mhurhangee/ep-ind-claims huggingface dataset:
Tribological system comprising a main body and a sandwich lubrication, wherein the sandwich lubrication has - a binder-containing solid-state lubricant layer comprising a solid-state lubricant and - a lubricating agent layer comprising a lubricating agent, wherein the binder-containing solid-state lubricant layer and the lubricating agent layer exist as separate layers on the main body, wherein the lubricating agent comprises lithium soap, characterized in that the binder comprises polyamideimide. - a binder-containing solid-state lubricant layer comprising a solid-state lubricant and - a lubricating agent layer comprising a lubricating agent,
A communication channel configured to operatively couple a system control unit of an X-ray imaging system to an X-ray tube of an X-ray source assembly of the X-ray imaging system, the communication channel comprising: a first authentication module associated with the system control unit); a second authentication module associated with the X-ray tube; a first connector configured to couple to the system control unit; and a second connector configured to couple to the X-ray tube; wherein the system control unit is configured to transmit a challenge to the first authentication module and receive a response to the challenge transmitted by the first authentication module; wherein the system control unit is configured to authenticate the X-ray tube by transmitting a challenge to the second authentication module and receive a response to the challenge transmitted by the second authentication module. a first authentication module associated with the system control unit); a second authentication module associated with the X-ray tube; a first connector configured to couple to the system control unit; and a second connector configured to couple to the X-ray tube; wherein the system control unit is configured to transmit a challenge to the first authentication module and receive a response to the challenge transmitted by the first authentication module; wherein the system control unit is configured to authenticate the X-ray tube by transmitting a challenge to the second authentication module and receive a response to the challenge transmitted by the second authentication module.
A blood circulation system that can be connected to a human body, and is configured to transfer removed blood to the human body via a blood transfer pump, the system comprising: the blood transfer pump; a blood removal line configured to allow removed blood to flow to the blood transfer pump; a blood transfer line configured to transfer blood, which is sent from the blood transfer pump, to the human body; blood removal rate measurement means that is provided in the blood removal line; and a control unit, wherein, according to a blood removal rate parameter measured by the blood removal rate measurement means, the control unit is configured to control a blood transfer rate of the blood transfer pump such that the transfer rate of blood flowing through the blood transfer line is in a specific range with respect to the removal rate of blood flowing through the blood removal line. the blood transfer pump; a blood removal line configured to allow removed blood to flow to the blood transfer pump; a blood transfer line configured to transfer blood, which is sent from the blood transfer pump, to the human body; blood removal rate measurement means that is provided in the blood removal line; and a control unit, wherein, according to a blood removal rate parameter measured by the blood removal rate measurement means, the control unit is configured to control a blood transfer rate of the blood transfer pump such that the transfer rate of blood flowing through the blood transfer line is in a specific range with respect to the removal rate of blood flowing through the blood removal line.
A viewer (100, 300) for authenticity determination comprising: a polarized light separation layer containing a layer of a cholesteric material; and a phase difference layer disposed on one side of the polarized light separation layer, the phase difference layer having reverse wavelength dispersion property, wherein the viewer (100, 300) is used for observing an identification medium containing a reflective material that contains a layer of a cholesteric material and that has a reflection wavelength region in which a reflectivity is 40% or more with respect to incident unpolarized light, and the polarized light separation layer of the viewer (100, 300) has a reflection wavelength region in which a reflectivity is 40% or more with respect to incident unpolarized light, and a part or all of the reflection wavelength region of the polarized light separation layer of the viewer (100, 300) and all of the reflection wavelength region of the reflective material of the identification medium overlap with each other. the viewer (100, 300) is used for observing an identification medium containing a reflective material that contains a layer of a cholesteric material and that has a reflection wavelength region in which a reflectivity is 40% or more with respect to incident unpolarized light, and the polarized light separation layer of the viewer (100, 300) has a reflection wavelength region in which a reflectivity is 40% or more with respect to incident unpolarized light, and a part or all of the reflection wavelength region of the polarized light separation layer of the viewer (100, 300) and all of the reflection wavelength region of the reflective material of the identification medium overlap with each other.
A track unit for a vehicle, comprising a track, a chassis, a drive sprocket, multiple guide wheels (3,4), and one or more bogies (5,6), said bogies comprising at least two pairs of wheels, the wheels of each pair being mounted on either side of a longitudinal portion of the bogie arranged along a longitudinal axis of the bogie, wherein the wheels of each pair are mounted on a transversal axle portion, said axle portion being rotatable about said longitudinal axis, with respect to said longitudinal portion, characterized in that each pair of wheels is mounted on a separate axle portion and said longitudinal portion is rotatable about a transversal axis extending between two pairs of wheels of the bogie.
A control apparatus for an aircraft that responds to a target moving in the air, the control apparatus comprising: an acquisition unit configured to acquire target information including information indicating a position of the target, and flying object information including information indicating a position of a flying object launched from a launch facility toward the target; the control apparatus being characterized in that it further comprises: a calculation unit configured to calculate a no-fly zone where a flight of the aircraft is forbidden, corresponding to a course of the flying object heading for the target based on the target information and the flying object information that have been acquired by the acquisition unit; and a transmission unit configured to transmit the no-fly zone calculated by the calculation unit to the aircraft, in order for the no-fly zone to be displayed on a display apparatus mounted in the aircraft together with a positional relationship between the aircraft and the target, wherein the no-fly zone is a predetermined zone including a straight line indicating the course of the flying object heading for the target and/or a position where the flying object reaches the target. an acquisition unit configured to acquire target information including information indicating a position of the target, and flying object information including information indicating a position of a flying object launched from a launch facility toward the target; the control apparatus being characterized in that it further comprises: a calculation unit configured to calculate a no-fly zone where a flight of the aircraft is forbidden, corresponding to a course of the flying object heading for the target based on the target information and the flying object information that have been acquired by the acquisition unit; and a transmission unit configured to transmit the no-fly zone calculated by the calculation unit to the aircraft, in order for the no-fly zone to be displayed on a display apparatus mounted in the aircraft together with a positional relationship between the aircraft and the target, wherein the no-fly zone is a predetermined zone including a straight line indicating the course of the flying object heading for the target and/or a position where the flying object reaches the target. a calculation unit configured to calculate a no-fly zone where a flight of the aircraft is forbidden, corresponding to a course of the flying object heading for the target based on the target information and the flying object information that have been acquired by the acquisition unit; and a transmission unit configured to transmit the no-fly zone calculated by the calculation unit to the aircraft, in order for the no-fly zone to be displayed on a display apparatus mounted in the aircraft together with a positional relationship between the aircraft and the target, wherein the no-fly zone is a predetermined zone including a straight line indicating the course of the flying object heading for the target and/or a position where the flying object reaches the target.
A voice recognition method applied in a voice recognition device, the voice recognition device is connected to other voice recognition devices and a voice recognition control device through a network, wherein the voice recognition device is arranged in equipment to be controlled, the method comprising: publishing, by the voice recognition device, a list of supported voice commands and/or a list of instructions corresponding to the supported voice commands, in the network; receiving, by the voice recognition device, an acquired voice command; and when the acquired voice command is supported, executing, by the voice recognition device an instruction corresponding to the acquired voice command; when the acquired voice command is not supported, forwarding, by the voice recognition device, the acquired voice command or the instruction corresponding to the acquired voice command, to another voice recognition device through the network. publishing, by the voice recognition device, a list of supported voice commands and/or a list of instructions corresponding to the supported voice commands, in the network; receiving, by the voice recognition device, an acquired voice command; and when the acquired voice command is supported, executing, by the voice recognition device an instruction corresponding to the acquired voice command; when the acquired voice command is not supported, forwarding, by the voice recognition device, the acquired voice command or the instruction corresponding to the acquired voice command, to another voice recognition device through the network.
A method of compensating coordinates of an electronic pen in a digitizer, the method comprising: producing by the electronic pen a first magnetic field having a central axis; producing by the electronic pen at least one second magnetic field (424, 426), wherein the at least one second magnetic field has a different central axis from the central axis of the first magnetic field determining by a controller the coordinates corresponding to the first magnetic field; when the first magnetic field and the at least one second magnetic field are detected by a pad, the electronic pen is considered to be inclined relative to a surface of the pad and a compensation value to the coordinates of the detected first magnetic field is applied by the controller. producing by the electronic pen a first magnetic field having a central axis; producing by the electronic pen at least one second magnetic field (424, 426), wherein the at least one second magnetic field has a different central axis from the central axis of the first magnetic field determining by a controller the coordinates corresponding to the first magnetic field; when the first magnetic field and the at least one second magnetic field are detected by a pad, the electronic pen is considered to be inclined relative to a surface of the pad and a compensation value to the coordinates of the detected first magnetic field is applied by the controller.
A method for registering a 1st device-to-device, D2D, communication device in a server, the method comprising: transmitting, by the 1st D2D communication device, digital signature information of the 1st D2D communication device to a mobile terminal via D2D communication; receiving, by the 1st D2D communication device, when the digital signature information is successfully authenticated in the server, server public encryption information, from the mobile terminal via D2D communication; and transmitting, by the 1st D2D communication device, device information of the 1st D2D communication device, which is encrypted using the server public encryption information, to the server for registration of the 1st D2D communication device by the server. transmitting, by the 1st D2D communication device, digital signature information of the 1st D2D communication device to a mobile terminal via D2D communication; receiving, by the 1st D2D communication device, when the digital signature information is successfully authenticated in the server, server public encryption information, from the mobile terminal via D2D communication; and transmitting, by the 1st D2D communication device, device information of the 1st D2D communication device, which is encrypted using the server public encryption information, to the server for registration of the 1st D2D communication device by the server.
Locking cap for a container that has a neck, said cap being intended to block a stopper in the neck of the container and comprising: - an outer body, - a cage which is designed to fit into and lock axially in the outer body and is intended to surround a collar of the neck of the container in a locked position of the cap; the cage comprising: - an upper ring against which the stopper is intended to rest when it is arranged in the cage, - a plurality n of arms which are connected to the upper ring and define therewith a generally cylindrical shape of the cage, - n/2 first bridges and n/2 second bridges, each interconnecting two adjacent arms, the first bridges and the second bridges being arranged alternately over the periphery of the cage, characterized in that the cage has a breakable area, and the outer body has a breakable part; the breakable part of the outer body and the breakable area of the cage being designed such that, when the cap is in the locking position on the container, the breaking of said part and said area allows said cap to be removed from said container, the cage comprising - at least one opening tab, which is supported by a second bridge which is inclined toward the outside of the cage and is oriented toward the upper ring, said opening tab being adjacent to the breakable area, which is located on said second bridge, and the application of a tensile force to the opening tab being capable of causing breakage in the breakable area. - an outer body, - a cage which is designed to fit into and lock axially in the outer body and is intended to surround a collar of the neck of the container in a locked position of the cap; the cage comprising: - an upper ring against which the stopper is intended to rest when it is arranged in the cage, - a plurality n of arms which are connected to the upper ring and define therewith a generally cylindrical shape of the cage, - n/2 first bridges and n/2 second bridges, each interconnecting two adjacent arms, the first bridges and the second bridges being arranged alternately over the periphery of the cage, characterized in that the cage has a breakable area, and the outer body has a breakable part; the breakable part of the outer body and the breakable area of the cage being designed such that, when the cap is in the locking position on the container, the breaking of said part and said area allows said cap to be removed from said container, the cage comprising - at least one opening tab, which is supported by a second bridge which is inclined toward the outside of the cage and is oriented toward the upper ring, said opening tab being adjacent to the breakable area, which is located on said second bridge, and the application of a tensile force to the opening tab being capable of causing breakage in the breakable area. - at least one opening tab, which is supported by a second bridge which is inclined toward the outside of the cage and is oriented toward the upper ring, said opening tab being adjacent to the breakable area, which is located on said second bridge, and the application of a tensile force to the opening tab being capable of causing breakage in the breakable area.
A remote system configured to communicate with a plurality of client building automation controllers, over a network, wherein each of the client building automation controllers is part of a corresponding client building automation system for controlling one or more building automation components of the client building automation system, and that services a corresponding client building, the remote system comprising: a communications port configured to operatively communicate with the plurality of client building automation controllers; and a controller operatively coupled to the communications port, characterised in that: in response to an alert indicated for one of the building automation systems, the controller is configured to determine whether the building automation system for which the alert has been indicated is associated with a particular building automation system contractor; and in response to determining that the building automation system for which the alert has been indicated is not associated with a particular building automation system contractor, the controller is configured to output via the communications port a listing of one or more building automation system contractors having a service area that overlaps a geographical location of the building automation system for which the alert has been indicated. a communications port configured to operatively communicate with the plurality of client building automation controllers; and a controller operatively coupled to the communications port, characterised in that: in response to an alert indicated for one of the building automation systems, the controller is configured to determine whether the building automation system for which the alert has been indicated is associated with a particular building automation system contractor; and in response to determining that the building automation system for which the alert has been indicated is not associated with a particular building automation system contractor, the controller is configured to output via the communications port a listing of one or more building automation system contractors having a service area that overlaps a geographical location of the building automation system for which the alert has been indicated. in response to an alert indicated for one of the building automation systems, the controller is configured to determine whether the building automation system for which the alert has been indicated is associated with a particular building automation system contractor; and in response to determining that the building automation system for which the alert has been indicated is not associated with a particular building automation system contractor, the controller is configured to output via the communications port a listing of one or more building automation system contractors having a service area that overlaps a geographical location of the building automation system for which the alert has been indicated.
A distributed antenna system, DAS, comprising: a host unit; and a plurality of remote units, wherein the plurality of remote units are paired to form a backfire configuration comprising multiple pairs of remote units, wherein a pair of remote units are placed to define a coverage area and each remote unit in a pair of remote units: is configured to be communicatively coupled to the host unit; and to point at least partially towards the remote unit to which it is paired in the backfire configuration, wherein each remote unit is spaced from the other unpaired remote units of the plurality of remote units such that near each remote unit, signals from the other unpaired remote units are negligible and RF power of the signals emitted from the remote units is at a more constant level, wherein the coverage area of each pair of remote units is fairly isolated from the coverage area formed by other pairs of remote units in the plurality of pairs of remote units; and is configured to simulcast data from the host unit on the same frequency band as the remote unit to which it is paired. a host unit; and a plurality of remote units, wherein the plurality of remote units are paired to form a backfire configuration comprising multiple pairs of remote units, wherein a pair of remote units are placed to define a coverage area and each remote unit in a pair of remote units: is configured to be communicatively coupled to the host unit; and to point at least partially towards the remote unit to which it is paired in the backfire configuration, wherein each remote unit is spaced from the other unpaired remote units of the plurality of remote units such that near each remote unit, signals from the other unpaired remote units are negligible and RF power of the signals emitted from the remote units is at a more constant level, wherein the coverage area of each pair of remote units is fairly isolated from the coverage area formed by other pairs of remote units in the plurality of pairs of remote units; and is configured to simulcast data from the host unit on the same frequency band as the remote unit to which it is paired. is configured to be communicatively coupled to the host unit; and to point at least partially towards the remote unit to which it is paired in the backfire configuration, wherein each remote unit is spaced from the other unpaired remote units of the plurality of remote units such that near each remote unit, signals from the other unpaired remote units are negligible and RF power of the signals emitted from the remote units is at a more constant level, wherein the coverage area of each pair of remote units is fairly isolated from the coverage area formed by other pairs of remote units in the plurality of pairs of remote units; and is configured to simulcast data from the host unit on the same frequency band as the remote unit to which it is paired.