mhurhangee/ep-ind-claims huggingface dataset:
A medical device comprising: an input for receiving an input signal for controlling the medical device; an end effector; an ultrasonic transducer coupled to the end effector; a drive circuit coupled to the input and operable to generate a periodic drive signal and to provide the drive signal to the ultrasonic transducer; characterised in that the drive circuit comprises a resonant circuit and a transformer; wherein the transformer comprises a primary inductor and a secondary inductor; wherein the ultrasonic transducer has a resonant characteristic modelable as an equivalent circuit comprising a first capacitance in parallel with a serially connected inductance, resistance, and second capacitance; wherein the resonant circuit of the drive circuit comprises an inductance and a capacitance configured to have a matching LC product to that of the inductance and second capacitance of the resonant characteristic model of the ultrasonic transducer; wherein the magnetic reactance of the transformer secondary inductor at resonance matches the capacitive reactance of the second capacitance of the resonant characteristic model of the ultrasonic transducer. an input for receiving an input signal for controlling the medical device; an end effector; an ultrasonic transducer coupled to the end effector; a drive circuit coupled to the input and operable to generate a periodic drive signal and to provide the drive signal to the ultrasonic transducer; characterised in that the drive circuit comprises a resonant circuit and a transformer; wherein the transformer comprises a primary inductor and a secondary inductor; wherein the ultrasonic transducer has a resonant characteristic modelable as an equivalent circuit comprising a first capacitance in parallel with a serially connected inductance, resistance, and second capacitance; wherein the resonant circuit of the drive circuit comprises an inductance and a capacitance configured to have a matching LC product to that of the inductance and second capacitance of the resonant characteristic model of the ultrasonic transducer; wherein the magnetic reactance of the transformer secondary inductor at resonance matches the capacitive reactance of the second capacitance of the resonant characteristic model of the ultrasonic transducer.
A hot melt sensitive pressure adhesive composition useful for adherence to skin characterized in that it comprises at least: i) 1 to 30 weight-% of a first triblock copolymer, ii) 1 to 30 weight-% of a second triblock copolymer, iii) 20 to 90 weight-% of at least one tackifying resin, iv) 15 to 80 weight-% of at least one plasticizer, Wherein the viscosity of said adhesive composition is less than 500 mPas at 175°C i) 1 to 30 weight-% of a first triblock copolymer, ii) 1 to 30 weight-% of a second triblock copolymer, iii) 20 to 90 weight-% of at least one tackifying resin, iv) 15 to 80 weight-% of at least one plasticizer,
A wheel assembly comprising: an inboard wheel portion comprising a rim and a disk, wherein a radially inward surface of the rim and an inboard surface of the disk define a wheel well cavity configured to house a brake assembly; a torque bar of the brake assembly mounted to the inboard wheel portion, an outboard end of the torque bar comprising a torque bar pin; a torque bar bolt coupling an inboard end of the torque bar to the rim of the inboard wheel portion; and a retainer coupled to the torque bar and disposed radially between the torque bar and the radially inward surface of the rim of the inboard wheel portion, the retainer comprising a first end, a second end opposite the first end, and a body extending between the first end and the second end, wherein the body comprises opposing longitudinal sides configured to respectively engage and retain a respective heat shield segment of a segmented annular heat shield, and wherein the first end of the retainer defines an aperture through which the torque bar bolt extends, wherein: the aperture is a first aperture; and the second end comprises a flange; characterized in that: the flange defines a second aperture through which the torque bar pin of the torque bar extends; and the flange extends substantially perpendicular to the opposing longitudinal sides such that the first aperture and the second aperture lie in perpendicular planes. an inboard wheel portion comprising a rim and a disk, wherein a radially inward surface of the rim and an inboard surface of the disk define a wheel well cavity configured to house a brake assembly; a torque bar of the brake assembly mounted to the inboard wheel portion, an outboard end of the torque bar comprising a torque bar pin; a torque bar bolt coupling an inboard end of the torque bar to the rim of the inboard wheel portion; and a retainer coupled to the torque bar and disposed radially between the torque bar and the radially inward surface of the rim of the inboard wheel portion, the retainer comprising a first end, a second end opposite the first end, and a body extending between the first end and the second end, wherein the body comprises opposing longitudinal sides configured to respectively engage and retain a respective heat shield segment of a segmented annular heat shield, and wherein the first end of the retainer defines an aperture through which the torque bar bolt extends, wherein: the aperture is a first aperture; and the second end comprises a flange; characterized in that: the flange defines a second aperture through which the torque bar pin of the torque bar extends; and the flange extends substantially perpendicular to the opposing longitudinal sides such that the first aperture and the second aperture lie in perpendicular planes. the flange defines a second aperture through which the torque bar pin of the torque bar extends; and the flange extends substantially perpendicular to the opposing longitudinal sides such that the first aperture and the second aperture lie in perpendicular planes.
A method performed by an apparatus for device identification in a computer network system, the method comprising: maintaining a database of one or more computer devices registered at a computer network, the database comprising network-based identification data and physical location data of the one or more computer devices; detecting a connection request from a new computer device to the computer network based on comparing network-based identification data of the new computer device with the network-based identification data stored in the database, wherein the network-based identification data of the one or more computer devices comprises one or more of: a Media Access Control address, a hostname, and any other network-based data enabling identification; determining a physical location of the new computer device; comparing the physical location of the new computer device with the physical location data stored in the database; and taking further action to protect the one or more computer devices from a security threat caused by a change of the network-based identification data of the previously registered computer device; characterized by: in response to detecting a previously registered computer device of the one or more computer devices having at least an approximately same physical location as the new computer device based on comparing the physical location of the new computer device with the physical location data stored in the database, determining that the change has occurred in network-based identification data of the previously registered computer device. maintaining a database of one or more computer devices registered at a computer network, the database comprising network-based identification data and physical location data of the one or more computer devices; detecting a connection request from a new computer device to the computer network based on comparing network-based identification data of the new computer device with the network-based identification data stored in the database, wherein the network-based identification data of the one or more computer devices comprises one or more of: a Media Access Control address, a hostname, and any other network-based data enabling identification; determining a physical location of the new computer device; comparing the physical location of the new computer device with the physical location data stored in the database; and taking further action to protect the one or more computer devices from a security threat caused by a change of the network-based identification data of the previously registered computer device; characterized by: in response to detecting a previously registered computer device of the one or more computer devices having at least an approximately same physical location as the new computer device based on comparing the physical location of the new computer device with the physical location data stored in the database, determining that the change has occurred in network-based identification data of the previously registered computer device.
A container wall preferably made of concrete, in particular for containers for storing and fermenting fermented goods, which has a clamping channel close to the top edge for securing the edge of at least one film made of plastic that covers the top side of the container, having an oblique, angular clamping profile which is arranged in the top region of the container wall and has the inner clamping channel with an entry slot open to the outside, wherein the film edge can be inserted through the entry slot into the clamping channel and secured with the assistance of an elongated clamping element in the clamping channel, wherein the region of the film close to the wall encloses an angle with the horizontal, and wherein the clamping profile has a top and bottom leg, characterized in that the top leg of the clamping profile facing the film is angled such that it is approximately parallel or at a slight angle relative to the film up to the maximum permissible tension of the film such that the majority of a force exerted by the film on the top leg acts as pressure on this leg.
A bumper fixing clip for fixing a bumper to a vehicle body panel, comprising; a leg portion adapted to engage with the vehicle body panel and having screw grommets and box anchors; engagement claws adapted to engage with a plurality of engagement holes formed on a bumper to be fixed to a vehicle body panel; and an engagement member including a second engagement claw adapted to engage with or retractable from one of the engagement holes formed on the bumper by operating an operation portion, wherein the engagement member is integrally formed with a fixing clip main body, and said bumper fixing clip being characterized in that said operation portion is a rod-like operation portion with one end supported by the fixing clip main body; and an abutment piece is formed on a side opposite to the second engagement claw formed in a vicinity of the one end of the operation portion, and the fixing clip main body includes a control portion abutting against the abutment piece of the operation portion, and controlling a moving range of the operation portion.
A scaffold assembly (100; 200) for minimally invasive surgery, comprising: an instrument pod (10; 210; 400) configured for insertion through a tissue tract into a body cavity; and a plurality of actuatable movers (20; 220), each mover (20; 220) including an insertion member extending therefrom for insertion within tissue, each mover (20; 220) having at least one line (38; 249) extending through the insertion member and removably attachable to the instrument pod (10; 210; 400), and each mover (20; 220) including a moving portion (30; 240) for selective retraction and/or extension of the at least one line (38; 249) and configured to move the instrument pod (10; 210; 400) between different positions relative to each mover (20; 220) upon the actuation of at least one of the movers (20; 220) to move the instrument pod (10; 210; 400) within the body cavity. an instrument pod (10; 210; 400) configured for insertion through a tissue tract into a body cavity; and a plurality of actuatable movers (20; 220), each mover (20; 220) including an insertion member extending therefrom for insertion within tissue, each mover (20; 220) having at least one line (38; 249) extending through the insertion member and removably attachable to the instrument pod (10; 210; 400), and each mover (20; 220) including a moving portion (30; 240) for selective retraction and/or extension of the at least one line (38; 249) and configured to move the instrument pod (10; 210; 400) between different positions relative to each mover (20; 220) upon the actuation of at least one of the movers (20; 220) to move the instrument pod (10; 210; 400) within the body cavity.
A method for providing a mesh network using a plurality of access points, the method comprising: coupling a first access point located in a first cell to a second access point located in a second cell; initially providing a service to an access device by said first access point located in said first cell; servicing said access device by said second access point located in said second cell whenever a signal for said access device falls below a specified threshold; wherein said second cell is a neighboring cell located adjacent to said first cell; and characterized by the step of further comprising the step of transmitting a first signal from a first beam forming antenna coupled to said first access point, to said second access point. coupling a first access point located in a first cell to a second access point located in a second cell; initially providing a service to an access device by said first access point located in said first cell; servicing said access device by said second access point located in said second cell whenever a signal for said access device falls below a specified threshold; wherein said second cell is a neighboring cell located adjacent to said first cell; and characterized by the step of further comprising the step of transmitting a first signal from a first beam forming antenna coupled to said first access point, to said second access point.
A method of wireless communication in a wireless network, comprising: receiving physical layer signaling from a serving eNodeB of the wireless network, the signaling indicating adaptive resource partitioning information, ARPI, for subframes of at least one neighboring eNodeB (110b, 110c); and controlling one or more of interference estimation, interference cancellation, spatial equalization, or a combination thereof of a user equipment, UE, based at least in part on the physical layer signaling. receiving physical layer signaling from a serving eNodeB of the wireless network, the signaling indicating adaptive resource partitioning information, ARPI, for subframes of at least one neighboring eNodeB (110b, 110c); and controlling one or more of interference estimation, interference cancellation, spatial equalization, or a combination thereof of a user equipment, UE, based at least in part on the physical layer signaling.
A spacing/levelling device for laying slab products for cladding laying surfaces which comprises a base, positionable below the laying surface of at least two adjacent and flanked slabs with respect to a flanking direction, from which at least a separator element projects, suitable for contacting at least a portion of facing flanks of the two slabs and presser means associated to the separator element and suitable for pressing the in-view surfaces of the slab products towards the base such as to level them, characterised in that it comprises at least a corner spacer which projects from the base, destined to come into contact with flanks that are perpendicular to the facing flanks of the slabs for alignment thereof along a direction that is perpendicular to the flanking direction, wherein the corner spacer is squared with respect to the separator element and wherein in plan view the corner spacer and the separator element are arranged in a cross, the corner spacer being mobile between a raised position, in which it projects superiorly of the base, and a lowered position, in which the vertical dimension thereof is at least partly contained within the vertical dimension of the base.
Pack for cigarettes, having a box part, which is delimited at least by a front wall, a rear wall, side walls (17, 18) and a base wall, wherein the box part serves for accommodating at least one preferably cuboidal cigarette group wrapped in an inner blank, and wherein the pack has predetermined width, depth and height dimensions and at least one dimension of the at least one cigarette group is smaller than a corresponding dimension of the interior of the box part, and therefore the at least one cigarette group does not fill the interior of the box part in respect of the at least one dimension, and wherein the box part has arranged in it a collar, at least comprising a collar front wall, which butts against the front wall of the box part, and collar side walls (30, 31), which are arranged adjacent to side walls (17, 18) of the box part, and wherein the collar serves for compensating for at least one differing dimension, wherein walls of the collar are folded to form at least one, preferably sleeve-like, filler body (37, 38, 48), which at least partially compensates for the at least one dimension, wherein one of the walls folded to form a filler body (37, 38, 48) is retained by a retaining means (42, 43) in a position for forming the filler body (37, 38, 48), characterized in that the at least one retained wall is retained by a plurality of retaining means (42, 43) in a position for forming the filler body (37, 38, 48), wherein the retaining means (42, 43) are formed by stamped portions and/or punched portions in walls of the collar, between which a wall of the filler body (37, 38, 48) is retained, at least in part, in the position for forming the filler body (37, 38, 48).
A near-to-eye display system to be mounted on the head of a user for forming an image as an illuminated region on a retina of at least one eye of the user, comprising: a source of modulated light; a proximal optic positionable adjacent an eye of the user to receive the modulated light; the proximal optic having a plurality of optically redirecting regions; the optically redirecting regions configured to direct a plurality of beams of the modulated light into a pupil of the eye of the user to form a contiguous illuminated portion of the retina of the eye of the user; a first group of the optically redirecting regions configured to receive modulated light from the source and redirect beams of the modulated light into the pupil of the eye of the user for illumination of a first portion of the retina; a second group of the optically redirecting regions configured to receive modulated light from the source and redirect beams of the modulated light into the pupil of the eye of the user for illumination of a second portion of the retina; wherein the source of modulated light is selectable between the first group of the optically redirecting regions to illuminate a foveal portion of the retina and the second group of the optically redirecting regions to illuminate a peripheral portion of the retina; wherein the proximal optic is at least partially transparent and configured to allow the eye of the user to see through to the environment beyond; and wherein at least some of the optically redirecting regions are redirectors that are optically discrete from one another, and an adjacent pair of redirectors simultaneously illuminated by a beam of the modulated light, when mounted on the head of the user at most one redirector in the pair directs a respective portion of the beam into the pupil of the eye of the user, and the other redirector of the pair directs a respective portion of the beam angularly away from the pupil of the eye of the user.
Automatic system of stabilisation of the speed of rotation of at least one suspended load attached to an helicopter, characterised in that: - said system comprises at least one aerodynamic means, said aerodynamic means being at least partially restrained to said suspended load; - said system comprises at least one system of movement capable of moving at least part of said aerodynamic means; - said system comprises at least one angular velocity sensor, here defined as primary sensor; - said system comprises at least one software or computer program; - said system comprises at least one processor whereon said software is at least partially installed; - by means of said system, on the basis at least of the size at least of a part of at least one component of angular velocity of said suspended load, said size being sensed by said primary sensor, a physical action is automatically generated through the interaction between said aerodynamic means and the flow tube located downstream of the blades of said helicopter and by means of said processor; - said physical action being a moment or torque on at least part of said suspended load, tending to stabilise and to decrease the speed of rotation of the same suspended load. - said system comprises at least one aerodynamic means, said aerodynamic means being at least partially restrained to said suspended load; - said system comprises at least one system of movement capable of moving at least part of said aerodynamic means; - said system comprises at least one angular velocity sensor, here defined as primary sensor; - said system comprises at least one software or computer program; - said system comprises at least one processor whereon said software is at least partially installed; - by means of said system, on the basis at least of the size at least of a part of at least one component of angular velocity of said suspended load, said size being sensed by said primary sensor, a physical action is automatically generated through the interaction between said aerodynamic means and the flow tube located downstream of the blades of said helicopter and by means of said processor; - said physical action being a moment or torque on at least part of said suspended load, tending to stabilise and to decrease the speed of rotation of the same suspended load.