mhurhangee/ep-ind-claims huggingface dataset:
A system of "intelligent bearings" for bridge of viaduct structures, wherein said system comprises at least: i. a plurality of sensorized " bearings ", installed in said bridge or viaduct, suitable to perform a series of measurements, over time, of the vertical load exerted on each of said sensorized " bearings ", ii. a subsystem capable of detecting the position, over time, of vehicles transiting on a trait of road corresponding to said bridge or viaduct, and iii. suitable computing means configured for processing the information produced by said sensorized "bearings" and by said subsystem capable of detecting the position of said vehicles; and said computing means are: a. configured to implement a previously programmed mathematical model of the structure of said bridge or viaduct, and b. programmed to produce a plurality of equations in which each value of said series of measurements, over time, of the vertical load exerted on each of said sensorized "bearings", is expressed as a function of said position, over time, of the vehicles transiting on that trait of road corresponding to said bridge or viaduct, and of their weight, being the weights of said vehicles expressed as unknowns in these equations, c. moreover, said computing means are programmed to solve systems of equations composed of said equations produced in the previous point "b." in order to estimate the weight of each of said vehicles transiting on said trait of road corresponding to said bridge or viaduct. i. a plurality of sensorized " bearings ", installed in said bridge or viaduct, suitable to perform a series of measurements, over time, of the vertical load exerted on each of said sensorized " bearings ", ii. a subsystem capable of detecting the position, over time, of vehicles transiting on a trait of road corresponding to said bridge or viaduct, and iii. suitable computing means configured for processing the information produced by said sensorized "bearings" and by said subsystem capable of detecting the position of said vehicles; a. configured to implement a previously programmed mathematical model of the structure of said bridge or viaduct, and b. programmed to produce a plurality of equations in which each value of said series of measurements, over time, of the vertical load exerted on each of said sensorized "bearings", is expressed as a function of said position, over time, of the vehicles transiting on that trait of road corresponding to said bridge or viaduct, and of their weight, being the weights of said vehicles expressed as unknowns in these equations, c. moreover, said computing means are programmed to solve systems of equations composed of said equations produced in the previous point "b." in order to estimate the weight of each of said vehicles transiting on said trait of road corresponding to said bridge or viaduct.
A data security method for secure data use in a motor vehicle, the data security method comprising: - reading in a user authentication of a motor vehicle user, - checking whether the user authentication is valid, wherein - if the user authentication is valid: - obtaining an encrypted personal data record from a database external to the motor vehicle by means of the user authentication, wherein the personal data record is held ready in encrypted form in the database external to the motorvehicle in such a way that it can be decrypted only on the basis of the valid user authentication, - decrypting the encrypted personal data record on the basis of the valid user authentication, - holding ready the decrypted personal data record in a device of the motor vehicle, - once use of the motor vehicle is ended by the motor vehicle user: - reading out a further personal data record from the device of the motor vehicle, - encrypting the further personal data record on the basis of the valid user authentication, and - transmitting the encrypted further personal data record to the database external to the motor vehicle. - reading in a user authentication of a motor vehicle user, - checking whether the user authentication is valid, - if the user authentication is valid: - obtaining an encrypted personal data record from a database external to the motor vehicle by means of the user authentication, wherein the personal data record is held ready in encrypted form in the database external to the motorvehicle in such a way that it can be decrypted only on the basis of the valid user authentication, - decrypting the encrypted personal data record on the basis of the valid user authentication, - holding ready the decrypted personal data record in a device of the motor vehicle, - obtaining an encrypted personal data record from a database external to the motor vehicle by means of the user authentication, wherein the personal data record is held ready in encrypted form in the database external to the motorvehicle in such a way that it can be decrypted only on the basis of the valid user authentication, - decrypting the encrypted personal data record on the basis of the valid user authentication, - holding ready the decrypted personal data record in a device of the motor vehicle, - once use of the motor vehicle is ended by the motor vehicle user: - reading out a further personal data record from the device of the motor vehicle, - encrypting the further personal data record on the basis of the valid user authentication, and - transmitting the encrypted further personal data record to the database external to the motor vehicle. - reading out a further personal data record from the device of the motor vehicle, - encrypting the further personal data record on the basis of the valid user authentication, and - transmitting the encrypted further personal data record to the database external to the motor vehicle.
An impactor securable to a funnel-shaped outlet at the bottom of a container of flowable material to break up voids in the material in the container or to break up bridging or clumping of the material in the container; said impactor having means for mounting to the exterior of the container and further comprising; a strike plate mountable to the container; a drive configured to axially and reciprocally move a hammer, such that operation of the drive causes the hammer to impact the strike plate for transmitting vibrations into the container, the drive comprising a primer operatively connected to the hammer to move the hammer from a first position in which said hammer is in contact with said strike plate to a second position in which said hammer is spaced from said strike plate, and a spring which is in operative contact with said hammer to propel the hammer from the second position to the first position so as to impact the strike plate; and a bracket configured for being fitted to the exterior of said container with mounting straps so as to transmit said vibrations to the container, the bracket having a plate, a pair of horizontal wings extending obliquely from the sides of the plate, and an upper and a lower leg extending from a back surface of the plate near the top and bottom of the plate, respectively, the legs (30, 32) being sized and shaped such that the bracket plate is generally vertically oriented when mounted to a container and such that an inner edge (30c, 32a) of the legs for engaging the container along the full length of the inner edges of the legs, wherein the lower leg is planar and the upper leg has a first section that is normal to the plate and a second section that extends diagonally upwardly from an end of the first section.
An impact indicator, comprising: a housing; a mass member located within the housing, the housing configured to enable movement of the mass member from a non-activated position within the housing to an activated position within the housing in response to receipt by the housing of an acceleration event; and at least one biasing member configured to retain the mass member in the non-activated position prior to receipt of the acceleration event, and wherein, in response to receipt by the housing of the acceleration event, the mass member is configured to overcome a biasing force of the biasing member and move from the non-activated position to the activated position, wherein the housing comprises a window located proximate to the activated position to enable a visual indication of the mass member when located in the activated position, and wherein the biasing member is configured to continuously apply another biasing force to the mass member when in the activated position to prevent the mass member from reseating in the non-activated position. a housing; a mass member located within the housing, the housing configured to enable movement of the mass member from a non-activated position within the housing to an activated position within the housing in response to receipt by the housing of an acceleration event; and at least one biasing member configured to retain the mass member in the non-activated position prior to receipt of the acceleration event, and wherein, in response to receipt by the housing of the acceleration event, the mass member is configured to overcome a biasing force of the biasing member and move from the non-activated position to the activated position, wherein the housing comprises a window located proximate to the activated position to enable a visual indication of the mass member when located in the activated position, and wherein the biasing member is configured to continuously apply another biasing force to the mass member when in the activated position to prevent the mass member from reseating in the non-activated position.
A method for allocating resources to user equipments connected to a base station of a cellular network, the resources are used to establish connection between the base station and the user equipments, the resources are associated to different resource areas and each resource area has a predetermined number of resources, the method comprising an initial step of associating to each user equipment an initial capacity in bits per second of its communication service channel to the cellular network, the method also comprising the following iterative steps; a first step of determining a user equipment with the lowest capacity, and a second step of determining a resource area within which a spectral efficiency of the user equipment is optimal, and a step of allocating a certain number of resources to the user equipment within the resource area, and a step of updating the capacities associated to the different user equipments.
Chest freezer of the type comprising a hollow body) in the form of a parallelepiped is comprising a flat edge onto which a door closes, characterised in that between this edge and the door are defined channels (22, 26) of variable section, said channels being substantially straight with a section which increases from the ends, said ends being placed close to the vertical edges of the cabinet when the door is closed, toward the centre line zones where said section is greatest.
A family 40 carbohydrate-binding molecule for use in treating or preventing a disease and/or condition caused or contributed to by one or more pathogens that bind/adhere or otherwise associate with cell surface sialic acid during pathogenesis.
A hydraulic actuator comprising: a tool unit that includes a hydraulic pump that generates pressurized oil by rotating a rotatable member, and a tool operable by the pressurized oil generated by the hydraulic pump; a driving unit that generates a rotation torque; and a torque transmission coupler to a first end of which the tool unit is detachably attachable and to a second end of which the driving unit is detachably attachable and that transmits the rotation torque generated by the driving unit to the rotatable member of the tool unit, wherein the torque transmission coupler includes a flexible rod-like shaft and a flexible cover that surrounds an outer peripheral surface of the shaft, the rotation torque generated by the driving unit is transmitted to the rotatable member of the tool unit by rotation of the shaft inside the cover, and the torque transmission coupler is bendable as the shaft and the cover have flexibility, characterized in that a first one-way clutch is arranged on a first axis end of one of the members between the rotatable member of the tool unit and the shaft of the torque transmission coupler to receive a second axis end of the other one of the members, and the first one-way clutch includes a spring biased roller, ball, or sprag that directly contacts the second axis end when the second axis end has been received by the first one-way clutch. a tool unit that includes a hydraulic pump that generates pressurized oil by rotating a rotatable member, and a tool operable by the pressurized oil generated by the hydraulic pump; a hydraulic pump that generates pressurized oil by rotating a rotatable member, and a tool operable by the pressurized oil generated by the hydraulic pump; a driving unit that generates a rotation torque; and a torque transmission coupler to a first end of which the tool unit is detachably attachable and to a second end of which the driving unit is detachably attachable and that transmits the rotation torque generated by the driving unit to the rotatable member of the tool unit, wherein the torque transmission coupler includes a flexible rod-like shaft and a flexible cover that surrounds an outer peripheral surface of the shaft, the rotation torque generated by the driving unit is transmitted to the rotatable member of the tool unit by rotation of the shaft inside the cover, and the torque transmission coupler is bendable as the shaft and the cover have flexibility, characterized in that a first one-way clutch is arranged on a first axis end of one of the members between the rotatable member of the tool unit and the shaft of the torque transmission coupler to receive a second axis end of the other one of the members, and the first one-way clutch includes a spring biased roller, ball, or sprag that directly contacts the second axis end when the second axis end has been received by the first one-way clutch.
A collision mitigation apparatus comprising: an object detecting section (S100, S105, S115, S120, S130, S310) for detecting a collision object present in front of an own vehicle on which the collision mitigation apparatus is mounted; a drive assisting section that performs drive assist for avoiding a collision between the collision object detected by the object detecting section (S100, S105, S115, S120, S130, S310) and the own vehicle, or mitigating damage to the own vehicle due to the collision; and a reliability determining section for determining a reliability of a detection result of the object detecting section (S100, S105, S115, S120, S130, S310); characterized in that the collision mitigation apparatus further comprises a timing setting section for setting a start timing to start the drive assist by the drive assisting section in accordance with the reliability determined by the reliability determining section, wherein the timing setting section sets the start timing to be later when the reliability is low compared to when the reliability is high. an object detecting section (S100, S105, S115, S120, S130, S310) for detecting a collision object present in front of an own vehicle on which the collision mitigation apparatus is mounted; a drive assisting section that performs drive assist for avoiding a collision between the collision object detected by the object detecting section (S100, S105, S115, S120, S130, S310) and the own vehicle, or mitigating damage to the own vehicle due to the collision; and a reliability determining section for determining a reliability of a detection result of the object detecting section (S100, S105, S115, S120, S130, S310); a timing setting section for setting a start timing to start the drive assist by the drive assisting section in accordance with the reliability determined by the reliability determining section, wherein the timing setting section sets the start timing to be later when the reliability is low compared to when the reliability is high.
Method for controlling an excitation voltage (Uerr) of an externally excited electrical generator for an on-board electrical system of a motor vehicle, comprising setting the excitation voltage (Uerr) within the scope of regulating an actual output voltage (Ugen) of the generator at a predetermined setpoint output voltage (Ugenset) of the generator, wherein, based on an evaluation of load requirements (h1, h2) of at least one peak load consumer (SL1, SL2) which is supplied from the on-board electrical system, wherein each load requirement (h1, h2) respectively comprises an item of information which is available to a peak load consumer (SL1, SL2) in question immediately before it is actually activated and concerns the electrical power requirement associated with the activation of the said peak load consumer, exceptional situations are detected, and wherein, in the event of an exceptional situation, modified setting of the excitation voltage (Uerr) is performed, wherein the detection of the exceptional situation is based on the expected additional power requirement exceeding a predetermined threshold value within a predetermined time period, characterized in that the modified setting provides a temporary interruption in the regulation and setting of the excitation voltage (Uerr) depending on an exception control signal (s1; s2) which is generated depending on a result of the evaluation, wherein a specific additional power requirement for a specific time period is ascertained as the result of the evaluation.
A caulking tool for use in caulking a caulking portion formed on at least one of both ends of a flange in an axial direction thereof to a caulked portion formed on at least one of both ends of a ring gear in an axial direction (Th) thereof, the ring gear being press-fitted on an outer periphery of the flange of a differential case constituting a differential sub-assembly, wherein the caulked portion comprises a plurality of notches formed along an inner peripheral edge of the ring gear, each notch including a bottom part slanted at a predetermined angle (θ1) with respect to a radial direction (Ra) of the ring gear, the caulking tool includes: a slant portion slanted at a predetermined angle (θ3) with respect to the radial direction (Ra) of the ring gear to press the caulking portion in the axial direction (Th) of the ring gear; characterised in that said caulking tool further includes a plurality of protrusions protruding from said slant portion, the protrusions being arranged corresponding to the plurality of notches, and in that each of the protrusions has a hemispherical shape having a curved outer surface.
An electrode arrangement comprising: a transmitting electrode receiving a drive signal from a controller to generate a quasi-static alternating electric field which extends into an observation area; a first electrode (e 1) extending in a first direction and configured to be connected to an evaluation device in said controller as a receiving electrode; a second electrode (e 2) extending in a second direction different from the first direction, wherein the second electrode (e 2) is electrically floating and disconnected from said controller, wherein for evaluating disturbances of the quasi-static alternating electric field with the first electrode (e 1) a combined sensitivity profile of the first electrode (e 1) is obtained by capacitively coupling the first and second electrode (e 1, e 2), wherein the sensitivity profile of the first electrode corresponds to the spatial profile on an axis perpendicular to an axis along which the first electrode (e 1) extends, wherein the first and second electrode (e 1, e 2) are capacitively combined by connecting a discrete capacitor (C k) between the first and second electrode or by a capacitive coupling path (r 1) between the first and second electrodes (e 1, e 2). a transmitting electrode receiving a drive signal from a controller to generate a quasi-static alternating electric field which extends into an observation area; a first electrode (e 1) extending in a first direction and configured to be connected to an evaluation device in said controller as a receiving electrode; a second electrode (e 2) extending in a second direction different from the first direction, wherein the second electrode (e 2) is electrically floating and disconnected from said controller, wherein for evaluating disturbances of the quasi-static alternating electric field with the first electrode (e 1) a combined sensitivity profile of the first electrode (e 1) is obtained by capacitively coupling the first and second electrode (e 1, e 2), wherein the sensitivity profile of the first electrode corresponds to the spatial profile on an axis perpendicular to an axis along which the first electrode (e 1) extends, wherein the first and second electrode (e 1, e 2) are capacitively combined by connecting a discrete capacitor (C k) between the first and second electrode or by a capacitive coupling path (r 1) between the first and second electrodes (e 1, e 2).
A method implemented by a user equipment in a wireless communication network, said method comprising: initiating a 2-step random access procedure while in a connected mode in an active BWP; selecting 2-step random access resources from among first 2-step random access resources in an inactive BWP configured for the UE to use in both connected and idle/inactive modes and second 2-step random access resources in an active BWP overlapping the inactive BWP configured for the UE to use in connected mode, wherein selecting 2-step random access resources comprises selecting the 2-step random access resources depending on a size or a priority of the random access message; and transmitting a random access message in the inactive BWP without changing the active BWP. initiating a 2-step random access procedure while in a connected mode in an active BWP; selecting 2-step random access resources from among first 2-step random access resources in an inactive BWP configured for the UE to use in both connected and idle/inactive modes and second 2-step random access resources in an active BWP overlapping the inactive BWP configured for the UE to use in connected mode, wherein selecting 2-step random access resources comprises selecting the 2-step random access resources depending on a size or a priority of the random access message; and transmitting a random access message in the inactive BWP without changing the active BWP.
An electronic communications device, comprising: a first circuit, configured to generate a first electromagnetic field; a second circuit responsive to the first electromagnetic field; a damping circuit configured to generate a second electromagnetic field in response to a current induced by the first electromagnetic field; wherein the second electromagnetic field reduces the second circuit's responsiveness to the first electromagnetic field; and wherein the damping circuit forms an electrical loop around at least a portion of the first circuit. a first circuit, configured to generate a first electromagnetic field; a second circuit responsive to the first electromagnetic field; a damping circuit configured to generate a second electromagnetic field in response to a current induced by the first electromagnetic field; wherein the second electromagnetic field reduces the second circuit's responsiveness to the first electromagnetic field; and wherein the damping circuit forms an electrical loop around at least a portion of the first circuit.