mhurhangee/patent-ind-claim-en huggingface dataset:
A security arrangement for arrangement to a marine entity, the security arrangement comprising: a mounting member configured to be mounted to a perimeter segment of a marine entity; a first barrier plate arranged to pivot relative the mounting member about a first pivot axle (P1) between an extended position in which position a front edge is displaced transversally from the perimeter segment, and a retracted position in which position the front edge of the first barrier plate is positioned closer to the perimeter segment, the security arrangement further comprising a fluid actuator configured to operatively move the first barrier plate between the extended position and the retracted position, and the security arrangement comprising a second barrier plate pivotably coupled to the first barrier plate about a second pivot axle (P2), wherein the second barrier plate is coupled to the fluid actuator , wherein the first axle (P1) and the second pivot axle (P2) are not coaxial . a mounting member configured to be mounted to a perimeter segment of a marine entity; a first barrier plate arranged to pivot relative the mounting member about a first pivot axle (P1) between an extended position in which position a front edge is displaced transversally from the perimeter segment, and a retracted position in which position the front edge of the first barrier plate is positioned closer to the perimeter segment, the security arrangement further comprising a fluid actuator configured to operatively move the first barrier plate between the extended position and the retracted position, and the security arrangement comprising a second barrier plate pivotably coupled to the first barrier plate about a second pivot axle (P2), wherein the second barrier plate is coupled to the fluid actuator , wherein the first axle (P1) and the second pivot axle (P2) are not coaxial .
An object information acquisition apparatus comprising: a plurality of transducer elements each configured to transmit an acoustic wave to an object , to receive reflected waves reflected from inside the object , and to convert the reflected waves into a time-series reception signal; and processing means configured to store a plurality of reference signals having different waveforms for positions inside the object, and to perform frequency domain interferometry combined with adaptive signal processing by using the reception signals output from the plurality of transducer elements and two or more stored reference signals so as to obtain acoustic characteristics at a plurality of positions located inside the object , wherein the processing means is configured to switch the reference signal to another reference signal at least once in accordance with a target position located inside the object while performing the frequency domain interferometry so as to obtain the acoustic characteristics at the plurality of positions located inside the object ; and wherein an image region for which the acoustic characteristics are obtained is divided into depth regions (D10, D11, D12, D13) such that a depth region (D10) closer to the transducer elements is narrower and wherein the different reference signals are used for the different depth regions (D10, D11, D12, D13). a plurality of transducer elements each configured to transmit an acoustic wave to an object , to receive reflected waves reflected from inside the object , and to convert the reflected waves into a time-series reception signal; and processing means configured to store a plurality of reference signals having different waveforms for positions inside the object, and to perform frequency domain interferometry combined with adaptive signal processing by using the reception signals output from the plurality of transducer elements and two or more stored reference signals so as to obtain acoustic characteristics at a plurality of positions located inside the object , wherein the processing means is configured to switch the reference signal to another reference signal at least once in accordance with a target position located inside the object while performing the frequency domain interferometry so as to obtain the acoustic characteristics at the plurality of positions located inside the object ; and wherein an image region for which the acoustic characteristics are obtained is divided into depth regions (D10, D11, D12, D13) such that a depth region (D10) closer to the transducer elements is narrower and wherein the different reference signals are used for the different depth regions (D10, D11, D12, D13).
A tibial component , comprising: a baseplate component having an articular side and a bone contact side opposite the articular side; and a peg extending from the bone contact side such that an acute angle (Θ1,Θ2) is formed between a longitudinal axis (A1) of the peg and the bone contact side of the baseplate component, the peg having a distal tip , an anterior portion, and a posterior portion, the distal tip defining a first radius of curvature (R1), the anterior portion having a spherical portion , characterised in that the spherical portion extends from the distal tip and defines a second radius of curvature, wherein the posterior portion has a conical portion extending from the distal tip and defining a taper angle (γ) relative to the longitudinal axis of the peg. a baseplate component having an articular side and a bone contact side opposite the articular side; and a peg extending from the bone contact side such that an acute angle (Θ1,Θ2) is formed between a longitudinal axis (A1) of the peg and the bone contact side of the baseplate component, the peg having a distal tip , an anterior portion, and a posterior portion, the distal tip defining a first radius of curvature (R1), the anterior portion having a spherical portion , characterised in that the spherical portion extends from the distal tip and defines a second radius of curvature, wherein the posterior portion has a conical portion extending from the distal tip and defining a taper angle (γ) relative to the longitudinal axis of the peg.
A computer readable medium comprising instructions which, when executed by one or more hardware processors, cause performance of steps comprising: identifying an operation, expressed in a first set of module code, that attempts to access a module element of a second set of module code, wherein: the first set of module code corresponds to a first module of a plurality of modules in a module system, the second set of module code corresponds to a second module of the plurality of modules in the module system, and the operation uses an accessibility override configuration available to the first set of module code that overrides non-public modifiers with which accessed module elements are declared; determining whether the module element has been exposed to the first set of module code based on a declaration in a module descriptor associated with the second set of module code; responsive to determining that the module element has not been exposed to the first set of module code based on the declaration in the module descriptor associated with the second set of module code: prohibiting the operation that attempts to access the module element even when the operation attempts to access the module element using said accessibility override configuration. identifying an operation, expressed in a first set of module code, that attempts to access a module element of a second set of module code, wherein: the first set of module code corresponds to a first module of a plurality of modules in a module system, the second set of module code corresponds to a second module of the plurality of modules in the module system, and the operation uses an accessibility override configuration available to the first set of module code that overrides non-public modifiers with which accessed module elements are declared; the first set of module code corresponds to a first module of a plurality of modules in a module system, the second set of module code corresponds to a second module of the plurality of modules in the module system, and the operation uses an accessibility override configuration available to the first set of module code that overrides non-public modifiers with which accessed module elements are declared; determining whether the module element has been exposed to the first set of module code based on a declaration in a module descriptor associated with the second set of module code; responsive to determining that the module element has not been exposed to the first set of module code based on the declaration in the module descriptor associated with the second set of module code: prohibiting the operation that attempts to access the module element even when the operation attempts to access the module element using said accessibility override configuration.
An integrated circuit comprising circuitry which, in operation, controls a process of a mobile terminal for performing a random access procedure in a mobile communication system, the process comprising: transmitting a random access preamble to a base station, receiving a random access response message from the base station in response to transmitting the random access preamble, characterized in that the random access response message comprises a grant of resources to the mobile terminal for a scheduled uplink transmission, and a field indicating how many times a same transport block is to be repeatedly transmitted from the mobile terminal on the granted resources for the scheduled uplink transmission in consecutive subframes without waiting for a Hybrid Automatic-Repeat Request, HARQ feedback from the base station. transmitting a random access preamble to a base station, receiving a random access response message from the base station in response to transmitting the random access preamble, characterized in that the random access response message comprises a grant of resources to the mobile terminal for a scheduled uplink transmission, and a field indicating how many times a same transport block is to be repeatedly transmitted from the mobile terminal on the granted resources for the scheduled uplink transmission in consecutive subframes without waiting for a Hybrid Automatic-Repeat Request, HARQ feedback from the base station.
A non-platinum based (NPB) compound which generates chemotherapeutic effects for use in the absence of radiation in the treatment of a cancer or a tumor that is treatable by a platinum (Pt)-based anti-cancer drug, wherein the compound is selected from the group consisting of: and or a pharmaceutically acceptable salt thereof.
Turf infill comprising a mixture of - cork particles , wherein the cork particles are coated with a polymer and/or resin component; and - rubber particles , wherein the rubber particles are coated with a polymer and/or resin component, wherein the weight percentage ratio of the cork particles to the rubber particles is between 1 : 4 and 1 : 8 and size and surface areas of both the cork and rubber particles is within the same range. - cork particles , wherein the cork particles are coated with a polymer and/or resin component; and - rubber particles , wherein the rubber particles are coated with a polymer and/or resin component,
A method for controlling an electric motor , the method comprising: establishing (S300) a first range of rotational speeds of a rotor of the electric motor from a first lower limit to a first higher limit; establishing (S302) a second range of rotational speeds of the rotor from a second lower limit to a second higher limit; establishing (S304) a hysteresis band such that during operation in the first range, adjusting the first higher limit by the hysteresis band to be greater than the second lower limit and/or during operation in the second range, adjusting the second lower limit by the hysteresis band to be less than the first higher limit; detecting or measuring (S306) a rotational speed of a rotor of the electric motor ; determining (S308) whether the measured rotational speed falls within the first range or the second range, as adjusted by the hysteresis band, to identify a selected speed range; and varying (S310) a switching frequency of a pulse-width modulation signal in accordance with the selected speed range. establishing (S300) a first range of rotational speeds of a rotor of the electric motor from a first lower limit to a first higher limit; establishing (S302) a second range of rotational speeds of the rotor from a second lower limit to a second higher limit; establishing (S304) a hysteresis band such that during operation in the first range, adjusting the first higher limit by the hysteresis band to be greater than the second lower limit and/or during operation in the second range, adjusting the second lower limit by the hysteresis band to be less than the first higher limit; detecting or measuring (S306) a rotational speed of a rotor of the electric motor ; determining (S308) whether the measured rotational speed falls within the first range or the second range, as adjusted by the hysteresis band, to identify a selected speed range; and varying (S310) a switching frequency of a pulse-width modulation signal in accordance with the selected speed range.
A method for compensating a commutation error of an electric motor, comprising: collecting a position signal and a three-phase current signal of a rotor that has not been corrected in an electric motor, when the rotor rotates in a set direction; wherein the position signal of the rotor represents a rotation angle of the rotor; characterised by carrying out filtering processing on the three-phase current signal to obtain a fundamental component of the three-phase current signal, and determining, based on the fundamental component of the three-phase current signal, a position error compensation signal of the electric motor; determining , according to the position error compensation signal and the position signal of the rotor, an ideal phase interval of the rotor; and determining , according to the ideal phase interval of the rotor, an adjustment scheme for the rotor of the electric motor, and commutating, according to the adjustment scheme, the rotor of the electric motor. collecting a position signal and a three-phase current signal of a rotor that has not been corrected in an electric motor, when the rotor rotates in a set direction; wherein the position signal of the rotor represents a rotation angle of the rotor; characterised by carrying out filtering processing on the three-phase current signal to obtain a fundamental component of the three-phase current signal, and determining, based on the fundamental component of the three-phase current signal, a position error compensation signal of the electric motor; determining , according to the position error compensation signal and the position signal of the rotor, an ideal phase interval of the rotor; and determining , according to the ideal phase interval of the rotor, an adjustment scheme for the rotor of the electric motor, and commutating, according to the adjustment scheme, the rotor of the electric motor.
A clad article , comprising: an article , the article including: a surface layer , the surface layer including a hard-to-weld (HTW) alloy ; at least one cavity disposed within the article below the surface layer ; and at least one microcrack with a maximum length of less than 25 μm disposed in the surface layer and in fluid communication with the at least one cavity and a cladding layer disposed on a surface of the surface layer to eliminate fluid communication of the at least one cavity to an external environment through the at least one microcrack , the cladding layer formed from a pre-sintered preform (PSP) brazed to the article , wherein the cladding layer is disposed over the at least one microcrack , and wherein the at least one cavity is free of the cladding layer , and wherein the at least one cavity includes a cooling channel . a surface layer , the surface layer including a hard-to-weld (HTW) alloy ; at least one cavity disposed within the article below the surface layer ; and at least one microcrack with a maximum length of less than 25 μm disposed in the surface layer and in fluid communication with the at least one cavity and a cladding layer disposed on a surface of the surface layer to eliminate fluid communication of the at least one cavity to an external environment through the at least one microcrack , the cladding layer formed from a pre-sintered preform (PSP) brazed to the article , wherein the cladding layer is disposed over the at least one microcrack , and wherein the at least one cavity is free of the cladding layer , and wherein the at least one cavity includes a cooling channel .
A two-component dispenser comprising - first and second push rods guided within the two-component dispenser ; - first and second drive plate assemblies respectively associated with and embodied for engaging with the first and second push rods ; and - an actuation mechanism symmetrically arranged with respect to the first and second push rods and with respect to the first and second drive plate assemblies , wherein the actuation mechanism can be displaced in an at least substantially linear manner between a release position and a plurality of dispensing positions and with the actuation mechanism engaging the first and second drive plate assemblies in the plurality of dispensing positions to respectively lock the first and second push rods by means of an engagement with the first and second drive plate assemblies and to entrain the first and second push rods in a dispensing direction (A) of the two-component dispenser , wherein the actuation mechanism is actuated by means of a trigger lever connected thereto; and in that the trigger lever is connected to the actuation mechanism via a reducer transmission characterized in that when the actuation mechanism is in the release position, first and second brake plates respectively lock the first and second push rods with the first and second brake plates and fix the position of the first and second push rods . - first and second push rods guided within the two-component dispenser ; - first and second drive plate assemblies respectively associated with and embodied for engaging with the first and second push rods ; and - an actuation mechanism symmetrically arranged with respect to the first and second push rods and with respect to the first and second drive plate assemblies , wherein the actuation mechanism can be displaced in an at least substantially linear manner between a release position and a plurality of dispensing positions and with the actuation mechanism engaging the first and second drive plate assemblies in the plurality of dispensing positions to respectively lock the first and second push rods by means of an engagement with the first and second drive plate assemblies and to entrain the first and second push rods in a dispensing direction (A) of the two-component dispenser , wherein the actuation mechanism is actuated by means of a trigger lever connected thereto; and in that the trigger lever is connected to the actuation mechanism via a reducer transmission characterized in that when the actuation mechanism is in the release position, first and second brake plates respectively lock the first and second push rods with the first and second brake plates and fix the position of the first and second push rods . the actuation mechanism is actuated by means of a trigger lever connected thereto; and in that the trigger lever is connected to the actuation mechanism via a reducer transmission characterized in that when the actuation mechanism is in the release position, first and second brake plates respectively lock the first and second push rods with the first and second brake plates and fix the position of the first and second push rods .
Active wheel support comprising a setting apparatus with a setting shaft which is driven by an actuating drive for setting track and/or camber, the actuating drive having a torsionally rigid and at the same time pliable output element , via which it is connected to the setting shaft and which at least partially decouples the remaining parts of the actuating drive from externally driven axial and/or radial movements of the setting shaft , characterized in that a. the actuating drive has a drive motor and a gear mechanism which is connected downstream of the drive motor and is configured as a coaxial gear mechanism with a drive element which is arranged on the axis of symmetry of the coaxial gear mechanism and with a circulating element which is arranged coaxially, b. the output element having the circulating element, a pot-shaped output bell which is connected fixedly to the circulating element so as to rotate with it, and an output shaft which is connected fixedly to the output bell so as to rotate with it, and the circulating element and the output shaft being arranged at opposite ends of the output bell. a. the actuating drive has a drive motor and a gear mechanism which is connected downstream of the drive motor and is configured as a coaxial gear mechanism with a drive element which is arranged on the axis of symmetry of the coaxial gear mechanism and with a circulating element which is arranged coaxially, b. the output element having the circulating element, a pot-shaped output bell which is connected fixedly to the circulating element so as to rotate with it, and an output shaft which is connected fixedly to the output bell so as to rotate with it, and the circulating element and the output shaft being arranged at opposite ends of the output bell.
An incontinence device suitable to be used to apply supporting pressure to an anterior wall of an inferior third of a vaginal canal in the approximate plane of a pubococcygeal muscle and ultimately to a urethra for controlling incontinence, comprising: a first member having a first end and a second end ; a second member resiliently connected to the first member , and the second member is biased outwardly from the first member to direct the first end of the first member toward the anterior wall of the vaginal canal in a manner providing a support structure configured to transfer upward force for support of the urethra by the first end of the first member ; and wherein the first member includes a first ring element at the first end of the first member and a second ring element at the second end of the first member , wherein the first ring element and the second ring element share a segment at a junction of the first ring element and the second ring element , wherein the second member is constructed as a ring , characterized in that the second member has a diameter that is slightly smaller than that of the first ring element such that the second member fits within the first ring element of the first member when the incontinence device is compressed to a low profile deployment configuration. a first member having a first end and a second end ; a second member resiliently connected to the first member , and the second member is biased outwardly from the first member to direct the first end of the first member toward the anterior wall of the vaginal canal in a manner providing a support structure configured to transfer upward force for support of the urethra by the first end of the first member ; and wherein the first member includes a first ring element at the first end of the first member and a second ring element at the second end of the first member , wherein the first ring element and the second ring element share a segment at a junction of the first ring element and the second ring element , wherein the second member is constructed as a ring , characterized in that the second member has a diameter that is slightly smaller than that of the first ring element such that the second member fits within the first ring element of the first member when the incontinence device is compressed to a low profile deployment configuration.