mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling wheel torques of a vehicle to provide a desired vehicle yaw torque during a cornering event, the method comprising: - determining lateral acceleration data ( LatAcc) indicative of the lateral acceleration of the vehicle; - retrieving present wheel torque data ( PtTq) indicative of the wheel torques presently applied to each of the wheels (202, 204, 206, 208) by the power train of the vehicle; - retrieving a desired longitudinal wheel torque ( TxReq) value based on driver input; - retrieving a target vehicle yaw ( M zReq) torque value based on driver input; - determining a set of indirect yaw torque parameters ( a,k) indicative of the indirect vehicle yaw torque contribution from lateral wheel forces based on the present wheel torque data ( PtTq) and the lateral acceleration data ( LatAcc) and a model comprising at least one relation between indirect yaw torque and longitudinal wheel torque distribution between the front axis wheels and the rear axis wheels for at the least one pair of wheel torque data and lateral acceleration data, - calculating a required torque for the front axis wheels and a required torque for the rear axis wheels such that the desired longitudinal wheel torque and the target vehicle yaw ( M zReq) is provided taking into account the set of indirect yaw torque parameters, and - applying the calculated torques to the respective individual wheels. - determining lateral acceleration data ( LatAcc) indicative of the lateral acceleration of the vehicle; - retrieving present wheel torque data ( PtTq) indicative of the wheel torques presently applied to each of the wheels (202, 204, 206, 208) by the power train of the vehicle; - retrieving a desired longitudinal wheel torque ( TxReq) value based on driver input; - retrieving a target vehicle yaw ( M zReq) torque value based on driver input; - determining a set of indirect yaw torque parameters ( a,k) indicative of the indirect vehicle yaw torque contribution from lateral wheel forces based on the present wheel torque data ( PtTq) and the lateral acceleration data ( LatAcc) and a model comprising at least one relation between indirect yaw torque and longitudinal wheel torque distribution between the front axis wheels and the rear axis wheels for at the least one pair of wheel torque data and lateral acceleration data, - calculating a required torque for the front axis wheels and a required torque for the rear axis wheels such that the desired longitudinal wheel torque and the target vehicle yaw ( M zReq) is provided taking into account the set of indirect yaw torque parameters, and - applying the calculated torques to the respective individual wheels.
A method for imaging, comprising: acquiring projection data of a subject situated in an examination region with a first imaging modality; defining a field-of-view (FoV) with a voxel grid in a trans-axial direction; determining the subject's maximum trans-axial extents; generating an extended FoV by extending the voxel grid of the FoV to at least one extended region outside the FoV that encompass at least the determined maximum trans-axial extents and attenuation in the trans-axial direction; and iteratively reconstructing the acquired projection data into an image representation of the extended FoV; wherein determining the subject's maximum trans-axial extents includes defining a coarse voxel grid in a FoV which is known to be greater than the subject's trans-axial extents, reconstructing the large FoV into a coarse image representation, the coarse image representation having a resolution lower than the reconstructed image representation, and determining the subject's trans-axial extents based on the coarse image representation. acquiring projection data of a subject situated in an examination region with a first imaging modality; defining a field-of-view (FoV) with a voxel grid in a trans-axial direction; determining the subject's maximum trans-axial extents; generating an extended FoV by extending the voxel grid of the FoV to at least one extended region outside the FoV that encompass at least the determined maximum trans-axial extents and attenuation in the trans-axial direction; and iteratively reconstructing the acquired projection data into an image representation of the extended FoV; wherein determining the subject's maximum trans-axial extents includes defining a coarse voxel grid in a FoV which is known to be greater than the subject's trans-axial extents, reconstructing the large FoV into a coarse image representation, the coarse image representation having a resolution lower than the reconstructed image representation, and determining the subject's trans-axial extents based on the coarse image representation.
An adjustable steering column assembly that includes a releasable clamp assembly that clamps a shroud of the assembly in position relative to a support bracket, the clamp assembly including an elongate clamp bolt onto which are stacked: at least a part of an adjustable shroud of the steering assembly, a cam mechanism (710, 720) comprising a fixed cam part and a moving cam part, the two parts each having a bore through which the clamp bolt passes, a thrust bearing, and a locking nut which includes an internal thread that engages a complimentary thread on the clamp bolt and which is locked down so as to apply an axial load to the thrust bearing, characterised by further comprising: a tapered compliant bush (750, 750') which is pressed into a space defined between the clamp bolt and the bore of the moving cam part of the cam mechanism (710, 720) with the relatively thick end of the bush (750, 750') nearest the thrust bearing and with the thrust bearing applying an axial load to the bush (750, 750'). at least a part of an adjustable shroud of the steering assembly, a cam mechanism (710, 720) comprising a fixed cam part and a moving cam part, the two parts each having a bore through which the clamp bolt passes, a thrust bearing, and a locking nut which includes an internal thread that engages a complimentary thread on the clamp bolt and which is locked down so as to apply an axial load to the thrust bearing, characterised by further comprising: a tapered compliant bush (750, 750') which is pressed into a space defined between the clamp bolt and the bore of the moving cam part of the cam mechanism (710, 720) with the relatively thick end of the bush (750, 750') nearest the thrust bearing and with the thrust bearing applying an axial load to the bush (750, 750'). a tapered compliant bush (750, 750') which is pressed into a space defined between the clamp bolt and the bore of the moving cam part of the cam mechanism (710, 720) with the relatively thick end of the bush (750, 750') nearest the thrust bearing and with the thrust bearing applying an axial load to the bush (750, 750').
A system to determine information related to a selected device used with a surgical navigation system for navigating a procedure relative to an anatomy, the system comprising: a surgical instrument operable to perform a surgical procedure on the anatomy; an identification member associated with the surgical instrument and including selected information related to the surgical instrument; a tracking device associated with the surgical instrument; a tracking system operable to track a location of the tracking device; a navigation processor operable to determine a position of the surgical instrument based upon the tracked position of the tracking device and determine an identity of the surgical instrument based upon the selected information; and a display operable to display an icon representing the specific surgical instrument based upon the selected information, characterized in that the navigation processor is operable to, store a pre-operative surgical plan, pre-operatively compare the surgical instrument to the pre-operative surgical plan to ensure that the surgical instrument is the appropriate instrument provided based upon the pre-operative surgical plan, and intra-operatively compare the surgical instrument to the pre-operative surgical plan to insure that the appropriate surgical instrument is being used at an appropriate time according to the pre-operative surgical plan. a surgical instrument operable to perform a surgical procedure on the anatomy; an identification member associated with the surgical instrument and including selected information related to the surgical instrument; a tracking device associated with the surgical instrument; a tracking system operable to track a location of the tracking device; a navigation processor operable to determine a position of the surgical instrument based upon the tracked position of the tracking device and determine an identity of the surgical instrument based upon the selected information; and a display operable to display an icon representing the specific surgical instrument based upon the selected information, characterized in that the navigation processor is operable to, store a pre-operative surgical plan, pre-operatively compare the surgical instrument to the pre-operative surgical plan to ensure that the surgical instrument is the appropriate instrument provided based upon the pre-operative surgical plan, and intra-operatively compare the surgical instrument to the pre-operative surgical plan to insure that the appropriate surgical instrument is being used at an appropriate time according to the pre-operative surgical plan. store a pre-operative surgical plan, pre-operatively compare the surgical instrument to the pre-operative surgical plan to ensure that the surgical instrument is the appropriate instrument provided based upon the pre-operative surgical plan, and intra-operatively compare the surgical instrument to the pre-operative surgical plan to insure that the appropriate surgical instrument is being used at an appropriate time according to the pre-operative surgical plan.
An upright lamp having a length adjustable lamp-post comprising a lamp-post, a plug mounted on the lamp-post and a fastener configured for connecting the lamp-post and the plug, the lamp-post having a jack opened therein, the plug being inserted into the jack, the plug having a uniform cross section and cross section shape with that of the jack, a hole being opened in the plug along an axial direction thereof and being configured for receiving the fastener, the hole being intersected with a side wall of the plug.
Equipment for processing fibrous material comprising a feed device for feeding fibrous material from a reception region to a collection region; a carding cylinder having a carding surface arranged to gather fibrous material from the collection region into a web on the carding surface; and a stripping device arranged to remove fibrous material from the web on the carding surface, characterised in that the feed device comprises a slide surface disposed substantially tangentially to the cylinder that provides a path that extends downwardly and forwardly from the reception region to the collection region over which fibrous material delivered to the reception region traverses primarily under the influence of gravity into contact with the carding cylinder, and the carding cylinder is arranged to raise the fibrous material upwardly from the collection region towards the stripping device.
System for mixing and testing a liquid, comprising a cartridge and a testing apparatus; the cartridge comprising: a receiving portion (12; 12'; 12"; 12"') for receiving a liquid to be tested; at least a first electrode (21; 21'; 21"; 21"') reaching into the receiving portion (12; 12'; 12"; 12"') and a second electrode (22; 22'; 22"; 22"') reaching into the receiving portion (12; 12'; 12"; 12'"), wherein the receiving portion (12; 12'; 12"; 12'") and the first and the second electrodes (21, 22; 21', 22'; 21", 22"; 21"', 22'") are integrated into the cartridge; the testing apparatus comprising: a mixing unit adapted to emit ultrasound waves directed towards the receiving portion (12; 12'; 12"; 12'") to excite Lamb waves in at least a section (14; 14', 16'; 14", 16"; 16"'-1, 16"'-2) of the receiving portion (12; 12'; 12"; 12'"), wherein the mixing unit is integrated into the testing apparatus; wherein the cartridge is adapted to be brought into engagement with the testing apparatus such that the mixing unit is positioned to emit the ultrasound waves directed towards the receiving portion (12; 12'; 12"; 12"'); a voltage application unit adapted to apply an electrical voltage between the first electrode (21; 21'; 21"; 21'") and the second electrode (22; 22'; 22"; 22'"); and a measuring unit adapted to determine an electrical property of the fluid in response to the applied electrical voltage. a receiving portion (12; 12'; 12"; 12"') for receiving a liquid to be tested; at least a first electrode (21; 21'; 21"; 21"') reaching into the receiving portion (12; 12'; 12"; 12"') and a second electrode (22; 22'; 22"; 22"') reaching into the receiving portion (12; 12'; 12"; 12'"), wherein the receiving portion (12; 12'; 12"; 12'") and the first and the second electrodes (21, 22; 21', 22'; 21", 22"; 21"', 22'") are integrated into the cartridge; a mixing unit adapted to emit ultrasound waves directed towards the receiving portion (12; 12'; 12"; 12'") to excite Lamb waves in at least a section (14; 14', 16'; 14", 16"; 16"'-1, 16"'-2) of the receiving portion (12; 12'; 12"; 12'"), wherein the mixing unit is integrated into the testing apparatus;
A method on a user equipment, UE, the method comprising: Creating by the UE a Session Initiation Protocol, SIP, request method to initiate an Internet Protocol Multimedia Subsystem, IMS, based service; Looking up and retrieving an IMS transport policy using a preferred IMS communication Service Identifier, ICSI, from the SIP request method; Creating (312, 322), by the UE, at least one routing policy based on the IMS transport policy comprising at least one set of IMS service transport rules (410A, 410B); Communicating (314, 324), by an upper protocol layer of the UE, information regarding the at least one routing policy to a lower protocol layer of the UE; and transmitting, by the lower protocol layer of the UE, data to an IMS network using an access technology or Packet Data Network, PDN, Connection, wherein the access technology or PDN Connection is selected according to the at least one routing policy; and when the at least one set of IMS service transport rules contains an indication regarding a "Data Off' mode for the UE, indicating whether one or more IMS services are allowed or prohibited for one or more transports identified in the IMS service transport rules. Creating by the UE a Session Initiation Protocol, SIP, request method to initiate an Internet Protocol Multimedia Subsystem, IMS, based service; Looking up and retrieving an IMS transport policy using a preferred IMS communication Service Identifier, ICSI, from the SIP request method; Creating (312, 322), by the UE, at least one routing policy based on the IMS transport policy comprising at least one set of IMS service transport rules (410A, 410B); Communicating (314, 324), by an upper protocol layer of the UE, information regarding the at least one routing policy to a lower protocol layer of the UE; and transmitting, by the lower protocol layer of the UE, data to an IMS network using an access technology or Packet Data Network, PDN, Connection, wherein the access technology or PDN Connection is selected according to the at least one routing policy; and when the at least one set of IMS service transport rules contains an indication regarding a "Data Off' mode for the UE, indicating whether one or more IMS services are allowed or prohibited for one or more transports identified in the IMS service transport rules.
A sensor apparatus comprising a sensor element and a failure detection apparatus, the failure detection apparatus comprising: a RAM; and a controller configured to execute processing related to detection of a physical quantity in a predetermined sampling period (T 1), wherein the RAM comprises a plurality of partitioned areas generated by partitioning an entire area of the RAM, wherein the controller is configured to execute, during each sampling period (T 1) in a sequence of sampling periods, sequential failure detection on a portion of the plurality of partitioned areas during remaining time of each sampling period, when the controller is not executing the processing in each of the sampling periods, the controller thereby executing in alternating sequence the processing related to detection of a physical quantity and sequential failure detection, wherein the controller is configured to execute failure detection on a priority basis on a specific partitioned area among the plurality of partitioned areas, wherein the specific partitioned area belongs to a calculation result storage area configured to store a higher prioritized result of calculation processing of sensor data executed by the controller, and wherein the sampling periods are set on basis of the detected physical quantity. a RAM; and a controller configured to execute processing related to detection of a physical quantity in a predetermined sampling period (T 1), wherein the RAM comprises a plurality of partitioned areas generated by partitioning an entire area of the RAM, wherein the controller is configured to execute, during each sampling period (T 1) in a sequence of sampling periods, sequential failure detection on a portion of the plurality of partitioned areas during remaining time of each sampling period, when the controller is not executing the processing in each of the sampling periods, the controller thereby executing in alternating sequence the processing related to detection of a physical quantity and sequential failure detection, wherein the controller is configured to execute failure detection on a priority basis on a specific partitioned area among the plurality of partitioned areas, wherein the specific partitioned area belongs to a calculation result storage area configured to store a higher prioritized result of calculation processing of sensor data executed by the controller, and wherein the sampling periods are set on basis of the detected physical quantity.
A light attenuator comprising: a cell comprising a first substrate and a second substrate spaced apart from said first substrate, and a layer between said substrates containing an electrophoretic ink, a surface of said layer adjacent said second substrate comprising a monolayer of closely packed transparent protrusions (1, 2, 3) projecting into said layer, said protrusions having surfaces defining a plurality of depressions in the volumes there between, said ink including charged particles of at least one type, the particles being responsive to an electric field applied to said cell to move between: a first extreme light state, in which particles are maximally spread within the cell to lie in the path of light through the cell and to strongly attenuate light transmitted through the cell; over the surface of said protrusions, which deflect said particles from their path from the first substrate to the second substrate; to a second extreme light state in which said particles are maximally concentrated within said depressions to remove them from the path of light through the cell and to substantially transmit light through the cell. a cell comprising a first substrate and a second substrate spaced apart from said first substrate, and a layer between said substrates containing an electrophoretic ink, a surface of said layer adjacent said second substrate comprising a monolayer of closely packed transparent protrusions (1, 2, 3) projecting into said layer, said protrusions having surfaces defining a plurality of depressions in the volumes there between, said ink including charged particles of at least one type, the particles being responsive to an electric field applied to said cell to move between: a first extreme light state, in which particles are maximally spread within the cell to lie in the path of light through the cell and to strongly attenuate light transmitted through the cell; over the surface of said protrusions, which deflect said particles from their path from the first substrate to the second substrate; to a second extreme light state in which said particles are maximally concentrated within said depressions to remove them from the path of light through the cell and to substantially transmit light through the cell. a first extreme light state, in which particles are maximally spread within the cell to lie in the path of light through the cell and to strongly attenuate light transmitted through the cell; over the surface of said protrusions, which deflect said particles from their path from the first substrate to the second substrate; to a second extreme light state in which said particles are maximally concentrated within said depressions to remove them from the path of light through the cell and to substantially transmit light through the cell.
Method for hydraulic boosting of an electric parking brake of a vehicle comprising at least one brake actuator (2c,2d), which for electric and hydraulic operation of the at least one brake actuator (2c,2d) comprises a hydraulic service brake function and an electric parking brake function, wherein an application force electrically generated with the parking brake function is superimposed with a boosting brake force generated by subjecting the brake actuator (2c,2d) to a hydraulic boosting brake pressure (P u) provided by the service brake function, wherein - during operation of the parking brake to generate a specified application force, the application force generated by the brake actuator (2c, 2d) is detected as the actual value (I ist) by means of a measurement variable representing its value, characterized in that - if the actual value (I ist) of the measurement variable does not reach the first target value (I 1,soll) representing a first target force value (F 1,soll) of the application force, the brake actuator (2c, 2d) is subjected to a hydraulic boosting brake pressure (P u) that corresponds to a specified target boosting brake pressure value (P u,soll), and - by means of the parking brake function a further application function for further application of the brake actuator (2c, 2d) that is subjected to the hydraulic boosting brake pressure (P u) is performed to achieve the specified application force. - during operation of the parking brake to generate a specified application force, the application force generated by the brake actuator (2c, 2d) is detected as the actual value (I ist) by means of a measurement variable representing its value, - if the actual value (I ist) of the measurement variable does not reach the first target value (I 1,soll) representing a first target force value (F 1,soll) of the application force, the brake actuator (2c, 2d) is subjected to a hydraulic boosting brake pressure (P u) that corresponds to a specified target boosting brake pressure value (P u,soll), and - by means of the parking brake function a further application function for further application of the brake actuator (2c, 2d) that is subjected to the hydraulic boosting brake pressure (P u) is performed to achieve the specified application force.
A user equipment (102, 400) configured for smart handover, the user equipment being characterized by comprising processing circuitry configured to: determine an angle threshold; calculate an angle between a moving direction of the user equipment and a direction toward the target pico eNB (203, 303); permit pico-cell attachment when the calculated angle is less than or equal to the angle threshold; and inhibit pico-cell attachment when the calculated angle is greater than the angle threshold. determine an angle threshold; calculate an angle between a moving direction of the user equipment and a direction toward the target pico eNB (203, 303); permit pico-cell attachment when the calculated angle is less than or equal to the angle threshold; and inhibit pico-cell attachment when the calculated angle is greater than the angle threshold.