein the set of power usage data comprises at least one power usage data points representing power that would be used in different operating conditions of the networked device; receiving a request for energy usage status from a network; retrieving the set of power usage data from the non-volatile memory located within the networked device, the power usage data having been pre-stored in the non-volatile memory in advance of providing the networked device to an end user; calculating by the networked device a best estimate of the energy usage status based on the set of power usage data retrieved from the non-volatile memory and operating conditions data of the networked device; and sending the best estimate of the energy usage status by the networked device over the network as a reply to the energy usage status request. pre-storing a set of power usage data in a non-volatile memory located within the networked device for later retrieval; wherein the set of power usage data comprises at least one power usage data points representing power that would be used in different operating conditions of the networked device; receiving a request for energy usage status from a network; retrieving the set of power usage data from the non-volatile memory located within the networked device, the power usage data having been pre-stored in the non-volatile memory in advance of providing the networked device to an end user; calculating by the networked device a best estimate of the energy usage status based on the set of power usage data retrieved from the non-volatile memory and operating conditions data of the networked device; and sending the best estimate of the energy usage status by the networked device over the network as a reply to the energy usage status request.
An apparatus for thermal management of a composite repair, the apparatus comprising: a plurality of thermocouples arranged in a two-dimensional thermocouple array, the plurality of thermocouples being fixed in the thermocouple array at spaced relative positions, the thermocouple array being attachable to a composite structure and being dimensioned to cover over a repair area on the composite structure; at least one array target on the thermocouple array; a photogrammetric scanner system that is operable to optically scan the composite structure, the thermocouple array attached to the composite structure and the array target on the thermocouple array; a control system communicating with the plurality of thermocouples in the thermocouple array and receiving temperature information from a thermocouple of the plurality of thermocouples, the control system also communicating with the photogrammetric scanner system and receiving information scanned by the photogrammetric scanner system; and, an optical projection system in communication with the control system, the optical projection system being operable by the control system to project to a thermocouple position in the thermocouple array an identification of the thermocouple and information on the thermocouple real time temperature. a plurality of thermocouples arranged in a two-dimensional thermocouple array, the plurality of thermocouples being fixed in the thermocouple array at spaced relative positions, the thermocouple array being attachable to a composite structure and being dimensioned to cover over a repair area on the composite structure; at least one array target on the thermocouple array; a photogrammetric scanner system that is operable to optically scan the composite structure, the thermocouple array attached to the composite structure and the array target on the thermocouple array; a control system communicating with the plurality of thermocouples in the thermocouple array and receiving temperature information from a thermocouple of the plurality of thermocouples, the control system also communicating with the photogrammetric scanner system and receiving information scanned by the photogrammetric scanner system; and, an optical projection system in communication with the control system, the optical projection system being operable by the control system to project to a thermocouple position in the thermocouple array an identification of the thermocouple and information on the thermocouple real time temperature.
A resonant pressure sensor comprising: a first substrate (210; 310) including a diaphragm (212; 312) and at least one projection (220; 320) disposed on the diaphragm (212; 312); and at least one resonator (211; 311) disposed in the first substrate (210; 310), at least a part of the resonator (211; 311) being included in the projection (220; 320), and the resonator (211; 311) being disposed between a top of the projection (220; 320) and an intermediate level (218; 318) of the first substrate (210; 310), characterized in that the first substrate (210; 310) is an SOI substrate that includes a silicon substrate, a superficial silicon layer and a silicon dioxide layer (209; 309) disposed between the silicon substrate and the superficial silicon layer, the intermediate level (218; 318) of the first substrate (210; 310) is positioned in the silicon substrate, and the resonator (211; 311) is disposed in the projection (220; 320) included in the superficial silicon layer. a first substrate (210; 310) including a diaphragm (212; 312) and at least one projection (220; 320) disposed on the diaphragm (212; 312); and at least one resonator (211; 311) disposed in the first substrate (210; 310), at least a part of the resonator (211; 311) being included in the projection (220; 320), and the resonator (211; 311) being disposed between a top of the projection (220; 320) and an intermediate level (218; 318) of the first substrate (210; 310), characterized in that the first substrate (210; 310) is an SOI substrate that includes a silicon substrate, a superficial silicon layer and a silicon dioxide layer (209; 309) disposed between the silicon substrate and the superficial silicon layer, the intermediate level (218; 318) of the first substrate (210; 310) is positioned in the silicon substrate, and the resonator (211; 311) is disposed in the projection (220; 320) included in the superficial silicon layer.