mhurhangee/ep-ind-claims huggingface dataset:
A fixation assembly for bone fusion, comprising: a first member positioned at a distal end of the fixation assembly, the first member comprising a head portion and a first shaft extending along a first longitudinal axis, wherein the head portion is spherical; a second member positioned at a proximal end of the fixation assembly, the second member comprising a second shaft extending along a second longitudinal axis, a first aperture at the first terminal end of the second member, wherein the first aperture is circular, and a bore extending along a bore axis through and from the first aperture to a longitudinal second aperture in a side surface of the second member, wherein the second longitudinal axis and the bore axis define an angle; and a third member having a plurality of threads on an external surface of the third member, wherein the third member is adapted for securing by pressure coupling the first member to the second member, characterized in that the fixation assembly is an intramedullary fixation assembly and in that the plurality of threads on the external surface of the third member threadably couple with an internal surface of the bore that extends along the bore axis of the second member, to effect the pressure coupling;and the first member is adapted for coupling by interference fit to the second member by being inserted through the second aperture, through the bore, and out the first aperture until the head portion abuts the first aperture. a first member positioned at a distal end of the fixation assembly, the first member comprising a head portion and a first shaft extending along a first longitudinal axis, wherein the head portion is spherical; a second member positioned at a proximal end of the fixation assembly, the second member comprising a second shaft extending along a second longitudinal axis, a first aperture at the first terminal end of the second member, wherein the first aperture is circular, and a bore extending along a bore axis through and from the first aperture to a longitudinal second aperture in a side surface of the second member, wherein the second longitudinal axis and the bore axis define an angle; and a third member having a plurality of threads on an external surface of the third member, wherein the third member is adapted for securing by pressure coupling the first member to the second member, characterized in that the fixation assembly is an intramedullary fixation assembly and in that the plurality of threads on the external surface of the third member threadably couple with an internal surface of the bore that extends along the bore axis of the second member, to effect the pressure coupling;and the first member is adapted for coupling by interference fit to the second member by being inserted through the second aperture, through the bore, and out the first aperture until the head portion abuts the first aperture.
A battery pack for an electric vehicle comprising: a heat-radiating plastic pack having a plurality of stacked heat-radiation cartridges (300, 600) each being packed with a pair of batteries (201, 202); and a heat-radiation module comprising a vapor chamber contacting the heat-radiating plastic pack to uniformly collect heat generated from the heat-radiating plastic pack, a heat sink for diffusing and discharging the collected heat of the vapor chamber; and a heat exchanger for lowering the temperature of the heat sink, wherein the heat-radiation cartridge (300, 600) comprises a frame structure including a receiving penetration hole (110, 610) located in a central region for accommodating a pair of batteries (201, 202) and a seating portion (120, 601a, 602a) formed on an inner circumferential wall of the receiving penetration hole (110, 610) to seat the pair of batteries (201, 202), wherein the frame structure is molded with a heat-radiation plastic and comprises an aluminum frame which is insert-injection-molded. a heat-radiating plastic pack having a plurality of stacked heat-radiation cartridges (300, 600) each being packed with a pair of batteries (201, 202); and a heat-radiation module comprising a vapor chamber contacting the heat-radiating plastic pack to uniformly collect heat generated from the heat-radiating plastic pack, a heat sink for diffusing and discharging the collected heat of the vapor chamber; and a heat exchanger for lowering the temperature of the heat sink, wherein the heat-radiation cartridge (300, 600) comprises a frame structure including a receiving penetration hole (110, 610) located in a central region for accommodating a pair of batteries (201, 202) and a seating portion (120, 601a, 602a) formed on an inner circumferential wall of the receiving penetration hole (110, 610) to seat the pair of batteries (201, 202), wherein the frame structure is molded with a heat-radiation plastic and comprises an aluminum frame which is insert-injection-molded.
X-ray system, comprising an X-ray generating device; and an X-ray detector; wherein the X-ray generating device and the X-ray detector are operatively coupled for the acquisition of X-ray images of an object to be examined; the X-ray system further comprising a motor assisted movement assembly adapted to move the X-ray system on the surface, comprising: at least one bidirectional wheel adapted to roll in at least a first direction and in at least a second direction, with the first direction and the second direction being non-parallel, and a motor arrangement associated with the at least one bidirectional wheel, wherein the motor assisted movement assembly is further adapted to i) detect a manual indication of a desired movement of the X-ray system relative to the surface; and ii) engage at least one motor element to support the desired movement by adding an overlaying or additional force. at least one bidirectional wheel adapted to roll in at least a first direction and in at least a second direction, with the first direction and the second direction being non-parallel, and a motor arrangement associated with the at least one bidirectional wheel,
An apparatus for treating a target region in a subject's body with TTFields, the apparatus comprising: a first pair of ring-shaped electrode arrays (21, 22; 60) configured completely to surround a respective body part longitudinally prior to the target region and longitudinally subsequent to the target region, the first pair of electrode arrays (21, 22; 60) each comprising a plurality of individual electrode elements wired together using wiring and mounted on a band-shaped substrate, the band-shaped substrate being shaped and dimensioned to fit on the body part and configured to hold the individual electrode elements against the subject's body; and an AC voltage generator configured to generate an AC voltage with a frequency of 100-500 kHz between the individual electrode elements of the first pair of electrode arrays (21, 22; 60) to impose a first electric field with field lines that run longitudinally through the target region, wherein the first electric field has a field strength of at least 1 V/cm. a first pair of ring-shaped electrode arrays (21, 22; 60) configured completely to surround a respective body part longitudinally prior to the target region and longitudinally subsequent to the target region, the first pair of electrode arrays (21, 22; 60) each comprising a plurality of individual electrode elements wired together using wiring and mounted on a band-shaped substrate, the band-shaped substrate being shaped and dimensioned to fit on the body part and configured to hold the individual electrode elements against the subject's body; and an AC voltage generator configured to generate an AC voltage with a frequency of 100-500 kHz between the individual electrode elements of the first pair of electrode arrays (21, 22; 60) to impose a first electric field with field lines that run longitudinally through the target region, wherein the first electric field has a field strength of at least 1 V/cm.
A plastic aerosol container, comprising: a main body portion that is constructed and arranged to withstand aerosol pressurization within a range that is about 345 kPa-2.07 MPa (50-300 psig); a finish portion (14, 32, 62) that is unitary with the main body portion, the finish portion (14, 32, 62) having a sidewall and an upper sealing surface, the finish portion further including securement means to secure an aerosol dispensing closure to the finish portion, a support ledge positioned beneath the securement means; and a reinforcement structure (20, 36) positioned beneath the support ledge for reinforcing the finish portion against deformation due to pressurization; wherein the reinforcement structure (20, 36) comprises a secondary flange (20, 36) that is unitary with the side wall of the finish portion (14, 32, 62); characterized in that the secondary flange has an outer circumference that is non-circular in at least one location. a main body portion that is constructed and arranged to withstand aerosol pressurization within a range that is about 345 kPa-2.07 MPa (50-300 psig); a finish portion (14, 32, 62) that is unitary with the main body portion, the finish portion (14, 32, 62) having a sidewall and an upper sealing surface, the finish portion further including securement means to secure an aerosol dispensing closure to the finish portion, a support ledge positioned beneath the securement means; and a reinforcement structure (20, 36) positioned beneath the support ledge for reinforcing the finish portion against deformation due to pressurization; wherein the reinforcement structure (20, 36) comprises a secondary flange (20, 36) that is unitary with the side wall of the finish portion (14, 32, 62); characterized in that the secondary flange has an outer circumference that is non-circular in at least one location.
An RF interconnection module (40, 44) comprising: a connector housing (90, 94); a capacitive coupling (62, 64) at least partially disposed in the connector housing (90, 94); a float gasket comprising a middle portion and first and second flanges (81a, 81b), wherein the middle portion is configured to engage with an inner periphery of an opening into which the float gasket is to be installed, wherein the first and second flanges (81a, 81b) are dimensioned to be larger than the opening in which the float gasket is to be installed, and wherein, when the connector housing (90, 94) is mounted, one of the first and second flanges (81a, 81b) of the float gasket is positioned between the connector housing (90, 94) and a surface that includes the opening; and a first float shell and a second float shell each configured to engage a respective flange (81a, 81b) of the float gasket, wherein the float gasket is configured to allow the connector housing (90, 94) to move with respect to the surface that includes the opening. a connector housing (90, 94); a capacitive coupling (62, 64) at least partially disposed in the connector housing (90, 94); a float gasket comprising a middle portion and first and second flanges (81a, 81b), wherein the middle portion is configured to engage with an inner periphery of an opening into which the float gasket is to be installed, wherein the first and second flanges (81a, 81b) are dimensioned to be larger than the opening in which the float gasket is to be installed, and wherein, when the connector housing (90, 94) is mounted, one of the first and second flanges (81a, 81b) of the float gasket is positioned between the connector housing (90, 94) and a surface that includes the opening; and a first float shell and a second float shell each configured to engage a respective flange (81a, 81b) of the float gasket, wherein the float gasket is configured to allow the connector housing (90, 94) to move with respect to the surface that includes the opening.
A method for audio decoding, where an encoded primary signal is decoded to form a decoded primary signal, followed by a post-filtering of the decoded primary signal to form a post-filtered signal, where an output signal of the decoder is one of the decoded primary signal and the post-filtered signal, the method comprising: obtaining (1101, 800) an energy estimation of at least a part of a frequency spectrum of the primary signal being reconstructed by the decoder; obtaining (1103, 820) an analysis of discontinuities in time domain that is caused by the post-filtering of the decoded primary signal; generating (1105, 830) a decision variable based on the energy estimation obtained and the analysis of discontinuities obtained; comparing (1107, 850) the decision variable to a threshold; and setting the output signal to be the decoded primary signal or the post-filtered signal based on the comparing of the decision variable to the threshold. obtaining (1101, 800) an energy estimation of at least a part of a frequency spectrum of the primary signal being reconstructed by the decoder; obtaining (1103, 820) an analysis of discontinuities in time domain that is caused by the post-filtering of the decoded primary signal; generating (1105, 830) a decision variable based on the energy estimation obtained and the analysis of discontinuities obtained; comparing (1107, 850) the decision variable to a threshold; and setting the output signal to be the decoded primary signal or the post-filtered signal based on the comparing of the decision variable to the threshold.
A visual dental floss, characterized in that the visual dental floss includes a dental floss, an oral viewer and a connecting mechanism; A. the dental floss includes a floss, a bracket and a mounting base; the ends of the floss of the dental floss are respectively fixed on a left arm and a right arm of the bracket, and the bracket is arranged on the mounting base; B. the oral viewer includes a housing, a power supply system, a lighting system, a camera system, a circuit system and a switch; the lighting system, the camera system, the circuit system and the power supply system are mounted in the housing, and the switch is mounted on the housing; the lighting system, the camera system, the power supply system and the switch are connected together through the circuit system; C. the dental floss is mounted on the oral viewer through the connecting mechanism; characterized in that D. the angle δ between the floss of the dental floss and the center line of the head of the housing of the oral viewer is adjustable. A. the dental floss includes a floss, a bracket and a mounting base; the ends of the floss of the dental floss are respectively fixed on a left arm and a right arm of the bracket, and the bracket is arranged on the mounting base; B. the oral viewer includes a housing, a power supply system, a lighting system, a camera system, a circuit system and a switch; the lighting system, the camera system, the circuit system and the power supply system are mounted in the housing, and the switch is mounted on the housing; the lighting system, the camera system, the power supply system and the switch are connected together through the circuit system; C. the dental floss is mounted on the oral viewer through the connecting mechanism; characterized in that D. the angle δ between the floss of the dental floss and the center line of the head of the housing of the oral viewer is adjustable.
Floor panel, wherein the floor panel is made rectangular and oblong and comprises a substrate and a top layer provided on this substrate; wherein the substrate substantially consists of a thermoplastic material; wherein the substrate has a thickness of 2 to 10 millimeters; wherein the substrate forms at least half of the thickness of the floor panel; wherein the top layer is at least composed of a print and a transparent thermoplastic layer situated above said print, the print being provided on a carrier sheet, which carrier sheet, together with the print, forms a printed synthetic film; wherein the floor panel, at least at two opposite edges, is provided with mechanical coupling means allowing that two of such floor panels can be coupled to each other, such that a locking is obtained in a vertical direction perpendicular to the plane of the coupled panels, as well as in a horizontal direction perpendicular to the coupled edge and in the plane of the floor panels; wherein the coupling means are realized as a tongue and groove bordered by an upper lip and a lower lip; wherein the tongue and groove substantially are responsible for the locking in said vertical direction; wherein the tongue and groove are provided with locking parts, substantially responsible for the locking in said horizontal direction; and wherein the coupling means are substantially realized in said substrate; the top layer of the floor panel comprises a back layer, which is situated between the print and the substrate and which comprises soft PVC; wherein the back layer extends above the center line determined by the tongue-in-groove coupling, - characterized in that the floor panel comprises means for limiting the bending by the own weight, said means at least comprising the measure wherein at least one layer of the floor panel has a density of more than 650 kilograms per cubic meter and is arranged between the top layer and the substrate, wherein the layer with a density of more than 650 kilograms per cubic meter comprises hard PVC.
An electronic equipment incorporating an antenna device, the antenna device comprising: a first conductive member; a second conductive member that is separated from the first conductive member; a connection conductor (21, 22) that connects in series the first conductive member and the second conductive member; a capacitor that forms a looped current path with the first conductive member, the second conductive member, and the connection conductor (21, 22), and forms a resonant circuit with inductance components of the first conductive member, the second conductive member, and the connection conductor (21, 22); and a power feed coil (30, L1) configured to magnetically couple with the connection conductor (21, 22), characterised in that the electronic equipment further comprises: a casing (91, 92) and an RFIC connected to the power feed coil (30, L1), wherein the first conductive member is a conductor portion of the casing of the electronic equipment; and the antenna device is configured to communicate by magnetic coupling. a first conductive member; a second conductive member that is separated from the first conductive member; a connection conductor (21, 22) that connects in series the first conductive member and the second conductive member; a capacitor that forms a looped current path with the first conductive member, the second conductive member, and the connection conductor (21, 22), and forms a resonant circuit with inductance components of the first conductive member, the second conductive member, and the connection conductor (21, 22); and a power feed coil (30, L1) configured to magnetically couple with the connection conductor (21, 22), characterised in that the electronic equipment further comprises: a casing (91, 92) and an RFIC connected to the power feed coil (30, L1), wherein the first conductive member is a conductor portion of the casing of the electronic equipment; and the antenna device is configured to communicate by magnetic coupling. a casing (91, 92) and an RFIC connected to the power feed coil (30, L1), wherein the first conductive member is a conductor portion of the casing of the electronic equipment; and the antenna device is configured to communicate by magnetic coupling.
A lubrication system for a transmission assembly comprising: a primary reservoir; at least one primary jet; a primary circulating system fluidly coupling the primary reservoir and the at least one primary jet and comprising a primary pump for delivering lubricant from the primary reservoir to the at least one primary jet; a secondary reservoir; at least one secondary jet; and a secondary circulating system fluidly coupling the primary reservoir and the at least one secondary jet and fluidly coupling the primary reservoir and the secondary reservoir, further comprising a secondary pump, a second conduit extending between the secondary pump and the at least one secondary jet, characterized by a third conduit extending between the secondary pump and the secondary reservoir, wherein the second conduit and the third conduit are arranged in parallel, wherein the secondary circulating system further comprises a pressure regulating valve located within the third conduit, upstream from the secondary reservoir. a primary reservoir; at least one primary jet; a primary circulating system fluidly coupling the primary reservoir and the at least one primary jet and comprising a primary pump for delivering lubricant from the primary reservoir to the at least one primary jet; a secondary reservoir; at least one secondary jet; and a secondary circulating system fluidly coupling the primary reservoir and the at least one secondary jet and fluidly coupling the primary reservoir and the secondary reservoir, further comprising a secondary pump, a second conduit extending between the secondary pump and the at least one secondary jet, characterized by a third conduit extending between the secondary pump and the secondary reservoir, wherein the second conduit and the third conduit are arranged in parallel, wherein the secondary circulating system further comprises a pressure regulating valve located within the third conduit, upstream from the secondary reservoir.
A permanent magnet rotating electrical machine comprising: a wound stator; and a round rotor including at least two magnetic poles, characterized in that each pole is formed of a pair of angularly spaced-apart permanent magnets with unlike magnetic poles of the pair of angularly spaced-apart permanent magnets facing each other, a rotor pole piece located between each said pole, a triangularly shaped void located in the middle of the rotor pole piece, and a plurality of elongate slots located in the rotor pole piece between the void and an adjacent magnet, and wherein the slots are oriented in the rotor pole piece to bisect the angle between the no-load direct axis inductance and the magnetic polar axis. a wound stator; and a round rotor including at least two magnetic poles, characterized in that each pole is formed of a pair of angularly spaced-apart permanent magnets with unlike magnetic poles of the pair of angularly spaced-apart permanent magnets facing each other, a rotor pole piece located between each said pole, a triangularly shaped void located in the middle of the rotor pole piece, and a plurality of elongate slots located in the rotor pole piece between the void and an adjacent magnet, and wherein the slots are oriented in the rotor pole piece to bisect the angle between the no-load direct axis inductance and the magnetic polar axis.
A computer-implemented method for improving a lithographic process for imaging a portion of a design layout onto a substrate using a lithographic projection apparatus, the method comprising: estimating at least a characteristic of deformation of a resist layer (510, 790) in a first direction, as if there were no deformation in any directions perpendicular to the first direction; estimating at least a characteristic of deformation of the resist layer (510, 790) in a second direction as if there were no deformation in the first direction, the second direction being different from the first direction; estimating at least a characteristic of three-dimensional deformation of the resist layer based on the characteristic of the deformation in the first direction and the characteristic of the deformation in the second direction. estimating at least a characteristic of deformation of a resist layer (510, 790) in a first direction, as if there were no deformation in any directions perpendicular to the first direction; estimating at least a characteristic of deformation of the resist layer (510, 790) in a second direction as if there were no deformation in the first direction, the second direction being different from the first direction; estimating at least a characteristic of three-dimensional deformation of the resist layer based on the characteristic of the deformation in the first direction and the characteristic of the deformation in the second direction.