mhurhangee/patent-ind-claim-en huggingface dataset:
A suture anchor inserter comprising: a handle comprising: a proximal component , a central component coupled to the proximal component, and a distal component coupled to the proximal component and the central component, the central component including a front portion , a back portion opposing the front portion, and a through hole extending, longitudinally, between the front and back portions, a portion of the distal component located within the through hole; and a shaft comprising a proximal end and a distal end, the proximal end coupled to the handle wherein the central component is capable of rotating relative to the proximal component around a longitudinal axis passing through the handle and the shaft, wherein the distal end of the shaft is configured to couple a suture anchor including a suture , wherein the central component further comprises a top surface and a bottom surface each extending between the front and back portions of the central component, the top surface and the bottom surface both comprising a groove extending, longitudinally, between the front and back portions of the central component, and wherein each groove includes a first opening in the front portion and a second opening in the back portion , wherein the second opening is wider than the first opening. a handle comprising: a proximal component , a central component coupled to the proximal component, and a distal component coupled to the proximal component and the central component, the central component including a front portion , a back portion opposing the front portion, and a through hole extending, longitudinally, between the front and back portions, a portion of the distal component located within the through hole; and a proximal component , a central component coupled to the proximal component, and a distal component coupled to the proximal component and the central component, the central component including a front portion , a back portion opposing the front portion, and a through hole extending, longitudinally, between the front and back portions, a portion of the distal component located within the through hole; and a shaft comprising a proximal end and a distal end, the proximal end coupled to the handle wherein the central component is capable of rotating relative to the proximal component around a longitudinal axis passing through the handle and the shaft, wherein the distal end of the shaft is configured to couple a suture anchor including a suture , wherein the central component further comprises a top surface and a bottom surface each extending between the front and back portions of the central component, the top surface and the bottom surface both comprising a groove extending, longitudinally, between the front and back portions of the central component, and wherein each groove includes a first opening in the front portion and a second opening in the back portion , wherein the second opening is wider than the first opening.
A liquid-containing container manufacturing method of manufacturing a liquid-containing container (C) containing a content liquid (L) from a synthetic resin-made preform using a manufacturing device that includes a blow molding mold and a nozzle unit , the blow molding mold including a reversal panel formation part to form a reversal panel (Cc), the manufacturing device including a press part , and the liquid-containing container manufacturing method comprising: a liquid blow molding step of, in a state in which the reversal panel formation part forms a convex surface projecting toward inside of a cavity , supplying a pressurized liquid (L) into the preform placed in the cavity from the nozzle unit , to mold the preform into a container (C) including the reversal panel (Cc) formed by the reversal panel formation part ; and a headspace formation step of pressing the container (C) by the press part to reverse the reversal panel (Cc) so as to project toward outside of the container (C), and thereafter releasing press by the press part to increase a volume of the container (C) and thereby form a headspace (HS). a liquid blow molding step of, in a state in which the reversal panel formation part forms a convex surface projecting toward inside of a cavity , supplying a pressurized liquid (L) into the preform placed in the cavity from the nozzle unit , to mold the preform into a container (C) including the reversal panel (Cc) formed by the reversal panel formation part ; and a headspace formation step of pressing the container (C) by the press part to reverse the reversal panel (Cc) so as to project toward outside of the container (C), and thereafter releasing press by the press part to increase a volume of the container (C) and thereby form a headspace (HS).
Injector nozzle having a housing and having an injector component arranged in the interior space of the housing at least in sections, wherein the injector component has at least one handle portion which is accessible from an outer side of the housing, wherein the housing has at least one through hole , wherein the at least one through hole is appropriate for a human finger to reach in, at least in sections, and wherein the handle portion of the injector component is accessible via the through hole , wherein the housing has two opposite through holes , so that a user is enabled to grip two handle portions of the injector component with two fingers in a pincer grip across the two opposite through holes , so that even high operating forces can be applied and the injector component can reliably be removed from the housing without a tool, wherein furthermore the two through holes are in a rectangular or oval shape, and a longer side or dimension of the through holes is parallel to the exit direction of the injector component .
Threshold for a sliding door, in particular a lifting-sliding door, having a strip-shaped base body made of a hard foam material, on the upper side of which a cover having at least one running track for the sliding door is arranged, wherein the cover is of single-wall design without cavities at least in the region of the track and rests positively against the upper side of the base body , characterized in that the base body has a plurality of sections (20-24; 20'-24') made of materials with different strength and an area below the at least one track has a higher strength than an area below a profile for the step protection.
An electronic device , comprising: a detection unit (34; 36; 38) for generating a detection signal in response to an electrostatic discharge perturbation, said detection signal correlating in time with said electrostatic discharge perturbation; a clock for generating a clock signal having a clock period; a protection unit for generating an error signal in response to said detection signal only when a duration of said detection signal exceeds a predefined fraction of said clock period; characterised in that the electronic device further comprises: a reference voltage unit for outputting a reference voltage (VREF); a reference current unit connected to the reference voltage unit for receiving the reference voltage and outputting a reference current (IREF) to the clock ; and a low pass filter connected between the reference voltage unit and the reference current unit for filtering out rapid variations in the reference voltage (VREF), such that the reference current unit and clock are immune against said electrostatic discharge perturbation. a detection unit (34; 36; 38) for generating a detection signal in response to an electrostatic discharge perturbation, said detection signal correlating in time with said electrostatic discharge perturbation; a clock for generating a clock signal having a clock period; a protection unit for generating an error signal in response to said detection signal only when a duration of said detection signal exceeds a predefined fraction of said clock period; characterised in that the electronic device further comprises: a reference voltage unit for outputting a reference voltage (VREF); a reference current unit connected to the reference voltage unit for receiving the reference voltage and outputting a reference current (IREF) to the clock ; and a low pass filter connected between the reference voltage unit and the reference current unit for filtering out rapid variations in the reference voltage (VREF), such that the reference current unit and clock are immune against said electrostatic discharge perturbation. a reference voltage unit for outputting a reference voltage (VREF); a reference current unit connected to the reference voltage unit for receiving the reference voltage and outputting a reference current (IREF) to the clock ; and a low pass filter connected between the reference voltage unit and the reference current unit for filtering out rapid variations in the reference voltage (VREF), such that the reference current unit and clock are immune against said electrostatic discharge perturbation.
A computer-implemented method for evaluating an aorta of a patient, comprising: receiving a pre-acquired medical image of an aorta of a patient; segmenting the aorta from the medical image with a machine learning model which is trained to segment the aorta from the medical image based on training images and additional data associated with the training images, wherein the aorta is segmented from the medical image to provide an initial aortic mask, wherein the additional data comprise anatomical information of the patient represented as denoting the location of different landmarks, meshes or masks denoting the boundary of specific organs, feature vectors embedding information about the medical image or a genetic profile of a patient associated with the training image; identifying one or more measurement planes on the segmented aorta; identifying an aortic centerline of the aorta; identifying one or more locations on the aortic centerline and corresponding plane normal vectors as the one or more measurement planes; refining the segmented aorta based on the aortic centerline, wherein a refined aortic mask is first determined by refining the initial aortic mask using a region-wise model applied in the neighborhood of the initial aortic centerline; refining the aortic centerline based on the refined segmented aorta; calculating at least one measurement at each of the one or more measurement planes; and evaluating the aorta of the patient based on the at least one measurement calculated at each of the one or more measurement planes. receiving a pre-acquired medical image of an aorta of a patient; segmenting the aorta from the medical image with a machine learning model which is trained to segment the aorta from the medical image based on training images and additional data associated with the training images, wherein the aorta is segmented from the medical image to provide an initial aortic mask, wherein the additional data comprise anatomical information of the patient represented as denoting the location of different landmarks, meshes or masks denoting the boundary of specific organs, feature vectors embedding information about the medical image or a genetic profile of a patient associated with the training image; identifying one or more measurement planes on the segmented aorta; identifying an aortic centerline of the aorta; identifying one or more locations on the aortic centerline and corresponding plane normal vectors as the one or more measurement planes; refining the segmented aorta based on the aortic centerline, wherein a refined aortic mask is first determined by refining the initial aortic mask using a region-wise model applied in the neighborhood of the initial aortic centerline; refining the aortic centerline based on the refined segmented aorta; calculating at least one measurement at each of the one or more measurement planes; and evaluating the aorta of the patient based on the at least one measurement calculated at each of the one or more measurement planes.
A system comprising: a circumferential collar or partially circumferential collar open at a front side to accommodate a laryngeal prominence of a human subject, wherein the collar is adapted to be worn on a neck of the human subject; and a shirt or jersey comprising a neck opening with a circumferential flap, or partially circumferential flap open at a front side to accommodate the laryngeal prominence ; wherein the circumferential or partially circumferential collar comprises inwardly-directed protuberances positioned and adapted to apply sufficient pressure to one or more neck veins of the subject to restrict blood flow egressing from a head of the subject through the one or more neck veins; and wherein the flap is adapted to fold over and conceal the collar . a circumferential collar or partially circumferential collar open at a front side to accommodate a laryngeal prominence of a human subject, wherein the collar is adapted to be worn on a neck of the human subject; and a shirt or jersey comprising a neck opening with a circumferential flap, or partially circumferential flap open at a front side to accommodate the laryngeal prominence ; wherein the circumferential or partially circumferential collar comprises inwardly-directed protuberances positioned and adapted to apply sufficient pressure to one or more neck veins of the subject to restrict blood flow egressing from a head of the subject through the one or more neck veins; and wherein the flap is adapted to fold over and conceal the collar .
A method of initially tracking use history of a tool assembly comprising the steps of providing the tool assembly and a tracking assembly (10,30,50,70,70',70",90,110) for tracking a hit/stroke count for the tool assembly when installed in an industrial machine, the tool assembly comprising a tool , the tracking assembly operably coupled to the tool assembly and comprising a counter ; applying a force relative to the tool assembly resulting in the tool being used for a machining operation, the force providing a corresponding force on the tracking (10,30,50,70,70',70",90,110) wherein said corresponding force on the tracking assembly results in the counter to increase by single iteration; wherein the counter is electrical in form, and wherein the tracking assembly comprises a sensor (40,60,72,72',72",92,116), the corresponding force on the tracking assembly resulting in a triggering of an output from the sensor; and characterized in that the sensor is an accelerometer , ,the corresponding force on the tracking assembly (10,30,50,70,70',70",90,110) resulting in a variance in the output from the accelerometer, the variance in output received by the counter. providing the tool assembly and a tracking assembly (10,30,50,70,70',70",90,110) for tracking a hit/stroke count for the tool assembly when installed in an industrial machine, the tool assembly comprising a tool , the tracking assembly operably coupled to the tool assembly and comprising a counter ; applying a force relative to the tool assembly resulting in the tool being used for a machining operation, the force providing a corresponding force on the tracking (10,30,50,70,70',70",90,110) wherein said corresponding force on the tracking assembly results in the counter to increase by single iteration; wherein the counter is electrical in form, and wherein the tracking assembly comprises a sensor (40,60,72,72',72",92,116), the corresponding force on the tracking assembly resulting in a triggering of an output from the sensor; and characterized in that the sensor is an accelerometer , ,the corresponding force on the tracking assembly (10,30,50,70,70',70",90,110) resulting in a variance in the output from the accelerometer, the variance in output received by the counter.
An aircraft landing gear assembly including: a noise-inducing component; and a patch for reducing noise generated by an airflow negotiating the noise-inducing component , wherein the patch comprises: a substrate attached to an upstream component; and a plurality of airflow disruption elements (14b, 46a-46e) associated with the substrate and being arranged to induce turbulence in the airflow to reduce the noise generated by the airflow negotiating the noise-inducing component, wherein the airflow disruption elements each comprise a protrusion extending away from the substrate in a direction generally away from the upstream component, and in that one or more of the protrusions project from the substrate by at least 0.5mm. a noise-inducing component; and a patch for reducing noise generated by an airflow negotiating the noise-inducing component , wherein the patch comprises: a substrate attached to an upstream component; and a plurality of airflow disruption elements (14b, 46a-46e) associated with the substrate and being arranged to induce turbulence in the airflow to reduce the noise generated by the airflow negotiating the noise-inducing component, wherein the airflow disruption elements each comprise a protrusion extending away from the substrate in a direction generally away from the upstream component, and in that one or more of the protrusions project from the substrate by at least 0.5mm. a substrate attached to an upstream component; and a plurality of airflow disruption elements (14b, 46a-46e) associated with the substrate and being arranged to induce turbulence in the airflow to reduce the noise generated by the airflow negotiating the noise-inducing component, wherein the airflow disruption elements each comprise a protrusion extending away from the substrate in a direction generally away from the upstream component, and in that one or more of the protrusions project from the substrate by at least 0.5mm.
A mold apparatus for manufacturing a coil component comprising: a support plate ; a die that is disposed on the support plate , the die having a peripheral side wall defining an opening opposite the support plate , the coil component , and an admixture to form a magnetic cover portion on the coil component, being placeable in an inner space of the die interior of the side wall; a lid that is configured to be inserted via the opening of the die into the inner space of the die with an outer peripheral edge of the lid slidably received by an inner surface of the side wall of the die ; a press member that is configured to abuttingly engage the lid so as to press the lid toward the support plate ; a press mechanism that is operatively connected to the press member ; and a vibration generating mechanism configured to apply vibration to the die, directly or indirectly, to give a shear force to said admixture in the inner space of the die , said vibration generating mechanism comprising a ball vibrator configured to rotationally move a ball. a support plate ; a die that is disposed on the support plate , the die having a peripheral side wall defining an opening opposite the support plate , the coil component , and an admixture to form a magnetic cover portion on the coil component, being placeable in an inner space of the die interior of the side wall; a lid that is configured to be inserted via the opening of the die into the inner space of the die with an outer peripheral edge of the lid slidably received by an inner surface of the side wall of the die ; a press member that is configured to abuttingly engage the lid so as to press the lid toward the support plate ; a press mechanism that is operatively connected to the press member ; and a vibration generating mechanism configured to apply vibration to the die, directly or indirectly, to give a shear force to said admixture in the inner space of the die , said vibration generating mechanism comprising a ball vibrator configured to rotationally move a ball.
A standing rigging element, in particular mast of a vessel comprising a closed profile, wherein the wall of this standing rigging element is made of two halves comprising the shape of a closed profile, in particular of a vessel mast , with halves of the closed profile are made of layers of structural textile saturated with epoxy resin, with the shape corresponding to the shape of the future standing rigging element after gluing along the edges of longitudinal division, and it includes at least one layered photovoltaic module with a flat set of flexible photovoltaic cells , interconnected and connected to the electric power supply system of the vessel, wherein the layered photovoltaic module has its shape adapted to the shape of the outer surface of the closed profile comprising the standing rigging element, in particular a vessel mast , wherein cables collecting electricity from the photovoltaic modules are routed from each of the photovoltaic modules to common collecting cables connected with the electric power supply system of the vessel, characterised in that the photovoltaic module includes layers of structural textile, wherein the first layer is the surface layer, the next layer includes at least one layer of non-conductive structural textile, the next layer is a layer of electrically connected photovoltaic cells with outlet cables, the next layer includes at least one layer of non-conductive structural textile and a layer of structural textile, while the last layer of the photovoltaic module is the surface layer .
A forward concave trapezoidal seating system for positioning within a passenger area of an aircraft, the system comprising: a plurality of trapezoidal seats comprising a front side smaller than a rear side , the trapezoidal seats aligned in a forward arc from a straight seat from among the trapezoidal seats to a most-angled seat from among the trapezoidal seats, the straight seat having a straight side, the most-angled seat having a most-angled side , the straight side configured to substantially align with a center line of an aircraft fuselage, and the most-angled side being angled inboard relative to the straight side, the most-angled seat being outboard of the straight seat; and a side unit coupled to the most-angled side and configured to be coupled to a side wall of the passenger area, the side unit being operable to support the trapezoidal seats and wherein the side unit comprises a storage unit . a plurality of trapezoidal seats comprising a front side smaller than a rear side , the trapezoidal seats aligned in a forward arc from a straight seat from among the trapezoidal seats to a most-angled seat from among the trapezoidal seats, the straight seat having a straight side, the most-angled seat having a most-angled side , the straight side configured to substantially align with a center line of an aircraft fuselage, and the most-angled side being angled inboard relative to the straight side, the most-angled seat being outboard of the straight seat; and a side unit coupled to the most-angled side and configured to be coupled to a side wall of the passenger area, the side unit being operable to support the trapezoidal seats and wherein the side unit comprises a storage unit .
Imager module for an optical code reader comprising: - a camera comprising a lens system , - an actuator for moving the lens system , operatively connected to the lens system for autofocus adjustment, characterized in that the actuator comprises a linear electric motor with a drive shaft , a position sensor device adapted to detect the position of the drive shaft within a predetermined stroke length and a control device adapted to control the movement of the drive shaft , and wherein: - the control device and the position sensor device are integrated in a single PCB , - the linear electric motor comprises a frame that supports the drive shaft , and - said single PCB constitutes part of said frame . - a camera comprising a lens system , - an actuator for moving the lens system , operatively connected to the lens system for autofocus adjustment, - the control device and the position sensor device are integrated in a single PCB , - the linear electric motor comprises a frame that supports the drive shaft , and - said single PCB constitutes part of said frame .