mhurhangee/ep-ind-claims huggingface dataset:
Milling device for prosthetic surgery comprising: a milling tool; a handler body with a rotating drive shaft which develops along a longitudinal axis of rotation, connected to said milling tool to rotate said milling tool; wherein said rotating shaft is cannulated, being internally hollow and having a guide channel parallel to said longitudinal axis and having an axis coaxial to said longitudinal axis and extending through an entire longitudinal dimension of said milling tool and suitable to accommodate a guide element necessary to axially position the device in the desired milling position during surgery, wherein said rotating shaft comprises an angular joint rotatably coupled with said milling tool to selectively define a plurality of inclined positions of said milling tool with respect to said longitudinal axis, and wherein said handler body comprises a guide member which comprises a stabilizer body disposed eccentric with respect to said longitudinal axis, configured to cooperate with said milling tool so as to selectively define, amongst said plurality of inclined positions, a single specific stable inclined position of said milling tool, in which said milling tool is able to rotate on itself around a specific milling axis inclined with respect to said longitudinal axis, thereby said milling axis being inclined with respect to said axis of said guide channel. a milling tool; a handler body with a rotating drive shaft which develops along a longitudinal axis of rotation, connected to said milling tool to rotate said milling tool; wherein said rotating shaft is cannulated, being internally hollow and having a guide channel parallel to said longitudinal axis and having an axis coaxial to said longitudinal axis and extending through an entire longitudinal dimension of said milling tool and suitable to accommodate a guide element necessary to axially position the device in the desired milling position during surgery, wherein said rotating shaft comprises an angular joint rotatably coupled with said milling tool to selectively define a plurality of inclined positions of said milling tool with respect to said longitudinal axis, and wherein said handler body comprises a guide member which comprises a stabilizer body disposed eccentric with respect to said longitudinal axis, configured to cooperate with said milling tool so as to selectively define, amongst said plurality of inclined positions, a single specific stable inclined position of said milling tool, in which said milling tool is able to rotate on itself around a specific milling axis inclined with respect to said longitudinal axis, thereby said milling axis being inclined with respect to said axis of said guide channel.
A sensor device for tire inspection that is removably positionable along an inner surface of a tire, the tire having a bead portion and defining a radial direction and an axial direction, the sensor device comprising: a body comprising an outermost inspection surface for placing at the inner surface near the bead portion; characterized by a sensor array comprising a plurality of sensors arranged in a linear manner and defining a longitudinal direction, the sensor array supported by the body and located proximate to the outermost inspection surface, the sensor array having opposing ends (116, 118); a magnet array arranged on the body so that the outer inspection surface and sensor array are located between at least a portion of the magnet array and the tire when the sensor device is positioned for tire inspection, the magnet array comprising a plurality of magnets having a first end and a second end, wherein at least a portion of the plurality of magnets are arranged into an arc of a circle and configured to partially surround the bead portion of the tire, the arc of the circle having a central angle α, wherein 60 degrees ≤ α ≤ 90 degrees; and a terminal magnet having at least one end displaced along the longitudinal direction beyond one of the opposing ends of the sensor array. a body comprising an outermost inspection surface for placing at the inner surface near the bead portion; characterized by a sensor array comprising a plurality of sensors arranged in a linear manner and defining a longitudinal direction, the sensor array supported by the body and located proximate to the outermost inspection surface, the sensor array having opposing ends (116, 118); a magnet array arranged on the body so that the outer inspection surface and sensor array are located between at least a portion of the magnet array and the tire when the sensor device is positioned for tire inspection, the magnet array comprising a plurality of magnets having a first end and a second end, wherein at least a portion of the plurality of magnets are arranged into an arc of a circle and configured to partially surround the bead portion of the tire, the arc of the circle having a central angle α, wherein 60 degrees ≤ α ≤ 90 degrees; and a terminal magnet having at least one end displaced along the longitudinal direction beyond one of the opposing ends of the sensor array. a plurality of magnets having a first end and a second end, wherein at least a portion of the plurality of magnets are arranged into an arc of a circle and configured to partially surround the bead portion of the tire, the arc of the circle having a central angle α, wherein 60 degrees ≤ α ≤ 90 degrees; and a terminal magnet having at least one end displaced along the longitudinal direction beyond one of the opposing ends of the sensor array.
A light assembly, comprising: an outer light cover having a first and second generally opposed major surfaces (13, 14), and a first zone having a first color, and a second zone having a second, at least one of different color or being clear, the second major surface being an inner major surface; a reflector having an inner major surface; an inner lens disposed between the outer light cover and the reflector, the inner lens having first and second generally opposed major surfaces (20, 21), wherein at least one of the first or second major surfaces (20, 21) of the inner lens is transflective, wherein the second major surface of the inner lens is closer to the inner major surface of the reflector than the first major surface of the inner lens is to the inner major surface of the reflector; and a first light source that emits a first color when energized; wherein there is an optical cavity between the second major surface of the inner lens and the inner major surface of the reflector, and wherein the first light source is selected and positioned to introduce light into the optical cavity such that, when energized, provides the same color for the first and second zones (15, 16) when viewed from the first major surface of the outer cover, characterized in that the inner major surface of the reflector is parallel to at least 30 percent of the inner major surface of the outer light cover; and the transflective surfaces of the inner lens have a first region with a first group of structures and a second region with a second group of different structures. an outer light cover having a first and second generally opposed major surfaces (13, 14), and a first zone having a first color, and a second zone having a second, at least one of different color or being clear, the second major surface being an inner major surface; a reflector having an inner major surface; an inner lens disposed between the outer light cover and the reflector, the inner lens having first and second generally opposed major surfaces (20, 21), wherein at least one of the first or second major surfaces (20, 21) of the inner lens is transflective, wherein the second major surface of the inner lens is closer to the inner major surface of the reflector than the first major surface of the inner lens is to the inner major surface of the reflector; and a first light source that emits a first color when energized; wherein there is an optical cavity between the second major surface of the inner lens and the inner major surface of the reflector, and wherein the first light source is selected and positioned to introduce light into the optical cavity such that, when energized, provides the same color for the first and second zones (15, 16) when viewed from the first major surface of the outer cover, characterized in that the inner major surface of the reflector is parallel to at least 30 percent of the inner major surface of the outer light cover; and the transflective surfaces of the inner lens have a first region with a first group of structures and a second region with a second group of different structures.
A method comprising: reading a first activation from a first row of an array of activations, the first activation comprising a least significant part and a most significant part, the most significant part of the first activation being zero; multiplying a first weight by the first activation; reading a second activation from a second row of the array of activations, the second activation comprising a least significant part and a most significant part, the most significant part of the second activation being nonzero; and multiplying a second weight by the second activation, the multiplying of the first weight by the first activation comprising multiplying the first weight by the least significant part of the first activation in a first multiplier, the first multiplier being associated with the first row; the multiplying of the second weight by the second activation comprising: multiplying the second weight by the least significant part of the second activation in a second multiplier, the second multiplier being associated with the second row; and multiplying the second weight by the most significant part of the second activation in a shared multiplier, the shared multiplier being associated with a plurality of rows of the array of activations, including the first row and the second row. reading a first activation from a first row of an array of activations, the first activation comprising a least significant part and a most significant part, the most significant part of the first activation being zero; multiplying a first weight by the first activation; reading a second activation from a second row of the array of activations, the second activation comprising a least significant part and a most significant part, the most significant part of the second activation being nonzero; and multiplying a second weight by the second activation, the multiplying of the first weight by the first activation comprising multiplying the first weight by the least significant part of the first activation in a first multiplier, the first multiplier being associated with the first row; the multiplying of the second weight by the second activation comprising: multiplying the second weight by the least significant part of the second activation in a second multiplier, the second multiplier being associated with the second row; and multiplying the second weight by the most significant part of the second activation in a shared multiplier, the shared multiplier being associated with a plurality of rows of the array of activations, including the first row and the second row. multiplying the second weight by the least significant part of the second activation in a second multiplier, the second multiplier being associated with the second row; and multiplying the second weight by the most significant part of the second activation in a shared multiplier, the shared multiplier being associated with a plurality of rows of the array of activations, including the first row and the second row.
A hub motor arrangement, comprising: a housing defining an interior space and an axis of rotation; a first lateral support member positioned at least partially within the interior space of the housing; a second lateral support member positioned at least partially within the interior space of the housing and spaced from the first lateral support member along the axis of rotation; a plurality of connecting shafts extending between the first lateral support member and the second lateral support member; a plurality of planet gears, each planet gear being a double spur gear supported on a respective one of the plurality of connecting shafts; a motor; a sun gear driven by the motor and that drives a first gear portion of each of the plurality of planet gears; a ring gear driven by a second gear portion of each of the plurality of planet gears, wherein the ring gear drives the housing for rotation about the axis of rotation; and a first bearing and a second bearing which support the housing for rotation, characterized in that the second bearing is axially aligned with an intermediate portion of the motor such that a first portion of the motor is located outboard of the second bearing and outside of the housing, and a second portion of the motor is located inboard of the second bearing and within the housing. a housing defining an interior space and an axis of rotation; a first lateral support member positioned at least partially within the interior space of the housing; a second lateral support member positioned at least partially within the interior space of the housing and spaced from the first lateral support member along the axis of rotation; a plurality of connecting shafts extending between the first lateral support member and the second lateral support member; a plurality of planet gears, each planet gear being a double spur gear supported on a respective one of the plurality of connecting shafts; a motor; a sun gear driven by the motor and that drives a first gear portion of each of the plurality of planet gears; a ring gear driven by a second gear portion of each of the plurality of planet gears, wherein the ring gear drives the housing for rotation about the axis of rotation; and a first bearing and a second bearing which support the housing for rotation, characterized in that the second bearing is axially aligned with an intermediate portion of the motor such that a first portion of the motor is located outboard of the second bearing and outside of the housing, and a second portion of the motor is located inboard of the second bearing and within the housing.
A disposable ablation probe, comprising: a hypotube shaft having a proximal end and a distal end; an inner conductor disposed along a longitudinal axis of the hypotube shaft; an insulator disposed about the inner conductor; an outer conductor disposed about the insulator; a coolant tube disposed between the hypotube shaft and the outer conductor and defining an inflow conduit and an outflow conduit; a cooling chamber defined within the distal end of the hypotube shaft and in fluid communication with at least one of the inflow conduit or the outflow conduit; and a coupling member disposed at a proximal end of the hypotube shaft configured to operably couple the hypotube shaft to a handle. a hypotube shaft having a proximal end and a distal end; an inner conductor disposed along a longitudinal axis of the hypotube shaft; an insulator disposed about the inner conductor; an outer conductor disposed about the insulator; a coolant tube disposed between the hypotube shaft and the outer conductor and defining an inflow conduit and an outflow conduit; a cooling chamber defined within the distal end of the hypotube shaft and in fluid communication with at least one of the inflow conduit or the outflow conduit; and a coupling member disposed at a proximal end of the hypotube shaft configured to operably couple the hypotube shaft to a handle.
A polyaxial pedicle screw comprising: a housing including opposing arms, a collar at a bottom portion of the housing, a cutout through a portion of the collar, and a passage extending through the housing; an anvil positioned in the passage; and a bone screw member including a head and a threaded shaft extending from the head along a shaft axis, wherein the head is configured to be positioned in the passage adjacent to the anvil, characterized by further comprising a friction plug including a bilateral leaf spring member positioned in the cutout, wherein the friction plug includes an inner surface and an outer surface joined by a perpendicular support member, and wherein the friction plug applies a force to the head; and a cap positioned over the collar and the friction plug. a housing including opposing arms, a collar at a bottom portion of the housing, a cutout through a portion of the collar, and a passage extending through the housing; an anvil positioned in the passage; and a bone screw member including a head and a threaded shaft extending from the head along a shaft axis, wherein the head is configured to be positioned in the passage adjacent to the anvil, characterized by further comprising a friction plug including a bilateral leaf spring member positioned in the cutout, wherein the friction plug includes an inner surface and an outer surface joined by a perpendicular support member, and wherein the friction plug applies a force to the head; and a cap positioned over the collar and the friction plug.
A method for generating a playlist transport bar for display, comprising: generating a position indication region to be displayed in the playlist transport bar to provide an indication of a playback position; characterized by: generating at least two asset regions to be displayed in the playlist transport bar, each asset region corresponding to a different playable asset of a playlist that includes a plurality of playable assets, wherein at least two of the plurality of playable assets in the playlist are different videos; wherein the position indication region provides access to an interactive playlist options menu selectable by a user. generating a position indication region to be displayed in the playlist transport bar to provide an indication of a playback position; characterized by: generating at least two asset regions to be displayed in the playlist transport bar, each asset region corresponding to a different playable asset of a playlist that includes a plurality of playable assets, wherein at least two of the plurality of playable assets in the playlist are different videos; wherein the position indication region provides access to an interactive playlist options menu selectable by a user. generating at least two asset regions to be displayed in the playlist transport bar, each asset region corresponding to a different playable asset of a playlist that includes a plurality of playable assets, wherein at least two of the plurality of playable assets in the playlist are different videos; wherein the position indication region provides access to an interactive playlist options menu selectable by a user.
Vehicle comprising - a vehicle frame, - front wheels, - rear wheels, - front drive means for driving the front wheels with a front nominal speed, - rear drive means for driving the rear wheels with a rear nominal speed, and - control means adapted and configured for selectively controlling the front drive means and the rear drive means so that either the front nominal speed (V FR, V FL) is different from the rear nominal speed (V RR, V RL), in particular so that the front nominal speed is greater or smaller than the rear nominal speed, or so that the front nominal speed is equal to the rear nominal speed, the difference between the front nominal speed and the rear nominal speed being defined as "lead", characterized in that the vehicle comprises lateral inclination information means, in particular a lateral inclination sensor, adapted to and configured for indicating the lateral inclination of the vehicle frame or of the soil on which the vehicle is placed with respect to a horizontal plane, wherein the lateral inclination information means is connected to the control means and wherein the control means are adapted to and configured for controlling the front drive means and the rear drive means according to one of the two following terrain modes: - horizontal plane terrain mode, executed when the lateral inclination information means indicate a horizontal position of the vehicle or a position of the vehicle parallel to a slope, and - lateral inclination terrain mode, executed when the lateral inclination information means indicate a lateral inclination of the vehicle with respect to a horizontal plane, and wherein the control means are adapted to and configured for controlling the lead as a function of the lateral inclination information. - a vehicle frame, - front wheels, - rear wheels, - front drive means for driving the front wheels with a front nominal speed, - rear drive means for driving the rear wheels with a rear nominal speed, and - control means adapted and configured for selectively controlling the front drive means and the rear drive means so that - horizontal plane terrain mode, executed when the lateral inclination information means indicate a horizontal position of the vehicle or a position of the vehicle parallel to a slope, and - lateral inclination terrain mode, executed when the lateral inclination information means indicate a lateral inclination of the vehicle with respect to a horizontal plane, and
A small molecule compound that specifically inhibits CDK8 and CDK19 having the structural formula I or II: wherein each B is independently hydrogen or provided that at least one B is hydrogen and not more than one B is hydrogen; D is selected from -NH, -N-lower alkyl, or O; and n is 0-2.
A tribology device for assessing mouthfeel-related properties of a food sample, comprising a motor and a measuring system comprising a first measuring element having at least a first measuring surface, and at least a second measuring element separated from the first measuring element and having at least one second measuring surface, at least one of the measuring elements (14, 20) being connected to the motor, the at least one first measuring surface and the at least one second measuring surface defining at least one contact measuring surface in which the food sample, during measurement, is disposed and sheared, wherein the width of the at least one contact measuring surface is adjustable by displacing the first measuring element and the at least one second measuring element relative to each other, characterized in that at least one second measuring surface and/or at least one first measuring surface is composed of a thermoplastic elastomer having a delta friction factor of more than 0.2 between an aqueous 10% (w/w) sucrose solution and sunflower oil.