mhurhangee/patent-ind-claim-en huggingface dataset:
Method for calibrating the orientation of a longitudinal axis (x sensor ) and a transverse axis (y sensor ) of an acceleration sensor provided in a vehicle having a coordinate system made up of the longitudinal axis (x sensor ), the transverse axis (y sensor ) and a vertical axis (z sensor ), wherein the axes are each perpendicular to one another, having the following steps: (A) measuring the acceleration along the longitudinal and transverse axis (x sensor and y sensor ) of the sensor during a braking procedure of the vehicle at low velocity and at a standstill over the time curve, (B) determining an offset vector (a o ) at a standstill, which is composed of a component in the direction of the longitudinal axis (x sensor ) and a component in the direction of the transverse axis (y sensor ) of the sensor and represents the influence of the gravitational acceleration on the measured acceleration of the vehicle, (C) ascertaining at least one resulting acceleration vector (a r ) by subtracting the offset vector (a o ) from the at least one measured acceleration vector (a t ) which is composed of a measured acceleration in the direction of each of the longitudinal and transverse axes (xsensor and y sensor ) at a point in time, (D) transforming the coordinate system of the sensor, so that the at least one resulting acceleration vector (a r ) points in the vehicle longitudinal direction. (A) measuring the acceleration along the longitudinal and transverse axis (x sensor and y sensor ) of the sensor during a braking procedure of the vehicle at low velocity and at a standstill over the time curve, (B) determining an offset vector (a o ) at a standstill, which is composed of a component in the direction of the longitudinal axis (x sensor ) and a component in the direction of the transverse axis (y sensor ) of the sensor and represents the influence of the gravitational acceleration on the measured acceleration of the vehicle, (C) ascertaining at least one resulting acceleration vector (a r ) by subtracting the offset vector (a o ) from the at least one measured acceleration vector (a t ) which is composed of a measured acceleration in the direction of each of the longitudinal and transverse axes (xsensor and y sensor ) at a point in time, (D) transforming the coordinate system of the sensor, so that the at least one resulting acceleration vector (a r ) points in the vehicle longitudinal direction.
A printing device comprising: a hopper to receive a colorant ; a supply to receive the colorant from the hopper ; an aperture disposed between the hopper and the supply ; a light emitter to emit light that passes through the aperture ; and a light sensor located on the opposite side of the aperture relative to the light emitter to sense a portion of the emitted light that passes through the aperture to permit determination of whether colorant is present in the aperture based on the portion of the emitted light sensed by the light sensor . a hopper to receive a colorant ; a supply to receive the colorant from the hopper ; an aperture disposed between the hopper and the supply ; a light emitter to emit light that passes through the aperture ; and a light sensor located on the opposite side of the aperture relative to the light emitter to sense a portion of the emitted light that passes through the aperture to permit determination of whether colorant is present in the aperture based on the portion of the emitted light sensed by the light sensor .
A clutch assembly for a driveline of a motor vehicle, comprising: a disconnect clutch for disconnecting a driveline, wherein the disconnect clutch comprises at least a first clutch part and a second clutch part ; a spring element that loads the disconnect clutch into a closed position in which torque is transmittable between the first clutch part and the second clutch part ; a ball ramp unit for loading the disconnect clutch into an open position, wherein the ball ramp unit comprises an outer ring with a plurality of circumferentially distributed outer ball tracks , an inner ring with a plurality of circumferentially distributed inner ball tracks and a plurality of balls which are each arranged between an outer ball track and an inner ball track ; a drive unit for operating the ball ramp unit , wherein the drive unit is configured to rotatingly drive one of the outer ring and the inner ring around a rotational axis (A); wherein the outer ball tracks and the inner ball tracks are configured to be ramp-like such that rotatingly driving the rotatingly drivable ring by the drive unit effects a relative axial movement between the outer ring and the inner ring , so that the disconnect clutch is opened; wherein the outer ball tracks and the inner ball tracks each extend in the circumferential direction across less than 120°, and wherein the outer ball tracks and the inner ball tracks are configured such that a force line (L), that in a longitudinal section extends through an outer and an inner ball contact area, encloses an angle (a) with the rotational axis (A) that is greater than 0° and smaller than 90°. a disconnect clutch for disconnecting a driveline, wherein the disconnect clutch comprises at least a first clutch part and a second clutch part ; a spring element that loads the disconnect clutch into a closed position in which torque is transmittable between the first clutch part and the second clutch part ; a ball ramp unit for loading the disconnect clutch into an open position, wherein the ball ramp unit comprises an outer ring with a plurality of circumferentially distributed outer ball tracks , an inner ring with a plurality of circumferentially distributed inner ball tracks and a plurality of balls which are each arranged between an outer ball track and an inner ball track ; a drive unit for operating the ball ramp unit , wherein the drive unit is configured to rotatingly drive one of the outer ring and the inner ring around a rotational axis (A); wherein the outer ball tracks and the inner ball tracks are configured to be ramp-like such that rotatingly driving the rotatingly drivable ring by the drive unit effects a relative axial movement between the outer ring and the inner ring , so that the disconnect clutch is opened; wherein the outer ball tracks and the inner ball tracks each extend in the circumferential direction across less than 120°, and wherein the outer ball tracks and the inner ball tracks are configured such that a force line (L), that in a longitudinal section extends through an outer and an inner ball contact area, encloses an angle (a) with the rotational axis (A) that is greater than 0° and smaller than 90°.
A method of additively manufacturing a part , the method comprising: additively building a part by delivering a feedstock material to a build volume by means of a deposition system; and actively curing discrete sections of the part as the part is being additively built according to predetermined cure profiles for discrete sections of the part , wherein the actively curing comprises curing discrete sections of the part to different levels of cure. additively building a part by delivering a feedstock material to a build volume by means of a deposition system; and actively curing discrete sections of the part as the part is being additively built according to predetermined cure profiles for discrete sections of the part , wherein the actively curing comprises curing discrete sections of the part to different levels of cure.
An internal combustion engine for use with a propeller driven aircraft having a propellor, the engine comprising: a crank case housing having a forward wall and a rearward wall ; a crankshaft journaled within the crank case housing and rotatable about a crankshaft axis, wherein the crankshaft is configured to be rotatably driven by a plurality of pistons consisting of six pistons and a crankshaft rear end extends through the housing rearward wall; a power output shaft journaled within the crank case housing; and a gear set configured to transfer rotational power from the crankshaft to the power output shaft and to rotate the power output shaft at a velocity that is proportional to the rotational velocity of the crankshaft, wherein the gear set is disposed rearward of the engine housing rearward wall, wherein the power output shaft has a front end and a rear end, and is rotatable about an axis that is generally parallel to the crankshaft axis, the front end extending through the housing forward wall and comprising a propeller flange for mounting the propeller thereto for rotating the propeller to provide propulsive thrust, and the rear end extending through the housing rearward wall, and wherein the power output shaft is a camshaft a crank case housing having a forward wall and a rearward wall ; a crankshaft journaled within the crank case housing and rotatable about a crankshaft axis, wherein the crankshaft is configured to be rotatably driven by a plurality of pistons consisting of six pistons and a crankshaft rear end extends through the housing rearward wall; a power output shaft journaled within the crank case housing; and a gear set configured to transfer rotational power from the crankshaft to the power output shaft and to rotate the power output shaft at a velocity that is proportional to the rotational velocity of the crankshaft, wherein the gear set is disposed rearward of the engine housing rearward wall,
A method for accessing a local network of an enterprise, wherein the method is applied to a mobile communications network system, the local network comprises service areas which are covered by a wireless communications network and in which service areas the local network is accessable, and the method comprises the steps of : receiving, by user equipment connected to a public network, a system message broadcast by a base station ; determining, based on the system message, that a service area of the local network is changed; and notifying a network device , wherein the network device is a mobility management entity, MME, an access and mobility management function, AMF, or a session management function, SMF, that the service area of the local network is changed, so that the network device performs policy control for accessing or leaving, by the user equipment the local network corresponding to the service area. receiving, by user equipment connected to a public network, a system message broadcast by a base station ; determining, based on the system message, that a service area of the local network is changed; and notifying a network device , wherein the network device is a mobility management entity, MME, an access and mobility management function, AMF, or a session management function, SMF, that the service area of the local network is changed, so that the network device performs policy control for accessing or leaving, by the user equipment the local network corresponding to the service area.
A system, comprising: a plurality of transaction storage devices (108a;108n), each transaction storage device (108a;108n) of the plurality of transaction storage devices (108a;108n) comprising a data store (118a;118n) configured to: receive, from a first entity, and at an address of the data store, a request to push a detailed transaction corresponding to a secure identifier (116a;116n), wherein the secure identifier (116a;116n) is generated, using an encoding function, from a user identifier of a user (102a;102n) for providing a layer of security to protect the user identifier; and store the detailed transaction based on a first determination to trust the first entity; an access controller configured to perform the first determination by applying a first security rule (210a;210n) corresponding to a type of the secure identifier (116a;116n) to the request to push the detailed transaction; and a registry configured to store at least the first security rule (210a;210n). a plurality of transaction storage devices (108a;108n), each transaction storage device (108a;108n) of the plurality of transaction storage devices (108a;108n) comprising a data store (118a;118n) configured to: receive, from a first entity, and at an address of the data store, a request to push a detailed transaction corresponding to a secure identifier (116a;116n), wherein the secure identifier (116a;116n) is generated, using an encoding function, from a user identifier of a user (102a;102n) for providing a layer of security to protect the user identifier; and store the detailed transaction based on a first determination to trust the first entity; receive, from a first entity, and at an address of the data store, a request to push a detailed transaction corresponding to a secure identifier (116a;116n), wherein the secure identifier (116a;116n) is generated, using an encoding function, from a user identifier of a user (102a;102n) for providing a layer of security to protect the user identifier; and store the detailed transaction based on a first determination to trust the first entity; an access controller configured to perform the first determination by applying a first security rule (210a;210n) corresponding to a type of the secure identifier (116a;116n) to the request to push the detailed transaction; and a registry configured to store at least the first security rule (210a;210n).
A dispense interface comprising - a tube configured to guide a medium and - a recess , - wherein said tube comprises a first opening and a second opening , - wherein said recess has a first opening and a second opening , and - wherein said tube is at least in part inserted into said recess , characterized in - that said tube is permanently affixed to said dispense interface by a combination of an interference fit and an adhesive , such that said interference fit prevents said adhesive from contaminating said medium , and - wherein said dispense interface is configured to attach to a distal end of a reservoir holder comprising a reservoir such that the tube pierces the reservoir. - a tube configured to guide a medium and - a recess , - wherein said tube comprises a first opening and a second opening , - wherein said recess has a first opening and a second opening , and - wherein said tube is at least in part inserted into said recess , characterized in - that said tube is permanently affixed to said dispense interface by a combination of an interference fit and an adhesive , such that said interference fit prevents said adhesive from contaminating said medium , and - wherein said dispense interface is configured to attach to a distal end of a reservoir holder comprising a reservoir such that the tube pierces the reservoir.
An automotive underbody suspension part that is a forged part made of a heat-treatable Al-Mg-Si-series alloy, wherein the part has an arm section, and an average value of inverse Schmid factor calculated from the Al-Mg-Si-series alloy crystal orientation in the longitudinal direction at the arm section, is 2.3 or greater.
System for implantation on the heart, comprising: a frame structure with a shell inserted therein, at least one expandable unit , a substance carrier , a supply unit , a control unit , characterized in that the system further comprises: a monitoring unit which, in the event of a technical or medical emergency, is designed to communicate this to the emergency physician or to another third party. a frame structure with a shell inserted therein, at least one expandable unit , a substance carrier , a supply unit , a control unit , characterized in that the system further comprises: a monitoring unit which, in the event of a technical or medical emergency, is designed to communicate this to the emergency physician or to another third party.
A quick connector assembly comprising: a connector body defining a fluid passage between a first end and a second end , the connector body including a collar proximate the first end ; an assembly check that is partially received within the first end of the connector body , the assembly check including a pull tab and a shielding portion , the shielding portion extending over at least a portion of the collar of the connector body ; and the quick connector being characterized in that it further comprises a verification indicia on an underside of the shielding portion or on an exterior surface of the collar beneath the shielding portion , wherein, upon insertion of a male connector within the first end of the connector body , the assembly check retracts from the connector body and can be manually removed via the pull tab , such that the verification indicia becomes viewable. a connector body defining a fluid passage between a first end and a second end , the connector body including a collar proximate the first end ; an assembly check that is partially received within the first end of the connector body , the assembly check including a pull tab and a shielding portion , the shielding portion extending over at least a portion of the collar of the connector body ; and the quick connector being characterized in that it further comprises a verification indicia on an underside of the shielding portion or on an exterior surface of the collar beneath the shielding portion , wherein, upon insertion of a male connector within the first end of the connector body , the assembly check retracts from the connector body and can be manually removed via the pull tab , such that the verification indicia becomes viewable.
A voice assistance device for motor vehicles which can be arranged in the interior of the motor vehicle, having a display which is configured on the front of the voice assistant device , at least one microphone which is arranged in or on the display , and a speaker by means of which audio signals from the voice assistant device can be output into the interior of the motor vehicle, wherein the speaker has a sound outlet opening which is arranged on the front of the voice assistant device exhibiting the display and the microphone , wherein the sound outlet opening of the speaker is arranged closer to the outer edge of the front of the voice assistant device than the display or the microphone , wherein the sound outlet opening of the speaker surrounds the display including the microphone , characterized in that the sound outlet opening occupies the entire, or virtually the entire, surface portion of the front of the voice assistant device between the outer edge of the display including the microphone , on the one hand, and the outer edge of the front of the voice assistant device , on the other.
A handover method, comprising: determining, by a terminal device, a first target cell based on first conditional handover, CHO, configuration information received from a source base station (S310), wherein the first target cell is a cell to which the terminal device is to be handed over; and in a process of attempting to access the first target cell, if receiving second CHO configuration information from the source base station, determining by the terminal device, based on the second CHO configuration information, whether to continue to be handed over to the first target cell (S320), characterised in that : the process of attempting to access the first target cell comprises a process of performing random access to the first target cell. determining, by a terminal device, a first target cell based on first conditional handover, CHO, configuration information received from a source base station (S310), wherein the first target cell is a cell to which the terminal device is to be handed over; and in a process of attempting to access the first target cell, if receiving second CHO configuration information from the source base station, determining by the terminal device, based on the second CHO configuration information, whether to continue to be handed over to the first target cell (S320), characterised in that : the process of attempting to access the first target cell comprises a process of performing random access to the first target cell.
A computer-implemented method of aligning RNA comprising: receiving onto a data storage unit a plurality of primer sequences and a plurality of transcript sequences transcribable from a reference genome; analyzing, using a microprocessor, the plurality of primer sequences to determine a plurality of target sequences amplifiable from the plurality of transcript sequences by the plurality of primer sequences; generating, using a microprocessor, a modified reference genome based on the plurality of target sequences, wherein the modified reference genome comprises the plurality of target sequences and excludes sequences not amplifiable from the plurality of transcript sequences by the plurality of primer sequences; aligning, using a microprocessor, sequence reads generated from a test sample comprising RNA amplicon molecules to the modified reference genome, wherein the RNA amplicon molecules are generated by amplifying RNA sequences in the test sample using primers having sequences of the plurality of primer sequences; and generating an alignment profile for the test sample based on the aligning. receiving onto a data storage unit a plurality of primer sequences and a plurality of transcript sequences transcribable from a reference genome; analyzing, using a microprocessor, the plurality of primer sequences to determine a plurality of target sequences amplifiable from the plurality of transcript sequences by the plurality of primer sequences; generating, using a microprocessor, a modified reference genome based on the plurality of target sequences, wherein the modified reference genome comprises the plurality of target sequences and excludes sequences not amplifiable from the plurality of transcript sequences by the plurality of primer sequences; aligning, using a microprocessor, sequence reads generated from a test sample comprising RNA amplicon molecules to the modified reference genome, wherein the RNA amplicon molecules are generated by amplifying RNA sequences in the test sample using primers having sequences of the plurality of primer sequences; and generating an alignment profile for the test sample based on the aligning.
A surgical tool for use in the treatment of anal fistulas, the tool including: an elongate, flexible probe having a channel running therethrough; a seton attached to a proximal end of the probe; a wire located within the channel, and movable along the channel; wherein: the probe has a first stiffness and the wire has a second stiffness, the first stiffness being less than the second stiffness. an elongate, flexible probe having a channel running therethrough; a seton attached to a proximal end of the probe; a wire located within the channel, and movable along the channel; wherein: the probe has a first stiffness and the wire has a second stiffness, the first stiffness being less than the second stiffness.
A system , comprising a master smartcard comprising a microcircuit comprising computing means and memory means and a communication interface able to communicate with a host terminal , and a host terminal comprising computing means , a man machine interface , and at least one corresponding communication interface able to communicate with said master smartcard , said system further comprises at least one slave smartcard comprising a microcircuit comprising computing means and memory means and a communication interface able to communicate with a host terminal , and in that the host terminal comprises at least one corresponding communication interface able to communicate with said slave smartcard , wherein any command , initiated from the host terminal , finally intended to a slave smartcard , is sent by the host terminal to the master smartcard , the master smartcard responding to the host terminal using a response including a modified command, the host terminal then sending the modified command to the slave smartcard , and wherein the result of the command is modified by the slave smartcard , to provide a modified response that is sent to the host terminal , the host terminal sending the modified response to the master smartcard which demodifies the modified response and sends the demodified response to the host terminal characterized in that said slave smartcard is arranged so that its memory means are used as extension for the memory means of the master smartcard .