mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication performed by a first integrated access backhaul, IAB, node, the method comprising: determining that mobility state information, associated with a second IAB node being a child node of the first IAB node, is to be transmitted based at least in part on a request for the mobility state information received by the first IAB node from a third IAB node, wherein the mobility state information includes information associated with a level of mobility of the second IAB node; and transmitting, to the third IAB node, the mobility state information, based on the determination that the mobility state information is to be transmitted, wherein the third IAB node is not the second IAB node. determining that mobility state information, associated with a second IAB node being a child node of the first IAB node, is to be transmitted based at least in part on a request for the mobility state information received by the first IAB node from a third IAB node, wherein the mobility state information includes information associated with a level of mobility of the second IAB node; and transmitting, to the third IAB node, the mobility state information, based on the determination that the mobility state information is to be transmitted, wherein the third IAB node is not the second IAB node.
A radar apparatus comprising: a plurality of reception antennas (20#1 - 20#M), which in operation, each receive one or more reflected waves resulting from reflection of one or more radar transmission signals by one or more objects to output one or more reception signals; a plurality of frequency analysis processing circuitry (34#1 - 34#M), which in operation, performs frequency analysis of each of the plurality of reception signals received respectively by the plurality of reception antennas to acquire a frequency characteristic of each of the plurality of reception signals; characterized by conformity calculation circuitry, which in operation, calculates a conformity indicator based on the frequency characteristics of the plurality of reception signals, wherein the conformity indicator is calculated based on the standard deviation or the variance of the frequency characteristics; a plurality of peak detection circuitry, which in operation, correct the frequency characteristics of the plurality of reception signals with use of the conformity indicator and detect a peak from the corrected frequency characteristics; and object detection circuitry, which in operation, detects a target object from among the one or more objects based on the detected peak. a plurality of reception antennas (20#1 - 20#M), which in operation, each receive one or more reflected waves resulting from reflection of one or more radar transmission signals by one or more objects to output one or more reception signals; a plurality of frequency analysis processing circuitry (34#1 - 34#M), which in operation, performs frequency analysis of each of the plurality of reception signals received respectively by the plurality of reception antennas to acquire a frequency characteristic of each of the plurality of reception signals; characterized by conformity calculation circuitry, which in operation, calculates a conformity indicator based on the frequency characteristics of the plurality of reception signals, wherein the conformity indicator is calculated based on the standard deviation or the variance of the frequency characteristics; a plurality of peak detection circuitry, which in operation, correct the frequency characteristics of the plurality of reception signals with use of the conformity indicator and detect a peak from the corrected frequency characteristics; and object detection circuitry, which in operation, detects a target object from among the one or more objects based on the detected peak.
A method for encrypted data synchronization, wherein the method comprises: a. providing at least one data entity comprising data content, accompanying metadata including an entity key usable for encrypting the data content, and synchronization metadata, comprising a data entity version number, usable for synchronizing the at least one data entity between at least two first devices; b. wherein at least the entity key of the accompanying metadata and the synchronization metadata are encrypted using a synchronization key synchronized between the two first devices; c. wherein the synchronization key is encrypted by a master key securely shared between the two first devices; and d. wherein a group key is generated and transferred to at least one second device to form a read-only sharing group with at least one of the two first devices, the group key used for decrypting and encrypting at least the entity key of the data entity. a. providing at least one data entity comprising data content, accompanying metadata including an entity key usable for encrypting the data content, and synchronization metadata, comprising a data entity version number, usable for synchronizing the at least one data entity between at least two first devices; b. wherein at least the entity key of the accompanying metadata and the synchronization metadata are encrypted using a synchronization key synchronized between the two first devices; c. wherein the synchronization key is encrypted by a master key securely shared between the two first devices; and d. wherein a group key is generated and transferred to at least one second device to form a read-only sharing group with at least one of the two first devices, the group key used for decrypting and encrypting at least the entity key of the data entity.
A system for forming a plurality of cuts along a length of a stock material to form a product, comprising: a stock material controller holding the stock material and feeding the stock material along an X-axis; a cutting apparatus including a first cutting member, a second cutting member and a first motor moving the first cutting member and the second cutting member substantially parallel to a Z-axis to form each pair of cuts among the plurality of cuts, the cutting apparatus including one or more second motors controlling a relative gap distance along a Y-axis between a first cutting point of the first cutting member and a second cutting point of the second cutting member, each pair of cuts leaving a resultant beam in the stock material based on the relative gap distance; characterised by an electronic controller communicatively coupled to the stock material controller controlling operation of the stock material controller to feed the stock material along the X-axis after each pair of cuts has been formed and communicatively coupled to the cutting apparatus controlling operation of the first motor to form each pair of cuts and controlling operation of the one or more second motors to control the relative gap distance; an imaging system collecting an image data of the stock material and the resultant beam after one or more of each pair of cuts are made in the stock material and transmitting the image data; and a processor communicatively coupled to the imaging system receiving the image data from the imaging system and measuring at least an uncut diameter of the stock material and a width of the resultant beam. a stock material controller holding the stock material and feeding the stock material along an X-axis; a cutting apparatus including a first cutting member, a second cutting member and a first motor moving the first cutting member and the second cutting member substantially parallel to a Z-axis to form each pair of cuts among the plurality of cuts, the cutting apparatus including one or more second motors controlling a relative gap distance along a Y-axis between a first cutting point of the first cutting member and a second cutting point of the second cutting member, each pair of cuts leaving a resultant beam in the stock material based on the relative gap distance; characterised by an electronic controller communicatively coupled to the stock material controller controlling operation of the stock material controller to feed the stock material along the X-axis after each pair of cuts has been formed and communicatively coupled to the cutting apparatus controlling operation of the first motor to form each pair of cuts and controlling operation of the one or more second motors to control the relative gap distance; an imaging system collecting an image data of the stock material and the resultant beam after one or more of each pair of cuts are made in the stock material and transmitting the image data; and a processor communicatively coupled to the imaging system receiving the image data from the imaging system and measuring at least an uncut diameter of the stock material and a width of the resultant beam.
Method for controlling a winding device, having the following steps: - displaying a schematic representation of functional units of the winding device on a display device, - detecting at least one operating parameter of at least one functional unit of the winding device, - displaying the at least one detected operating parameter on the display device next to the schematic representation of the corresponding functional unit, wherein the display of the at least one detected operating parameter on the display device is next to the schematic representation of the corresponding functional unit on one and the same display level, characterized in that at least one of the following operating parameters of at least one functional unit is detected and displayed: - rotational speed of a supply roller, - leading between two neighboring supply rollers, - contact pressure of a supply roller, - wrap angle of a supply roller, wherein the lead is a difference in speed with regard to the conveyed speed of a film between two neighboring supply rollers. - displaying a schematic representation of functional units of the winding device on a display device, - detecting at least one operating parameter of at least one functional unit of the winding device, - displaying the at least one detected operating parameter on the display device next to the schematic representation of the corresponding functional unit, wherein the display of the at least one detected operating parameter on the display device is next to the schematic representation of the corresponding functional unit on one and the same display level, characterized in that at least one of the following operating parameters of at least one functional unit is detected and displayed: - rotational speed of a supply roller, - leading between two neighboring supply rollers, - contact pressure of a supply roller, - wrap angle of a supply roller, - rotational speed of a supply roller, - leading between two neighboring supply rollers, - contact pressure of a supply roller, - wrap angle of a supply roller, wherein the lead is a difference in speed with regard to the conveyed speed of a film between two neighboring supply rollers.
A telerobotic surgery system for remote surgeon training and comprising: a robotic surgery station at a first location in a first structure at a first geographic point, wherein the first location is associated with a room not for live human operations; harvested animated animal tissue at the robotic surgery station and comprising harvested animal tissue and at least one animating device coupled thereto; a remote surgeon station at a second location in a second structure at a second geographic point remote from the first geographic point; a remote party conferencing station at a third location in a third structure at a third geographic point remote from the first and second geographic points; and a communications network coupling said robotic surgery station, said remote surgeon station, and said remote party conferencing station so that a surgeon at said remote surgeon station is able to remotely train using said harvested animated animal tissue at said robotic surgery station and while conferencing with a party at said remote party conferencing station. a robotic surgery station at a first location in a first structure at a first geographic point, wherein the first location is associated with a room not for live human operations; harvested animated animal tissue at the robotic surgery station and comprising harvested animal tissue and at least one animating device coupled thereto; a remote surgeon station at a second location in a second structure at a second geographic point remote from the first geographic point; a remote party conferencing station at a third location in a third structure at a third geographic point remote from the first and second geographic points; and a communications network coupling said robotic surgery station, said remote surgeon station, and said remote party conferencing station so that a surgeon at said remote surgeon station is able to remotely train using said harvested animated animal tissue at said robotic surgery station and while conferencing with a party at said remote party conferencing station.
An antenna arrangement comprising: a first antenna configured to operate within a first frequency band, a second antenna configured to operate within a second frequency band, wherein the first frequency band is higher than the second frequency band, wherein the second antenna is at least partly arranged within an illumination-field of the first antenna, wherein the second antenna comprises a dipole structure segmented into a plurality of electrically conductive sections, wherein each electrically conductive section is coupled to an adjacent electrically conductive section by a reactive load section, wherein each electrically conductive section has a length being equal to or less than A/3, and wherein a spacing between adjacent electrically conductive sections is at least λ/30, wherein A is the wavelength at a highest frequency of the first frequency band; wherein each reactive load section is an inductive load section comprising a meandering line; wherein the meandering line comprises at least a first and a second turn-portion, wherein two turn portions define an oscillation of the meandering line; and wherein the meandering line further comprises a third, and a fourth turn-portion. a first antenna configured to operate within a first frequency band, a second antenna configured to operate within a second frequency band, wherein the first frequency band is higher than the second frequency band, wherein the second antenna is at least partly arranged within an illumination-field of the first antenna, wherein the second antenna comprises a dipole structure segmented into a plurality of electrically conductive sections, wherein each electrically conductive section is coupled to an adjacent electrically conductive section by a reactive load section, wherein each electrically conductive section has a length being equal to or less than A/3, and wherein a spacing between adjacent electrically conductive sections is at least λ/30, wherein A is the wavelength at a highest frequency of the first frequency band; wherein each reactive load section is an inductive load section comprising a meandering line; wherein the meandering line comprises at least a first and a second turn-portion, wherein two turn portions define an oscillation of the meandering line; and wherein the meandering line further comprises a third, and a fourth turn-portion.
An instrument set for connecting vertebral bodies, comprising: a screw which has a screw head and a shaft and is screwable into a pedicle; a top piece which is connectable polyaxially to the screw for coupling to a rod system and which has a sleeve-shaped tulip having a first insertion opening for inserting the screw head in an insertion direction; and a tool; wherein the top piece has a saddle in the interior region of the tulip, the saddle is to be placed in the tulip so that it is rotationally fixed and has a receiving region for receiving the screw head in a first end region that is facing the first insertion opening and a coupling region to be coupled to the tool in a second end region opposite the receiving region, and the saddle is movable between a released position, which is reachable by inserting the screw head, and a locked position, which is reachable by moving the screw head out of the released position in a direction opposite the insertion direction, wherein when the saddle is in the locked position the screw head held in the receiving region cannot be removed from the receiving region and, using the tool coupled to the coupling region, the saddle can be fixed in a released position that enables the release of the screw head from the receiving region so that the screw and the top piece are separable, characterised in that the coupling region of the saddle has an internal thread, the tool has a holding grip with a hollow interior space and a coupling member for coupling to the coupling region of the saddle, wherein the coupling member is placed at least partially in the interior space and is rotatable around a longitudinal axis, the coupling member of the tool has an external thread in a first end region for screwing to the internal thread of the coupling region and the tool has a locking device with which the holding grip is fixable to the tulip in a rotationally fixed manner.
An inertial sensor system to provide drift-free segment trajectories for a jointed segmented body having multiple segments wherein adjacent segments are connected by joints, the system comprising: a plurality of inertial sensor units responsive to translation and rotation, each being configured for mounting to a segment of the body; a tracking system configured to track a position of a subset of the multiple segments that includes at least one of the segments in a frame of reference external to the body; and a tracking station including a processor configured to collect inertial sensed data from the plurality of inertial sensor units and to estimate the positions and orientations of the plurality of inertial sensor units with respect to one another, correct the estimated positions and orientations for relative drift based on a condition that adjacent segments remain connected at the interstitial joints, and to receive positional data from the tracking system regarding the position of the at least one segment and to adjust the corrected estimated positions and orientations of all body segments, as a group, based on the position of the subset of the multiple segments to eliminate overall drift of segment trajectories in the frame of reference of the tracking system, characterized in that the processor of the tracking station is configured to adjust, as a group, the corrected estimated positions and orientations by applying one or both of a rigid body translation and a rigid body rotation. a plurality of inertial sensor units responsive to translation and rotation, each being configured for mounting to a segment of the body; a tracking system configured to track a position of a subset of the multiple segments that includes at least one of the segments in a frame of reference external to the body; and a tracking station including a processor configured to collect inertial sensed data from the plurality of inertial sensor units and to estimate the positions and orientations of the plurality of inertial sensor units with respect to one another, correct the estimated positions and orientations for relative drift based on a condition that adjacent segments remain connected at the interstitial joints, and to receive positional data from the tracking system regarding the position of the at least one segment and to adjust the corrected estimated positions and orientations of all body segments, as a group, based on the position of the subset of the multiple segments to eliminate overall drift of segment trajectories in the frame of reference of the tracking system, characterized in that the processor of the tracking station is configured to adjust, as a group, the corrected estimated positions and orientations by applying one or both of a rigid body translation and a rigid body rotation.
A transparent conductive structure comprising a substrate, a sparse metal electrically conductive layer supported by the substrate, and a coating layer adjacent the sparse metal conductive layer, the coating layer comprising a polymer matrix and a vanadium (+5) stabilization composition, wherein the transparent conductive structure has a total transmission of visible light of at least about 85%, a haze of no more than about 2 percent and a sheet resistance after formation of no more than about 250 ohm/sq.
An authentication system using a flash of a smart mobile comprising: the smart mobile having the flash which emits light, wherein emission speed and frequency of the light emitted from the smart mobile are controllable, wherein the light emitted from the smart mobile is a one-time password; a light receiver receiving the light emitted from the smart mobile to convert into data; and an authentication server receiving data converted at the light receiver from the light receiver, generating authentication information from the data to transmit to the smart mobile and transmitting the authentication information to the smart mobile. the smart mobile having the flash which emits light, wherein emission speed and frequency of the light emitted from the smart mobile are controllable, wherein the light emitted from the smart mobile is a one-time password; a light receiver receiving the light emitted from the smart mobile to convert into data; and an authentication server receiving data converted at the light receiver from the light receiver, generating authentication information from the data to transmit to the smart mobile and transmitting the authentication information to the smart mobile.
Rotary electric machine having a rotor which can rotate about an axis of rotation, which has a shaft, a pole wheel surrounding the shaft and at least one clamping set, wherein the clamping set is provided to establish a force-fit connection between the shaft and the pole wheel, characterised in that the clamping set has an outer clamping ring, an inner clamping ring and a clamping device, which is provided to clamp the clamping set, wherein the inner clamping ring is inserted into the outer clamping ring, wherein the outer clamping ring and the inner clamping ring can be displaced axially against one another with the clamping device, wherein the outer clamping ring has at least two separate outer clamping ring segments and wherein the inner clamping ring has at least two separate inner clamping ring segments.
A wind turbine comprising a generator, an electrolytic unit, a system inlet and a system outlet, wherein the electrolytic unit is electrically powered by the generator to produce hydrogen from an input fluid, in particular water, wherein the hydrogen produced can be taken out of the wind turbine by the system outlet, wherein said wind turbine further comprises a safety system controlled by a control unit configured to evacuate the hydrogen out of the wind turbine by means of a plurality of gas outlets distributed on a platform of the wind turbine and configured to release the hydrogen to the atmosphere, characterized in that the control unit controls the flow through the gas outlets depending on whether the gas outlet is located at a windward direction or at a leeward direction with respect to the platform for avoiding that the hydrogen spreads over the region of the platform. wherein the electrolytic unit is electrically powered by the generator to produce hydrogen from an input fluid, in particular water, wherein the hydrogen produced can be taken out of the wind turbine by the system outlet, wherein said wind turbine further comprises a safety system controlled by a control unit configured to evacuate the hydrogen out of the wind turbine by means of a plurality of gas outlets distributed on a platform of the wind turbine and configured to release the hydrogen to the atmosphere, characterized in that the control unit controls the flow through the gas outlets depending on whether the gas outlet is located at a windward direction or at a leeward direction with respect to the platform for avoiding that the hydrogen spreads over the region of the platform.