mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel speed sensor interface, comprising: circuitry configured to receive an analog signal from a wheel speed sensor ; a decoder configured to convert the analog signal received from the wheel speed sensor to a digital wheel speed sensor output signal; and a detector circuit configured to detect a transient occurring within a voltage source powering the wheel speed sensor, and compensate the digital wheel speed sensor output signal as a function of the detection of the transient occurring within the voltage source powering the wheel speed sensor; wherein the detector circuit comprises a current mirror coupled to the voltage source, wherein the current mirror is configured to emulate an extra current produced within the wheel speed sensor caused by the transient. circuitry configured to receive an analog signal from a wheel speed sensor ; a decoder configured to convert the analog signal received from the wheel speed sensor to a digital wheel speed sensor output signal; and a detector circuit configured to detect a transient occurring within a voltage source powering the wheel speed sensor, and compensate the digital wheel speed sensor output signal as a function of the detection of the transient occurring within the voltage source powering the wheel speed sensor; wherein the detector circuit comprises a current mirror coupled to the voltage source, wherein the current mirror is configured to emulate an extra current produced within the wheel speed sensor caused by the transient.
Use of a structure sliding bearing for connecting a first structure part to a second structure part, wherein the structure sliding bearing has: a bearing base which can be brought into connection with the first structure part; a sliding plate which can be brought into connection with the second structure part; and an intermediate bearing member disposed between the bearing base and the sliding plate , wherein between the intermediate bearing member and the sliding plate a main sliding surface of the structural bearing is disposed, the main sliding surface having at least two partial sliding surfaces , each disposed in mutually angled sliding planes , wherein the sliding planes meet in a common intersection line (S), which forms an axis of movement (A) of the structure sliding bearing , along which the sliding plate can move, wherein the two sliding planes enclose a first angle (α), characterized in that the first angle (α) is selected such that, in the limit state of serviceability of the structure sliding bearing at maximum horizontal force in combination with minimum vertical force, no gaping joint occurs in the region of the main sliding surface . a bearing base which can be brought into connection with the first structure part; a sliding plate which can be brought into connection with the second structure part; and an intermediate bearing member disposed between the bearing base and the sliding plate , wherein between the intermediate bearing member and the sliding plate a main sliding surface of the structural bearing is disposed, the main sliding surface having at least two partial sliding surfaces , each disposed in mutually angled sliding planes , wherein the sliding planes meet in a common intersection line (S), which forms an axis of movement (A) of the structure sliding bearing , along which the sliding plate can move, wherein the two sliding planes enclose a first angle (α), characterized in that the first angle (α) is selected such that, in the limit state of serviceability of the structure sliding bearing at maximum horizontal force in combination with minimum vertical force, no gaping joint occurs in the region of the main sliding surface .
A control device for a network system having a plurality of networks, each network comprising a master processing unit and one or a plurality of slave processing units , wherein the control device has the master processing unit , the control device is configured to hold characteristic information indicating that the device has the master processing unit , the control device being characterized in that the master processing unit comprises a device search unit configured to acquire characteristic information from each of one or a plurality of devices connected to a network managed by the master processing unit and to generate single-layer network configuration information indicating information of each of one or a plurality of devices connected to the network managed by the master processing unit , and the control device comprises a network management unit configured to acquire single-layer network configuration information from each master processing unit comprised in the network system to generate multilayer network configuration information indicating a connection relationship of each device in the network system .
A method comprising: obtaining a model associated with a model-based controller in an industrial process having actuator arrays ; and performing temporal tuning of the model-based controller, wherein the temporal tuning comprises adjusting one or more parameters of a multivariable filter used to smooth reference trajectories of actuator profiles of the actuator arrays, wherein the temporal tuning further comprises: obtaining at least one uncertainty specification for one or more temporal parameters of the model; obtaining one or more overshoot limits for the actuator profiles; identifying one or more minimum bounds for one or more profile trajectory tuning parameters; and identifying the one or more profile trajectory tuning parameters that minimize one or more measurement settling times without exceeding the one or more overshoot limits. obtaining a model associated with a model-based controller in an industrial process having actuator arrays ; and performing temporal tuning of the model-based controller, wherein the temporal tuning comprises adjusting one or more parameters of a multivariable filter used to smooth reference trajectories of actuator profiles of the actuator arrays, wherein the temporal tuning further comprises: obtaining at least one uncertainty specification for one or more temporal parameters of the model; obtaining one or more overshoot limits for the actuator profiles; identifying one or more minimum bounds for one or more profile trajectory tuning parameters; and identifying the one or more profile trajectory tuning parameters that minimize one or more measurement settling times without exceeding the one or more overshoot limits. obtaining at least one uncertainty specification for one or more temporal parameters of the model; obtaining one or more overshoot limits for the actuator profiles; identifying one or more minimum bounds for one or more profile trajectory tuning parameters; and identifying the one or more profile trajectory tuning parameters that minimize one or more measurement settling times without exceeding the one or more overshoot limits.
A computer-aided surgical navigation system for performing shoulder arthroplasty or hemiarthroplasty, the system characterized by : (a) a sensor adapted receive information regarding position and orientation of at least one reference; (b) a reference adapted to be mounted to a body part forming at least a portion of the shoulder joint, wherein the body part is a humerus; (c) a reference adapted to be mounted to a surgical instrument for use in performing shoulder arthroplasty or hemiarthroplasty; (d) a processor adapted to receive and store information from the sensor in order to track a position and orientation of the at least one reference with respect to the body part; wherein the information received from the sensor comprises the epicondylar axis of the humerus and the information received is used to determine the retroversion reference axis; and (e) a monitor adapted to receive information from the processor in order to display at least some of the navigational reference information and the at least one reference, wherein the system further comprises the surgical instrument, and further wherein the surgical instrument is a humeral reamer. (a) a sensor adapted receive information regarding position and orientation of at least one reference; (b) a reference adapted to be mounted to a body part forming at least a portion of the shoulder joint, wherein the body part is a humerus; (c) a reference adapted to be mounted to a surgical instrument for use in performing shoulder arthroplasty or hemiarthroplasty; (d) a processor adapted to receive and store information from the sensor in order to track a position and orientation of the at least one reference with respect to the body part; wherein the information received from the sensor comprises the epicondylar axis of the humerus and the information received is used to determine the retroversion reference axis; and (e) a monitor adapted to receive information from the processor in order to display at least some of the navigational reference information and the at least one reference, wherein the system further comprises the surgical instrument, and further wherein the surgical instrument is a humeral reamer.
A method comprising: generating a reduced size textual network log from a textual network log including event records by parsing (S410), based on one or more configuration parameters from a network controller, the textual network log to identify instances of a pattern in the event records, wherein the configuration parameters include an identifiable format for an event record in the form of an ordered pattern of numerical values that defines the pattern to be identified; substituting (S412) each of the identified instances of the pattern with the numerical values; outputting the reduced size textual network log to a network controller. generating a reduced size textual network log from a textual network log including event records by parsing (S410), based on one or more configuration parameters from a network controller, the textual network log to identify instances of a pattern in the event records, wherein the configuration parameters include an identifiable format for an event record in the form of an ordered pattern of numerical values that defines the pattern to be identified; substituting (S412) each of the identified instances of the pattern with the numerical values; parsing (S410), based on one or more configuration parameters from a network controller, the textual network log to identify instances of a pattern in the event records, wherein the configuration parameters include an identifiable format for an event record in the form of an ordered pattern of numerical values that defines the pattern to be identified; substituting (S412) each of the identified instances of the pattern with the numerical values; outputting the reduced size textual network log to a network controller.
An input device comprising: a key assembly including a plurality of keys that are usable to initiate respective inputs for a computing device ; a connection portion configured to be removably connected to the computing device physically and communicatively to communicate signals generated by the plurality of keys to the computing device; and an outer layer that is configured to cover the plurality of keys of the key assembly , characterized in that the outer layer having a plurality of areas that are embossed thereon to form a plurality of depressions that indicate one or more borders of respective said keys. a key assembly including a plurality of keys that are usable to initiate respective inputs for a computing device ; a connection portion configured to be removably connected to the computing device physically and communicatively to communicate signals generated by the plurality of keys to the computing device; and an outer layer that is configured to cover the plurality of keys of the key assembly , characterized in that the outer layer having a plurality of areas that are embossed thereon to form a plurality of depressions that indicate one or more borders of respective said keys.
An LED module , comprising a circuit, the circuit comprising a light-emitting diode, LED, and a resonant circuit for coupling in energy for operating the LED , the circuit being fully encapsulated in the LED module and formed without connections, the LED comprising first and second terminals , the circuit comprising first and second electrodes for contacting the LED , the resonant circuit comprising a conductive track serving as an antenna , characterized in that the LED module has a layered design comprising a dielectric having a first side and a second side located opposite the first side, a portion (124.1) of the first electrode being arranged on the first side of the dielectric , and the second electrode being arranged on the second side of the dielectric , by which a capacitance for the resonant circuit is formed, the first and second terminals being located on the second side of the dielectric , the first terminal of the LED being connected to the portion (124.1) of the first electrode by way of a first via extending through the dielectric , the conductive track of the antenna of the resonant circuit being arranged on the first side of the dielectric and being connected to the second electrode by way of a second via extending through the dielectric , the conductive track forming a plurality of antenna windings of the antenna , and the second electrode being connected to the second terminal of the LED .
A targeted agent that selectively blocks CD47 binding to SIRPα, for use in the treatment of small cell lung cancer in a patient, by administering: (i) the targeted agent that selectively blocks CD47 binding to SIRPα in combination with (ii) a monoclonal antibody that specifically binds to one or more cell surface antigens on lung cancer cells in the patient, wherein the antibody is an entire immunoglobulin, and wherein the agent that selectively blocks CD47 binding to SIRPα is: (a) an antibody that specifically binds to CD47, (b) an antibody that specifically binds to SIRPα, or (c) a soluble SIRPα polypeptide, and wherein the one or more cell-surface antigens on lung cancer cells are selected from EpCAM, CD56, CD99 and CD44. (i) the targeted agent that selectively blocks CD47 binding to SIRPα in combination with (ii) a monoclonal antibody that specifically binds to one or more cell surface antigens on lung cancer cells in the patient, wherein the antibody is an entire immunoglobulin, and wherein the agent that selectively blocks CD47 binding to SIRPα is: (a) an antibody that specifically binds to CD47, (b) an antibody that specifically binds to SIRPα, or (c) a soluble SIRPα polypeptide, and wherein the one or more cell-surface antigens on lung cancer cells are selected from EpCAM, CD56, CD99 and CD44. (a) an antibody that specifically binds to CD47, (b) an antibody that specifically binds to SIRPα, or (c) a soluble SIRPα polypeptide, and wherein the one or more cell-surface antigens on lung cancer cells are selected from EpCAM, CD56, CD99 and CD44.
A method to receive control information, the method performed by a base station, BS, (100; 200) in a wireless communication system, the method comprising: selecting a BS receive beam for uplink communication with a mobile station, MS, (110; 210, 220, 230) wherein the selected BS receive beam is one of a plurality of BS receive beams formed by an antenna array of the BS, and the plurality of BS receive beams have different beam directions and different beam coverages; identifying a control channel resource region mapped to the selected BS receive beam from among a plurality of control channel resource regions in an uplink interval, wherein the uplink interval is configured for a control channel and includes the plurality of control channel resource regions corresponding to the plurality of BS receive beams respectively, and the plurality of control channel resource regions are divided on a time domain or a frequency domain in the uplink interval; and receiving the control information from the MS on the identified control channel resource region through the selected BS receive beam. selecting a BS receive beam for uplink communication with a mobile station, MS, (110; 210, 220, 230) wherein the selected BS receive beam is one of a plurality of BS receive beams formed by an antenna array of the BS, and the plurality of BS receive beams have different beam directions and different beam coverages; identifying a control channel resource region mapped to the selected BS receive beam from among a plurality of control channel resource regions in an uplink interval, wherein the uplink interval is configured for a control channel and includes the plurality of control channel resource regions corresponding to the plurality of BS receive beams respectively, and the plurality of control channel resource regions are divided on a time domain or a frequency domain in the uplink interval; and receiving the control information from the MS on the identified control channel resource region through the selected BS receive beam.
A sensor-equipped display apparatus comprising: a light-transmissive display screen ; a first sensor configured to detect light passing through the light-transmissive display screen; and a material that visually obscures the first sensor when viewed through the light-transmissive display screen; wherein the light-transmissive display screen is a transparent organic electroluminescence panel; and wherein a gap in the material is provided at least in a portion of the light transmissive display screen opposite the surface of the first sensor. a light-transmissive display screen ; a first sensor configured to detect light passing through the light-transmissive display screen; and a material that visually obscures the first sensor when viewed through the light-transmissive display screen; wherein the light-transmissive display screen is a transparent organic electroluminescence panel; and wherein a gap in the material is provided at least in a portion of the light transmissive display screen opposite the surface of the first sensor.
Apparatus for monitoring geotechnical, geological-structural, hydrogeological and geophysical parameters of soils, rocks and structures in general and more generally of works of geotechnical, mining and structural engineering in general, which apparatus comprises: two or more rigid housing elements, at least one sensor for at least one parameter to be monitored being mounted into at least one of them; which at least two or more rigid housing elements are arranged in sequence one behind the other along a predetermined line or a predetermined axis, a deformable connection element being interposed between each rigid housing element and the immediately following one; which sensors communicate with means collecting output signals from said sensors that can be mounted in the apparatus or in a separate remote station; and at least a part of said rigid elements is provided with members removably locking in position the apparatus cooperating with the walls of a borehole drilled in the soil and more generally in the medium to be monitored and characterized in that the apparatus is provided in combination with a compressible and extensible extensometric/settlement metering tube lining the borehole; which tube is intended to be secured to the soil, that is with the walls of the borehole, while as locking members, at least a part of the rigid elements is provided with radial friction locking extensions cooperating with the inner wall of said tube and elastically compressible and said rigid elements are made telescopically deployable and retractable and comprise a sensor measuring the axial deployment or retraction. two or more rigid housing elements, at least one sensor for at least one parameter to be monitored being mounted into at least one of them; which at least two or more rigid housing elements are arranged in sequence one behind the other along a predetermined line or a predetermined axis, a deformable connection element being interposed between each rigid housing element and the immediately following one; which sensors communicate with means collecting output signals from said sensors that can be mounted in the apparatus or in a separate remote station; and at least a part of said rigid elements is provided with members removably locking in position the apparatus cooperating with the walls of a borehole drilled in the soil and more generally in the medium to be monitored and characterized in that the apparatus is provided in combination with a compressible and extensible extensometric/settlement metering tube lining the borehole; which tube is intended to be secured to the soil, that is with the walls of the borehole, while as locking members, at least a part of the rigid elements is provided with radial friction locking extensions cooperating with the inner wall of said tube and elastically compressible and said rigid elements are made telescopically deployable and retractable and comprise a sensor measuring the axial deployment or retraction.
A toilet seat and lid assembly , comprising: - a toilet lid ; - a toilet seat pivotally arranged with respect to the toilet lid ; a seat raising mechanism including: lock housing rotatable between a lowered seat position and a raised seat position; a lock pin cavity for receiving a lock pin ; a spring-loaded lock pin disposed for displacement within the lock pin cavity between a locking position and an unlocking position; a seat bracket engaged for rotation by the lock housing and engaging the toilet seat ; and torsion spring biasing the lock housing towards the raised seat position; characterised by a pin actuating rod carried by the toilet lid , the pin actuating rod engageable with the lock pin for actuation of the lock pin from the locking position to the unlocking position. - a toilet lid ; - a toilet seat pivotally arranged with respect to the toilet lid ; a seat raising mechanism including: lock housing rotatable between a lowered seat position and a raised seat position; a lock pin cavity for receiving a lock pin ; a spring-loaded lock pin disposed for displacement within the lock pin cavity between a locking position and an unlocking position; a seat bracket engaged for rotation by the lock housing and engaging the toilet seat ; and torsion spring biasing the lock housing towards the raised seat position; characterised by a pin actuating rod carried by the toilet lid , the pin actuating rod engageable with the lock pin for actuation of the lock pin from the locking position to the unlocking position. lock housing rotatable between a lowered seat position and a raised seat position; a lock pin cavity for receiving a lock pin ; a spring-loaded lock pin disposed for displacement within the lock pin cavity between a locking position and an unlocking position; a seat bracket engaged for rotation by the lock housing and engaging the toilet seat ; and torsion spring biasing the lock housing towards the raised seat position; characterised by a pin actuating rod carried by the toilet lid , the pin actuating rod engageable with the lock pin for actuation of the lock pin from the locking position to the unlocking position.