mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a positioning server, for positioning user equipment, UE, the method comprising: collecting , for each of a plurality of UEs, positioning-related information from at least one network node for at least a predefined first duration of time, wherein the positioning-related information at least comprises measured information that is created by a UE or a network node, and is used to position the UE, and wherein the measured information at least comprises one or more cell IDs detected by the UE; determining , for each UE, matching positioning-related information that is matched with the UE's registration address related information, wherein the registration address related information at least comprises the registration address of the UE, and wherein the plurality of UEs' registration addresses are obtained from a network provider; creating a reference database containing, for each UE, a reference point that comprises the UE's identification, ID, registration address related information, and matching positioning-related information; receiving a positioning request from a requesting entity, and in response to the positioning request, acquiring , from the network node, the UE's current positioning-related information; and positioning the UE based on its current positioning-related information and the reference database, wherein the step of positioning at least comprises determining whether the reference database contains a matching reference point that is matched with the UE's current positioning-related information. collecting , for each of a plurality of UEs, positioning-related information from at least one network node for at least a predefined first duration of time, wherein the positioning-related information at least comprises measured information that is created by a UE or a network node, and is used to position the UE, and wherein the measured information at least comprises one or more cell IDs detected by the UE; determining , for each UE, matching positioning-related information that is matched with the UE's registration address related information, wherein the registration address related information at least comprises the registration address of the UE, and wherein the plurality of UEs' registration addresses are obtained from a network provider; creating a reference database containing, for each UE, a reference point that comprises the UE's identification, ID, registration address related information, and matching positioning-related information; receiving a positioning request from a requesting entity, and in response to the positioning request, acquiring , from the network node, the UE's current positioning-related information; and positioning the UE based on its current positioning-related information and the reference database, wherein the step of positioning at least comprises determining whether the reference database contains a matching reference point that is matched with the UE's current positioning-related information.
Pressure medium supply system , in particular for a suspension system, comprising a pump for supplying a connection of the pressure medium supply system for a connectable control element , wherein, starting from the pump , a minimum-pressure-maintaining valve having a control connection for the connectable control element is arranged functionally upstream of the connection , characterized in that the minimum-pressure-maintaining valve has a second control connection to a pump outlet line of the pressure medium supply system .
A voltage converter comprising: a transformer comprising a primary winding , a first secondary winding , and a second secondary winding ; a first transistor connected between a first terminal of the first secondary winding and electrical ground, the first transistor comprising a first drain ; a second transistor connected between a second terminal of the second secondary winding and electrical ground, the second transistor comprising a second drain ; a capacitor that is connectable along a current path to the transformer via at least one of the first transistor or the second transistor ; a control system configured to detect a first voltage at the first drain and a second voltage at the second drain , and to generate pulse-width modulated control signals based at least on the first voltage and the second voltage, the pulse-width modulated control signals configured to control operation of the first transistor and the second transistor to produce voltage at the primary winding based on a voltage across the capacitor ; and an output terminal configured to be connected to a load; the voltage converter being characterised by : an inductor connected in series with the capacitor and the output terminal and connected at a center tap of the transformer between the first secondary winding and the second secondary winding ; wherein the pulse-width modulated control signals are based also on current through the inductor to the transformer . a transformer comprising a primary winding , a first secondary winding , and a second secondary winding ; a first transistor connected between a first terminal of the first secondary winding and electrical ground, the first transistor comprising a first drain ; a second transistor connected between a second terminal of the second secondary winding and electrical ground, the second transistor comprising a second drain ; a capacitor that is connectable along a current path to the transformer via at least one of the first transistor or the second transistor ; a control system configured to detect a first voltage at the first drain and a second voltage at the second drain , and to generate pulse-width modulated control signals based at least on the first voltage and the second voltage, the pulse-width modulated control signals configured to control operation of the first transistor and the second transistor to produce voltage at the primary winding based on a voltage across the capacitor ; and an output terminal configured to be connected to a load; the voltage converter being characterised by : an inductor connected in series with the capacitor and the output terminal and connected at a center tap of the transformer between the first secondary winding and the second secondary winding ; wherein the pulse-width modulated control signals are based also on current through the inductor to the transformer . an inductor connected in series with the capacitor and the output terminal and connected at a center tap of the transformer between the first secondary winding and the second secondary winding ; wherein the pulse-width modulated control signals are based also on current through the inductor to the transformer .
Method for the selective execution of various control functions of an internal combustion engine each requiring a cut of a fuel injection to the engine for their execution in a motor vehicle, the execution of at least two of the various control functions can be required simultaneously, characterized in that : - we determine a current kilometer window to cover, - we determine a target execution frequency ( frq fc _ cible ) for each control function, - we determine , for each control function, an average frequency of execution on all the windows browsed ( frq N fc ), - from their target frequency ( frq fc_cible ), and their average execution frequency ( frq N fc ), we determine , for each control function, a required execution frequency for the current window to browse ( frq requise fc ), to respect the target frequency ( frq cible ), - we determine throughout the course of the current window, for each control function, their current frequency of execution ( Frq fc _ cour ), from the distance traveled in the current window and the number execution of the control function during the course of this distance, - we compare , for each control function, their current frequency of execution ( Frq fc _ cour ) to their required frequency ( frq requise fc ), - we determine , for each control function, a need to execute the control function when their current frequency of execution ( Frq fc _ cour ) is lower than their required frequency ( frq requise fc ), - between control functions in need of execution, their execution is done according to a pre-established hierarchy of control functions. - we determine a current kilometer window to cover, - we determine a target execution frequency ( frq fc _ cible ) for each control function, - we determine , for each control function, an average frequency of execution on all the windows browsed ( frq N fc ), - from their target frequency ( frq fc_cible ), and their average execution frequency ( frq N fc ), we determine , for each control function, a required execution frequency for the current window to browse ( frq requise fc ), to respect the target frequency ( frq cible ), - we determine throughout the course of the current window, for each control function, their current frequency of execution ( Frq fc _ cour ), from the distance traveled in the current window and the number execution of the control function during the course of this distance, - we compare , for each control function, their current frequency of execution ( Frq fc _ cour ) to their required frequency ( frq requise fc ), - we determine , for each control function, a need to execute the control function when their current frequency of execution ( Frq fc _ cour ) is lower than their required frequency ( frq requise fc ), - between control functions in need of execution, their execution is done according to a pre-established hierarchy of control functions.
A gladhand coupling , comprising: a coupling half having a face with an opening therethrough; a locking lug extending outwardly from the face of said coupling half and having a first ramped pad positioned at a predetermined location about the face and a ridge extending outwardly therefrom; characterized by further comprising a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad and a groove formed therein that corresponds to the ridge of the locking lug . a coupling half having a face with an opening therethrough; a locking lug extending outwardly from the face of said coupling half and having a first ramped pad positioned at a predetermined location about the face and a ridge extending outwardly therefrom; characterized by further comprising a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad and a groove formed therein that corresponds to the ridge of the locking lug .
A method by a wireless device, the method comprising: receiving, by the wireless device and via a first control resource set, coreset, with a first coreset group index, downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, transmission; determining that: a first quasi co-location, QCL, of the PDSCH transmission is different from a second QCL of a second coreset that overlaps in at least one symbol with the PDSCH transmission; and the first coreset group index is the same as a second coreset group index of the second coreset; and based on the determining, receiving the PDSCH transmission with the second QCL of the second coreset. receiving, by the wireless device and via a first control resource set, coreset, with a first coreset group index, downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, transmission; determining that: a first quasi co-location, QCL, of the PDSCH transmission is different from a second QCL of a second coreset that overlaps in at least one symbol with the PDSCH transmission; and the first coreset group index is the same as a second coreset group index of the second coreset; and a first quasi co-location, QCL, of the PDSCH transmission is different from a second QCL of a second coreset that overlaps in at least one symbol with the PDSCH transmission; and the first coreset group index is the same as a second coreset group index of the second coreset; and based on the determining, receiving the PDSCH transmission with the second QCL of the second coreset.
A water-vapor-permeable composite shoe sole with an upper side , comprising: at least one through hole extending through the thickness of the composite shoe sole; a barrier unit with an upper side forming at least partially the upper side of the composite shoe sole and with a water-vapor-permeable barrier material designed as a barrier against penetration of foreign objects, by means of which the at least one through hole is closed in a water-vapor-permeable manner; a stabilisation device assigned to the barrier material and designed for mechanical stabilisation of the composite shoe sole , which is constructed with at least one stabilisation bar which is arranged at least on one surface of the barrier material and at least partially bridges the at least one through hole ; and at least one outsole part arranged beneath the barrier unit , wherein the stabilisation device has a plurality of said stabilisation bars that form a grid-like structure on at least one surface of the barrier material, characterised in that the composite shoe sole comprises a tread , wherein the barrier material has at least one support element assigned thereto in the through hole or in at least one of the through holes , said support element extending from the side of the barrier material facing the tread to the level of the tread , so that the barrier material is supported on the traversed floor during walking by the support element , wherein at least one of the stabilisation bars is simultaneously designed as a support element . at least one through hole extending through the thickness of the composite shoe sole; a barrier unit with an upper side forming at least partially the upper side of the composite shoe sole and with a water-vapor-permeable barrier material designed as a barrier against penetration of foreign objects, by means of which the at least one through hole is closed in a water-vapor-permeable manner; a stabilisation device assigned to the barrier material and designed for mechanical stabilisation of the composite shoe sole , which is constructed with at least one stabilisation bar which is arranged at least on one surface of the barrier material and at least partially bridges the at least one through hole ; and at least one outsole part arranged beneath the barrier unit , wherein the stabilisation device has a plurality of said stabilisation bars that form a grid-like structure on at least one surface of the barrier material, characterised in that the composite shoe sole comprises a tread , wherein the barrier material has at least one support element assigned thereto in the through hole or in at least one of the through holes , said support element extending from the side of the barrier material facing the tread to the level of the tread , so that the barrier material is supported on the traversed floor during walking by the support element , wherein at least one of the stabilisation bars is simultaneously designed as a support element .
A dressing for negative pressure wound therapy, comprising: a barrier film layer ; a wound contact layer coupled to the barrier film layer ; and a plurality of felted foam strips positioned between the barrier film layer and the wound contact layer , each strip providing a manifolding pathway; wherein the barrier film layer and the wound contact layer comprise a central region and a plurality of peninsular projections extending therefrom in the shape of a hand; and wherein the plurality of felted foam strips occupy only portion of the surface area of the barrier film layer and only a portion of the surface area of the wound contact layer . a barrier film layer ; a wound contact layer coupled to the barrier film layer ; and a plurality of felted foam strips positioned between the barrier film layer and the wound contact layer , each strip providing a manifolding pathway; wherein the barrier film layer and the wound contact layer comprise a central region and a plurality of peninsular projections extending therefrom in the shape of a hand; and wherein the plurality of felted foam strips occupy only portion of the surface area of the barrier film layer and only a portion of the surface area of the wound contact layer .
A computer-implemented method for segmenting a point cloud model, comprising the following steps: S1, selecting by a user (C) a point cloud structure comprising a target object from a point cloud model displayed on a screen (S) by using a two-dimensional first segmentation window, wherein the first segmentation window has a length and a width; S2, adjusting a depth of the first segmentation window based on a user input for selecting the depth, wherein the length, the width, and the depth of the first segmentation window constitute a three-dimensional second segmentation window, and the target object is located in the second segmentation window; S3, identifying and marking all point cloud structures in the second segmentation window to form a plurality of three-dimensional third segmentation windows, wherein the target object is located in one of the third segmentation windows; and S4, computing a volume proportion of a point cloud structure in each third segmentation window relative to the second segmentation window, selecting a third segmentation window having the largest volume proportion, and determining that the point cloud structure in the third segmentation window is the target object, wherein the third segmentation window is smaller than the second segmentation window, and the second segmentation window is smaller than the first segmentation window. S1, selecting by a user (C) a point cloud structure comprising a target object from a point cloud model displayed on a screen (S) by using a two-dimensional first segmentation window, wherein the first segmentation window has a length and a width; S2, adjusting a depth of the first segmentation window based on a user input for selecting the depth, wherein the length, the width, and the depth of the first segmentation window constitute a three-dimensional second segmentation window, and the target object is located in the second segmentation window; S3, identifying and marking all point cloud structures in the second segmentation window to form a plurality of three-dimensional third segmentation windows, wherein the target object is located in one of the third segmentation windows; and S4, computing a volume proportion of a point cloud structure in each third segmentation window relative to the second segmentation window, selecting a third segmentation window having the largest volume proportion, and determining that the point cloud structure in the third segmentation window is the target object, wherein the third segmentation window is smaller than the second segmentation window, and the second segmentation window is smaller than the first segmentation window.
A method for controlling a vehicle , the vehicle including a motor configured to provide a driving/braking force to the vehicle and a friction braking mechanism configured to provide a friction brake force to the vehicle , the method comprising: a target calculation step (S202) of calculating a target torque of the motor in accordance with a displacement of an accelerator pedal; a gradient estimation step (S203) of estimating a gradient torque to cancel a disturbance due to a gradient of a road surface where the vehicle is travelling; a command calculation step (S204) of calculating a torque command value of the motor based on the gradient torque and the target torque; a control step (S206, S207, S208) of controlling a torque of the motor in accordance with the torque command value; and a stop control step of changing (S205) a brake torque from the torque of the motor to a friction torque provided by the friction braking mechanism when the vehicle is being stopped from travelling state, the brake torque being provided to the vehicle and made to a large value larger than the gradient torque, in the stop control step, determining whether the vehicle stops or not, and after a determination that the vehicle stops, increasing a pressure-rising rate of fluid to be supplied to the friction braking mechanism until the friction torque reaches the large value in accordance with increase in time elapsed after the determination. a target calculation step (S202) of calculating a target torque of the motor in accordance with a displacement of an accelerator pedal; a gradient estimation step (S203) of estimating a gradient torque to cancel a disturbance due to a gradient of a road surface where the vehicle is travelling; a command calculation step (S204) of calculating a torque command value of the motor based on the gradient torque and the target torque; a control step (S206, S207, S208) of controlling a torque of the motor in accordance with the torque command value; and a stop control step of changing (S205) a brake torque from the torque of the motor to a friction torque provided by the friction braking mechanism when the vehicle is being stopped from travelling state, the brake torque being provided to the vehicle and made to a large value larger than the gradient torque, in the stop control step, determining whether the vehicle stops or not, and after a determination that the vehicle stops, increasing a pressure-rising rate of fluid to be supplied to the friction braking mechanism until the friction torque reaches the large value in accordance with increase in time elapsed after the determination.
A holding apparatus for holding a vehicle test device (TD) to be used for testing a test sample that is a vehicle or a part of the vehicle on a driver's seat (FS) or a front passenger seat (FS) of the test sample, comprising: a mounting stand on which the vehicle test device (TD) is mounted, characterized by a fixing mechanism configured to be connected to an ISOFIX anchor (A) provided on a rear seat (BS) in the test sample to fix the mounting stand to the driver's seat (FS) or the front passenger seat (FS). a mounting stand on which the vehicle test device (TD) is mounted, characterized by a fixing mechanism configured to be connected to an ISOFIX anchor (A) provided on a rear seat (BS) in the test sample to fix the mounting stand to the driver's seat (FS) or the front passenger seat (FS).
A medical or dental treatment device , which can be connected to a plurality of different tools , wherein the medical or dental treatment device comprises: a tool retainer for connecting the treatment device to a tool, at least one measuring coil which is connected to an electrical energy supply device via an electrical line and which can be supplied with a periodic, in particular sinusoidal electrical energy supply from the electrical energy supply device , and an evaluation device electrically connected to the at least one measuring coil for detecting whether a tool is connected to the treatment device or which of a plurality of tools is connected to the treatment device , wherein due to an inductive coupling between the tool accommodated in the tool retainer and the at least one measuring coil supplied with the periodic electrical energy, a periodic, in particular sinusoidal measurement signal can be generated which is specific to each tool and which can be assigned to the respective tool by the evaluation device , characterized in that the evaluation device determines the phase shift of the electrical voltage and of the electric current of the periodic, in particular sinusoidal measurement signal for detecting whether a tool is connected to the treatment device or which of a plurality of tools is connected to the treatment device .