mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating video, comprising: obtaining one or more data portions and generating a customizable video using the one or more data portions and using one or more video generation templates ; determining one or more selectable objects in the customizable video using one or more object definitions ; receiving an indication indicating a user selection of at least one of the one or more selectable objects corresponding to one object definition of the one or more object definitions; obtaining additional data portions related to the at least one selectable object corresponding to the indication ; and regenerating the customizable video using the one or more data portions and the additional portions corresponding to the indication ; wherein the determining of selectable objects comprises analysis of portions of the customizable video, wherein the analysis is made in at least one of natural language processing, morphological analysis, semantic analysis, audio analysis or sentiment analysis; and each of the one or more selectable objects comprises at least one of a text, an image, an audio item or a video item. obtaining one or more data portions and generating a customizable video using the one or more data portions and using one or more video generation templates ; determining one or more selectable objects in the customizable video using one or more object definitions ; receiving an indication indicating a user selection of at least one of the one or more selectable objects corresponding to one object definition of the one or more object definitions; obtaining additional data portions related to the at least one selectable object corresponding to the indication ; and regenerating the customizable video using the one or more data portions and the additional portions corresponding to the indication ; wherein the determining of selectable objects comprises analysis of portions of the customizable video, wherein the analysis is made in at least one of natural language processing, morphological analysis, semantic analysis, audio analysis or sentiment analysis; and each of the one or more selectable objects comprises at least one of a text, an image, an audio item or a video item.
A liquid supply configured to serve as liquid supply of an electronic smoking device, the liquid supply comprising: at least two hollow container members , each of the container members being configured for being filled with a liquid, each of the container members having a first end sealed by a sealing member and a second end; the container members being configured to be attached to one another through a connection mechanism of the liquid supply to form a main body of the liquid supply, with the connection mechanism comprising at least one mating pair formed by an indentation provided on one container member and a protrusion provided on the other container member; and wherein the container members are configured to form a channel therebetween when the container members are attached to each other through the connection mechanism, the channel being adapted to, in use of the electronic smoking device, guide aerosol generated in the electronic smoking device from the liquid in the container members. at least two hollow container members , each of the container members being configured for being filled with a liquid, each of the container members having a first end sealed by a sealing member and a second end; the container members being configured to be attached to one another through a connection mechanism of the liquid supply to form a main body of the liquid supply, with the connection mechanism comprising at least one mating pair formed by an indentation provided on one container member and a protrusion provided on the other container member; and wherein the container members are configured to form a channel therebetween when the container members are attached to each other through the connection mechanism, the channel being adapted to, in use of the electronic smoking device, guide aerosol generated in the electronic smoking device from the liquid in the container members.
A maturation rate improvement apparatus for an arteriovenous fistula vein segment in an arm of a patient, the apparatus comprising: a) a catheter having proximal portion and distal portion, a distal end portion having a tapered tip, a catheter wall , a catheter bore , and one or more flow ports through said catheter wall ; b) first and second seals mounted to the catheter at spaced apart positions; c) the catheter and seals being configured to be positioned within the lumen of a vein segment to be treated; d) the seals being movable between a first position that enables insertion into the vein segment lumen and a second position that forms a seal between the catheter wall and the vein segment ; e) a volume of a fixation solution that occupies a space that is in between the seals when in the second position and in between the catheter and vein segment wall ; f) wherein the fixation solution promotes cross linking of proteins of the vein segment ; and g) wherein one or both of the seals has a first diameter when in said first position and a second diameter that is longer than said first diameter when in said second position. a) a catheter having proximal portion and distal portion, a distal end portion having a tapered tip, a catheter wall , a catheter bore , and one or more flow ports through said catheter wall ; b) first and second seals mounted to the catheter at spaced apart positions; c) the catheter and seals being configured to be positioned within the lumen of a vein segment to be treated; d) the seals being movable between a first position that enables insertion into the vein segment lumen and a second position that forms a seal between the catheter wall and the vein segment ; e) a volume of a fixation solution that occupies a space that is in between the seals when in the second position and in between the catheter and vein segment wall ; f) wherein the fixation solution promotes cross linking of proteins of the vein segment ; and g) wherein one or both of the seals has a first diameter when in said first position and a second diameter that is longer than said first diameter when in said second position.
Interior part of a vehicle , comprising - at least one carrier body having a transmittance for light (HC) of at least 1%, - a surface body o forming a first surface and a second surface , o having a transmittance for light (HS) of at least 1%, o being laminated to the carrier body on the first surface , and o having a given color - at least one light emitting device emitting light and arranged such that the light emitted by the light emitting device impinges on the first surface , - at least one masking section applied to the first surface or the second surface , the masking section comprising o a first layer and a second layer being arranged on top of each other, o the first layer having a color adjusted to the color of the surface body , o the masking section partially covers the first surface or the second surface by forming gaps , characterized in that the interior part comprises - a first filling layer that is flush with the first layer , and - a second filling layer that this flush with the second layer . - at least one carrier body having a transmittance for light (HC) of at least 1%, - a surface body o forming a first surface and a second surface , o having a transmittance for light (HS) of at least 1%, o being laminated to the carrier body on the first surface , and o having a given color o forming a first surface and a second surface , o having a transmittance for light (HS) of at least 1%, o being laminated to the carrier body on the first surface , and o having a given color - at least one light emitting device emitting light and arranged such that the light emitted by the light emitting device impinges on the first surface , - at least one masking section applied to the first surface or the second surface , the masking section comprising o a first layer and a second layer being arranged on top of each other, o the first layer having a color adjusted to the color of the surface body , o the masking section partially covers the first surface or the second surface by forming gaps , o a first layer and a second layer being arranged on top of each other, o the first layer having a color adjusted to the color of the surface body , o the masking section partially covers the first surface or the second surface by forming gaps , - a first filling layer that is flush with the first layer , and - a second filling layer that this flush with the second layer .
A latching system comprising: a slider configured to move laterally along a longest axis of the slider ; an actuator, coupled to the slider , and having a detent contact area ; and a latch , comprising a detent on an outer surface of the latch , and configured to couple to a fastener, wherein the actuator is placed into a first orientation when the slider is moved in a first direction along the axis, relative to the latch , until the detent contact area of the actuator is engaged with the detent of the latch , and wherein, when the slider is moved in a second direction opposite the first direction with the detent contact area of the actuator remaining engaged with the detent of the latch , the actuator is placed into a second orientation, relative to the latch , in which the actuator actuates the latch , thereby decoupling the fastener from the latch . a slider configured to move laterally along a longest axis of the slider ; an actuator, coupled to the slider , and having a detent contact area ; and a latch , comprising a detent on an outer surface of the latch , and configured to couple to a fastener, wherein the actuator is placed into a first orientation when the slider is moved in a first direction along the axis, relative to the latch , until the detent contact area of the actuator is engaged with the detent of the latch , and wherein, when the slider is moved in a second direction opposite the first direction with the detent contact area of the actuator remaining engaged with the detent of the latch , the actuator is placed into a second orientation, relative to the latch , in which the actuator actuates the latch , thereby decoupling the fastener from the latch .
A rotary planet carrier for a mechanical reduction gear of a turbomachine, this planet carrier comprising an annular row of tubular members of a bearings supporting that are parallel to one another and to an axis of rotation (X) of the planet carrier, each of said tubular members comprising an external peripheral surface defining cylindrical tracks and surfaces for guiding rolling elements and at least one cage of these rolling elements, and an internal cylindrical surface defining an internal chamber configured to be supplied with oil during operation, oil passages extending between the internal cylindrical surface and the external peripheral surface for conveying oil from said chamber to the rolling element bearings and the cage, characterized in that each of the tubular members comprises oil circulation grooves that are connected to ducts forming at least a part of said passages and extending from the grooves to said external peripheral surface, these grooves being substantially rectilinear and parallel to one another and to an axis of revolution (Y) of said internal cylindrical surface of the corresponding tubular member, at least some of said grooves having a width or angular extent about said axis of revolution that is greater than the diameter of the ducts connected to that groove, and at least some of said ducts being connected to the corresponding groove at one of the longitudinal edges of this groove that is closest to said axis of rotation (X) of the planet carrier.
Method for measuring flow rate and velocity of a lubricant in an oil mist moving within a conduit , said oil mist comprising compressed air and said lubricant, said oil mist being used in a process for lubricating components, mechanical members or tools for machining operations, said method comprising detecting the flow rate and pressure of such lubricant, such flow rate determination being performed using optical sensor means comprising a generator of a light beam and a detector of such beam , the oil mist moving between said generator and said detector , the presence of lubricant altering the light beam striking said detector in such a way as to modify an electrical signal generated by such detector , said measurement being made in real time, a provision being made for monitoring the frequency range of a frequency spectrum of said electrical signal emitted by said detector in order to detect the velocity of the lubricant in the oil mist, characterised in that the amplitude of said frequency spectrum is monitored in order to measure the flow rate of the lubricant in the oil mist from the analysis of said amplitude, the electrical signal generated by the detector being broken down into a combination of individual signals having amplitude and temporal duration characteristics which are different from each other and which vary as a function of the quantity of lubricant present in the oil mist and as a function of the velocity of such oil mist, the amplitude and frequency values of each individual signal being calculated, said amplitude and frequency values so obtained being correlated with each one of the flow rate and velocity of the oil present in such fluid, the analysis of the signal being performed under constant hydraulic conditions.
A powder-bed additive manufacturing system comprising: an energy gun configured to melt at least a portion of a layer and thereby form at least in part a slice of a workpiece ; and a directional mechanism that focuses a beam of the energy gun as a beam spot on the portion of the layer to form a melt pool; and a controller that causes the beam spot to move along the layer at a controlled rate and power; characterised in that the system further comprises: a volumetric imaging monitor having a depth perception ability and being configured to monitor volumetric surface texture to detect surface anomalies of the portion after solidification, wherein the controller causes the volumetric imaging monitor to move with the beam spot at the controlled rate in real time, and trail the beam spot by a distance that allows for the solidification and if an anomaly is detected, the controller causes the energy gun to re-melt a region with the anomaly thereby removing the anomaly ; wherein the surface anomalies include at least one of balling, warping and surface distortion. an energy gun configured to melt at least a portion of a layer and thereby form at least in part a slice of a workpiece ; and a directional mechanism that focuses a beam of the energy gun as a beam spot on the portion of the layer to form a melt pool; and a controller that causes the beam spot to move along the layer at a controlled rate and power; characterised in that the system further comprises: a volumetric imaging monitor having a depth perception ability and being configured to monitor volumetric surface texture to detect surface anomalies of the portion after solidification, wherein the controller causes the volumetric imaging monitor to move with the beam spot at the controlled rate in real time, and trail the beam spot by a distance that allows for the solidification and if an anomaly is detected, the controller causes the energy gun to re-melt a region with the anomaly thereby removing the anomaly ; wherein the surface anomalies include at least one of balling, warping and surface distortion. a volumetric imaging monitor having a depth perception ability and being configured to monitor volumetric surface texture to detect surface anomalies of the portion after solidification, wherein the controller causes the volumetric imaging monitor to move with the beam spot at the controlled rate in real time, and trail the beam spot by a distance that allows for the solidification and if an anomaly is detected, the controller causes the energy gun to re-melt a region with the anomaly thereby removing the anomaly ; wherein the surface anomalies include at least one of balling, warping and surface distortion.
A system comprising: an end node comprising one or more sink entities for a plurality of streams of digital samples, wherein the digital samples for the plurality of streams are indicative of one or more portions of wireless spectrum in which information is communicated in accordance with one or more wireless air interfaces; and a boundary link optimization node ; wherein the end node and the boundary link optimizer node are communicatively coupled to an ETHERNET network ; wherein the end node is communicatively coupled to the ETHERNET network using a boundary link that is connected to an edge of the ETHERNET network; wherein a virtual local area network (VLAN) is established in the ETHERNET network that includes: a first end point at the edge of the ETHERNET network to which the boundary link is connected and a second end point at the boundary link optimizer node; and wherein the boundary link optimizer node is configured to: receive ETHERNET packets that include data for the plurality of streams of digital samples; extract the data for the plurality of streams from the received ETHERNET packets; bundle the data for the streams of digital samples; and communicate, to the end node over the VLAN, the bundled data for the streams of digital samples in ETHERNET packets. an end node comprising one or more sink entities for a plurality of streams of digital samples, wherein the digital samples for the plurality of streams are indicative of one or more portions of wireless spectrum in which information is communicated in accordance with one or more wireless air interfaces; and a boundary link optimization node ; wherein the end node and the boundary link optimizer node are communicatively coupled to an ETHERNET network ; wherein the end node is communicatively coupled to the ETHERNET network using a boundary link that is connected to an edge of the ETHERNET network; wherein a virtual local area network (VLAN) is established in the ETHERNET network that includes: a first end point at the edge of the ETHERNET network to which the boundary link is connected and a second end point at the boundary link optimizer node; and wherein the boundary link optimizer node is configured to: receive ETHERNET packets that include data for the plurality of streams of digital samples; extract the data for the plurality of streams from the received ETHERNET packets; bundle the data for the streams of digital samples; and communicate, to the end node over the VLAN, the bundled data for the streams of digital samples in ETHERNET packets. receive ETHERNET packets that include data for the plurality of streams of digital samples; extract the data for the plurality of streams from the received ETHERNET packets; bundle the data for the streams of digital samples; and communicate, to the end node over the VLAN, the bundled data for the streams of digital samples in ETHERNET packets.
A steering control device configured to control a steering system that changes a steering torque which is required for steering of a steering wheel using a motor torque which is applied from a motor, the steering control device comprising a target torque generator configured to generate a target torque which is a target value of the motor torque; and a control signal generator configured to generate a control signal for controlling the motor such that the motor torque corresponding to the target torque is generated, characterized in that the target torque generator includes a pre-adjustment axial force calculator configured to calculate a pre-adjustment axial force corresponding to an axial force acting on a turning shaft to which turning wheels are connected, a first axial force calculator configured to calculate a first axial force by adjusting the pre-adjustment axial force using a vehicle speed, a second axial force calculator configured to calculate a second axial force by adjusting the pre-adjustment axial force without using the vehicle speed, a post-adjustment axial force calculator configured to calculate a post-adjustment axial force based on the first axial force and the second axial force, and a target torque calculator configured to calculate the target torque based on the post-adjustment axial force, and wherein the post-adjustment axial force calculator is configured to set a proportion of the first axial force contributing to the post-adjustment axial force to be smaller when a state of the vehicle speed is abnormal than when the state of the vehicle speed is normal. a target torque generator configured to generate a target torque which is a target value of the motor torque; and a control signal generator configured to generate a control signal for controlling the motor such that the motor torque corresponding to the target torque is generated, characterized in that the target torque generator includes a pre-adjustment axial force calculator configured to calculate a pre-adjustment axial force corresponding to an axial force acting on a turning shaft to which turning wheels are connected, a first axial force calculator configured to calculate a first axial force by adjusting the pre-adjustment axial force using a vehicle speed, a second axial force calculator configured to calculate a second axial force by adjusting the pre-adjustment axial force without using the vehicle speed, a post-adjustment axial force calculator configured to calculate a post-adjustment axial force based on the first axial force and the second axial force, and a target torque calculator configured to calculate the target torque based on the post-adjustment axial force, and wherein the post-adjustment axial force calculator is configured to set a proportion of the first axial force contributing to the post-adjustment axial force to be smaller when a state of the vehicle speed is abnormal than when the state of the vehicle speed is normal.
Cycloid gear comprising a first gear stage which has a first and a second cam disc each having cam portions , which cam discs are coupled by a plurality of driving pins , comprising a drive shaft which can be driven so as to rotate about a gear axis and which is eccentrically movement-coupled to the cam discs of the first gear stage , and comprising at least one first output shaft arranged coaxially with respect to the gear axis , a second gear stage being provided which has a first and a second cam disc each having cam portions , which cam discs are coupled by a plurality of driving pins , the cam discs of the second gear stage being eccentrically movement-coupled to the first output shaft , characterized in that a pin ring arranged concentrically with respect to the gear axis is provided, which pin ring comprises a plurality of rotatably mounted rolling bearings arranged in parallel with the gear axis , and in that the cam discs of the first gear stage and the cam discs of the second gear stage are arranged and designed such that the cam discs of the two gear stages roll together on the rolling pin in the pin ring .
Control device designed to reduce the commutation angle error ε of a three-phase (u,v,w) EC motor (2.2) connected via a star connection, the three phases (u,v,w) of which are commutated via a motor controller , having a rotor position detection in order to detect the relative angular position of the rotor by means of the star point potential at the star point of the star connection, and a control circuit which is designed to impress a field-weakening current component (FSK) into the motor controller in order to reduce the commutation angle error ε.