mhurhangee/ep-ind-claims huggingface dataset:
Spraying device for spraying a liquid, in particular in the low-pressure range, which spraying device (10; 90; 110; 140; 160; 170; 190; 220) is configured to be manually holdable and manually operated, comprising a spray head and a handle element, a fluid conduit (26; 92; 172) having an inlet for supplying the liquid and an outlet arranged on the spray head for spraying the liquid, an actuating element for acting on a valve element, via which the flow of liquid through the fluid conduit (26; 92; 172) can be selectively released or blocked, a preferably electric drive device having a drive motor, which drive device is coupled to the fluid conduit (26; 92; 172), wherein the fluid conduit (26; 92; 172) is movable in a continuously defined manner via the drive device in order to change the position and/or the orientation of the outlet, wherein the drive device is configured to be selectively switched on and off by a user and the spraying device (10; 90; 110; 140; 160; 170; 190; 220) comprises a triggering element for activating the drive device, wherein the actuating element forms the triggering element, and wherein the actuating element is actuatable in two stages and, when actuated, firstly releases the flow of liquid and, during further actuation, the drive device is activated. which spraying device (10; 90; 110; 140; 160; 170; 190; 220) is configured to be manually holdable and manually operated, comprising a spray head and a handle element, a fluid conduit (26; 92; 172) having an inlet for supplying the liquid and an outlet arranged on the spray head for spraying the liquid, an actuating element for acting on a valve element, via which the flow of liquid through the fluid conduit (26; 92; 172) can be selectively released or blocked, a preferably electric drive device having a drive motor, which drive device is coupled to the fluid conduit (26; 92; 172), wherein the fluid conduit (26; 92; 172) is movable in a continuously defined manner via the drive device in order to change the position and/or the orientation of the outlet, wherein the drive device is configured to be selectively switched on and off by a user and the spraying device (10; 90; 110; 140; 160; 170; 190; 220) comprises a triggering element for activating the drive device, wherein the actuating element forms the triggering element, and wherein the actuating element is actuatable in two stages and, when actuated, firstly releases the flow of liquid and, during further actuation, the drive device is activated.
An integrated intravenous catheter, comprising: a catheter adapter having a catheter that is configured to be inserted into a patient's vasculature; a side port having a distal end by which the side port is connected to the catheter adapter, a proximal end, and a side branch; and an extension set that is connected to the side port via the side branch; wherein the proximal end of the side port provides a first fluid pathway for drawing blood from the patient's vasculature and the side branch of the side port provides a second fluid pathway for injecting fluids into the patient's vasculature, characterized in that, the side port has a septum, wherein the septum is included in an active septum valve, the active septum valve being configured to move from a closed position in which the septum blocks the second fluid pathway, and an open position in which the septum does not block the second fluid pathway. a catheter adapter having a catheter that is configured to be inserted into a patient's vasculature; a side port having a distal end by which the side port is connected to the catheter adapter, a proximal end, and a side branch; and an extension set that is connected to the side port via the side branch; wherein the proximal end of the side port provides a first fluid pathway for drawing blood from the patient's vasculature and the side branch of the side port provides a second fluid pathway for injecting fluids into the patient's vasculature,
A method of operation of a secure programming system comprising: receiving a job control package having a security kernel, an authentication list, and a target payload; loading a programmable device into a programmer; authenticating the programmable device by matching a serial number of the programmable device with an entry of the authentication list; installing the security kernel in the programmable device; rebooting the programmable device in the programmer to generate a validation code of the security kernel by activating the security kernel; cryptographically authenticating the validation code of the security kernel of the programmable device using security keys in the programmer; and provisioning the programmable device with the target payload based on a successful validation of the security kernel. receiving a job control package having a security kernel, an authentication list, and a target payload; loading a programmable device into a programmer; authenticating the programmable device by matching a serial number of the programmable device with an entry of the authentication list; installing the security kernel in the programmable device; rebooting the programmable device in the programmer to generate a validation code of the security kernel by activating the security kernel; cryptographically authenticating the validation code of the security kernel of the programmable device using security keys in the programmer; and provisioning the programmable device with the target payload based on a successful validation of the security kernel.
A fuel injection valve for an internal combustion engine comprising an electromagnetic coil, a movable valve element, a stationary core and a movable core, and a spring, wherein the two of the stationary core and the movable core are disposed in a moving direction of the movable element so that annular end faces (107A, 106A) of the two are opposed to each other with a predetermined gap when the electromagnetic coil is not energized by the spring applying a spring load to the movable core in a closing-direction of the movable valve element, and the movable core is magnetically attracted toward the stationary core side against the force of the spring when the electromagnetic coil is energized, thereby to open the valves, the opposed annular end faces (107A, 106A) of the stationary core and the movable core are provided respectively with collision portions that collide to each other when the movable core is magnetically attracted toward the stationary core side and non-collision portions for keeping a fluid gap (Gf) provided at areas of outer sides or inner sides from the collision portions, an annular protuberance (106C, 106F, 106F') is provided at an inner side of an annular end face, wherein at least one of the annular end faces (107A, 106A) of the stationary core and the movable core is provided with the annular protuberance (106C, 106F, 106F') formed as a part of the core at its collision portion side, and in the annular end faces (107A, 106A) of the stationary core and the movable core, at least the collision portions are coated respectively with platings (30, 31) having anti wear property; characterized in that one of the annular end faces (107A, 106A) on an inner side thereof comprises the annular protuberance (106C, 106F, 10F') with the plating at the collision portion side and the respective other side of the annular end face comprises the rest (106A, 106D, 106E') as the non-collision portion with non-plating or one of the annular end faces (107A, 106A) is comprised of the annular protuberance (106C, 106F, 10F') with the plating at the collision portion side and the rest (106A, 106D, 106E') as the non-collision portion with plating formed thinner than the plating on the annular protuberance (106C, 106F, 106F'); and a relationship of the fluid gap (Gf) and the annular protuberance is set so that the fluid gap (Gf) > a height (h) of the annular protuberance.
A method aligning carbon nanotubes in a non-woven sheet comprising the steps of: (a) providing a non-woven sheet of carbon nanotubes with nanotubes which are not aligned, (b) contacting the non-woven sheet of carbon nanotubes with a coupling agent to achieve mechanical coupling between adjacent carbon nanotubes (c) drawing the non-woven sheet of carbon nanotubes with mechanically coupled carbon nanotubes to impart: (i) stress among carbon nanotubes and (ii) alignment of individual nanotubes in a direction the non-woven sheet is drawn. (a) providing a non-woven sheet of carbon nanotubes with nanotubes which are not aligned, (b) contacting the non-woven sheet of carbon nanotubes with a coupling agent to achieve mechanical coupling between adjacent carbon nanotubes (c) drawing the non-woven sheet of carbon nanotubes with mechanically coupled carbon nanotubes to impart: (i) stress among carbon nanotubes and (ii) alignment of individual nanotubes in a direction the non-woven sheet is drawn. (i) stress among carbon nanotubes and (ii) alignment of individual nanotubes in a direction the non-woven sheet is drawn.
A cone-shaped crusher having a frame with a cavity formed therein, a main shaft disposed in the cavity of the frame eccentrically from a center axis of the frame to perform a gyratory movement, a mantle core assembly which is coupled to the main shaft for a common gyratory movement with the main shaft, the cone-shaped crusher comprising: a crushing gap control support positioned below the mantle core assembly and fixed to the main shaft; an annular cylindrical unit surrounding the outside of the main shaft and extending from the crushing gap control support toward the lower surface of the mantle core assembly; and a piston unit characterised by being configured to be in a fixed relative position with respect to the mantle core assembly, formed at the lower portion of the mantle core assembly, inserted in the cylindrical unit, and movable up and down by a pressure of hydraulic oil flowing in and out of an internal space of the cylindrical unit. a crushing gap control support positioned below the mantle core assembly and fixed to the main shaft; an annular cylindrical unit surrounding the outside of the main shaft and extending from the crushing gap control support toward the lower surface of the mantle core assembly; and a piston unit characterised by being configured to be in a fixed relative position with respect to the mantle core assembly, formed at the lower portion of the mantle core assembly, inserted in the cylindrical unit, and movable up and down by a pressure of hydraulic oil flowing in and out of an internal space of the cylindrical unit.
A method comprising: at a biometric sensor (b1, b2,..., bn), recording current biometric features of a person, at a matching server, comparing currently recorded biometric features of the person with prestored biometric features of enrolled persons while applying one or more identifying acceptance tolerances, and signalling positive authentication in case of a match, characterized in that at a user device of the person, in case of no positive authentication at the matching server, sending an anonymous identifier of the person via a communication link between the user device and the respective biometric sensor (b1, b2,..., bn) to the matching server for the purpose of selecting prestored biometric features of the person; at the matching server, selecting prestored biometric features of the person and comparing the currently recorded biometric features of the person with selected prestored biometric features of the person while applying a verifying acceptance tolerance, and signalling positive authentication in case of successful verification. at a biometric sensor (b1, b2,..., bn), recording current biometric features of a person, at a matching server, comparing currently recorded biometric features of the person with prestored biometric features of enrolled persons while applying one or more identifying acceptance tolerances, and signalling positive authentication in case of a match, characterized in that at a user device of the person, in case of no positive authentication at the matching server, sending an anonymous identifier of the person via a communication link between the user device and the respective biometric sensor (b1, b2,..., bn) to the matching server for the purpose of selecting prestored biometric features of the person; at the matching server, selecting prestored biometric features of the person and comparing the currently recorded biometric features of the person with selected prestored biometric features of the person while applying a verifying acceptance tolerance, and signalling positive authentication in case of successful verification.
A method for controlling an autonomous vehicle through a multi-lane turn, the method comprising: receiving, by one or more processors, data corresponding to a position of the autonomous vehicle in a lane of the multi-lane turn and a trajectory of the autonomous vehicle; receiving, by the one or more processors, data corresponding to positions of objects in a vicinity of the autonomous vehicle; determining based on a position of the autonomous vehicle in the lane relative to the positions of the objects, whether the autonomous vehicle is positioned as a first vehicle in the lane or positioned behind another vehicle in the lane; adjusting, based on whether the autonomous vehicle is positioned as a first vehicle in the lane or positioned behind another vehicle in the lane, by one or more processors, the trajectory of the autonomous vehicle through the lane, wherein upon determining the autonomous vehicle is positioned as the first vehicle in the lane, adjusting the trajectory of the autonomous vehicle through the lane is based on historical data corresponding to previous trajectories of one or more vehicles which traversed the lane; and controlling the autonomous vehicle through the multi-lane turn based on the adjusted trajectory. receiving, by one or more processors, data corresponding to a position of the autonomous vehicle in a lane of the multi-lane turn and a trajectory of the autonomous vehicle; receiving, by the one or more processors, data corresponding to positions of objects in a vicinity of the autonomous vehicle; determining based on a position of the autonomous vehicle in the lane relative to the positions of the objects, whether the autonomous vehicle is positioned as a first vehicle in the lane or positioned behind another vehicle in the lane; adjusting, based on whether the autonomous vehicle is positioned as a first vehicle in the lane or positioned behind another vehicle in the lane, by one or more processors, the trajectory of the autonomous vehicle through the lane, wherein upon determining the autonomous vehicle is positioned as the first vehicle in the lane, adjusting the trajectory of the autonomous vehicle through the lane is based on historical data corresponding to previous trajectories of one or more vehicles which traversed the lane; and controlling the autonomous vehicle through the multi-lane turn based on the adjusted trajectory.
A modular drive assembly for a sliding door, comprising: a guide track having a hinge assembly slidably received therein; a pair of pulleys (48,50) disposed on either end of said guide track, said pair of guide pulleys being disposed adjacent to a path of travel of said hinge assembly within said guide track, said path of travel being defined by a closed door limit and an open door limit; and a pair of cables each having an end that is secured to said hinge assembly and the other end is secured to a cable drum of a motor drive unit mounted to said guide track, said motor drive unit being configured to rotate said cable drum, wherein said cable drum is also capable of freely rotating within said motor drive unit when said motor drive unit is not rotating said cable drum, wherein rotation of said cable drum causes said hinge assembly to move in said guide track as one of said cables wraps onto said cable drum while the other one of said cables wraps off of said cable drum, wherein said hinge assembly passes a portion of one of said pair of pulleys when said hinge assembly is at said closed door limit and said hinge assembly passes a portion of the other one of said pair of pulleys when said hinge assembly is at said open door limit, and wherein a first roller assembly is secured to said hinge assembly, said first roller assembly being configured to roll in said path of travel; characterised by a second roller assembly being a trailer and roller assembly that is pivotally secured to said first roller assembly, said second roller assembly being configured to roll in said path of travel, wherein each of said pair of cables are secured to said second roller assembly.
A method for searching for service, the method being performed by a service seeker device which supports Wi-Fi Direct Services, WFDS, the method comprising: transmitting, by the service seeker device, a probe request frame to search for a device supporting a predetermined service desired by the service seeker device wherein the probe request frame includes a first hash value obtained by converting a first service name of the predetermined service to a hash form; receiving, at the service seeker device, a probe response frame from a service advertiser device supporting the predetermined service, wherein the probe response frame includes an advertisement identifier of a service matched with the first hash value, and wherein the service seeker device and the service advertiser device are two peer devices in the WFDS; transmitting, from the service seeker device to the service advertiser device, a service search request frame which includes the first service name of the predetermined service; and receiving, at the service seeker device, a service search response frame from the service advertiser device, wherein the service search response frame includes service status information indicating whether the predetermined service is available on the service advertiser device. transmitting, by the service seeker device, a probe request frame to search for a device supporting a predetermined service desired by the service seeker device wherein the probe request frame includes a first hash value obtained by converting a first service name of the predetermined service to a hash form; receiving, at the service seeker device, a probe response frame from a service advertiser device supporting the predetermined service, wherein the probe response frame includes an advertisement identifier of a service matched with the first hash value, and wherein the service seeker device and the service advertiser device are two peer devices in the WFDS; transmitting, from the service seeker device to the service advertiser device, a service search request frame which includes the first service name of the predetermined service; and receiving, at the service seeker device, a service search response frame from the service advertiser device,
A medical image processing apparatus comprising: a recognition unit configured to detect a region of interest from an acquired medical image and classifies the detected region of interest; a display control unit configured to cause emphasis display for emphasizing the region of interest and to display a classification for the region of interest to be displayed in a screen identical to a screen for displaying an observation target included in the medical image; and a change determining unit configured to determine based on a user input whether to change a display style of the emphasis display in a case where the emphasis display is displayed or whether to change a display style of the classification in a case where the classification is displayed, wherein the display control unit makes a change to reduce a degree of emphasis of the emphasis display in a case where the change determining unit determines to change the display style of the emphasis display and makes a change to reduce visual recognizability of the classification in a case where the change determining unit determines to change the display style of the classification. a recognition unit configured to detect a region of interest from an acquired medical image and classifies the detected region of interest; a display control unit configured to cause emphasis display for emphasizing the region of interest and to display a classification for the region of interest to be displayed in a screen identical to a screen for displaying an observation target included in the medical image; and a change determining unit configured to determine based on a user input whether to change a display style of the emphasis display in a case where the emphasis display is displayed or whether to change a display style of the classification in a case where the classification is displayed, wherein the display control unit makes a change to reduce a degree of emphasis of the emphasis display in a case where the change determining unit determines to change the display style of the emphasis display and makes a change to reduce visual recognizability of the classification in a case where the change determining unit determines to change the display style of the classification.
A marking method for marking glass sheets that comprise at least on one of their two glass surfaces (1a;b) a protective coating in the form of a polymer coating or in the form of a peel-off protective film of plastic, and preferably comprise a functional coating, situated under the protective coating, having at least one metal-containing and/or at least one ceramic functional layer, characterized by the following method steps: a) provision of a carrier medium, preferably an, in particular strip-shaped, carrier film, that has a superficial marking coating made of marking material having at least one metal-containing and/or at least one ceramic marking layer, b) removal, in particular burning, of the protective coating in the region of the marking to be applied and, in the same working step, transferring of marking material of the marking coating of the carrier medium, in the form of the marking to be applied, onto the surface (1a;b;3a) exposed by the removal of the protective coating, using laser radiation, wherein the laser radiation is absorbed by the marking coating, whereby the marking coating is dislodged at least partly from the carrier medium, and wherein the energy thereby released has the result that the protective coating is removed, thus exposing the surface to be marked, wherein the carrier medium lies on the glass sheet during the laser irradiation and, during the laser irradiation, the side of the carrier medium coated with the marking coating is oriented toward the glass sheet. a) provision of a carrier medium, preferably an, in particular strip-shaped, carrier film, that has a superficial marking coating made of marking material having at least one metal-containing and/or at least one ceramic marking layer, b) removal, in particular burning, of the protective coating in the region of the marking to be applied and, in the same working step, transferring of marking material of the marking coating of the carrier medium, in the form of the marking to be applied, onto the surface (1a;b;3a) exposed by the removal of the protective coating, using laser radiation, wherein the laser radiation is absorbed by the marking coating, whereby the marking coating is dislodged at least partly from the carrier medium, and wherein the energy thereby released has the result that the protective coating is removed, thus exposing the surface to be marked, wherein the carrier medium lies on the glass sheet during the laser irradiation and, during the laser irradiation, the side of the carrier medium coated with the marking coating is oriented toward the glass sheet.