mhurhangee/ep-ind-claims huggingface dataset:
A spray nozzle comprising: a housing including a primary passage defining a primary axis; a series of secondary passages configured to provide swirl to a fluid passing therethrough, circumferentially positioned around the housing; and characterized by: a series of standoffs circumferentially spread around an outer surface of the housing and located downstream along the primary axis of the series of secondary passages, wherein each of the secondary passages corresponds to a respective standoff of the series of standoffs, in order to control the swirl of the fluid. a housing including a primary passage defining a primary axis; a series of secondary passages configured to provide swirl to a fluid passing therethrough, circumferentially positioned around the housing; and characterized by: a series of standoffs circumferentially spread around an outer surface of the housing and located downstream along the primary axis of the series of secondary passages, wherein each of the secondary passages corresponds to a respective standoff of the series of standoffs, in order to control the swirl of the fluid.
Label sensor for scanning labels on the carrier strip, comprising a sensor body carrying a ferromagnetic core, a coil and a scanning element, characterized in that the sensor body is embodied in the form of a printed circuit board with at least one electrically insulating carrier layer (26, 30, 35) and at least one conductor plane (27, 36) having electric conductors, which is arranged on the carrier layer (26, 30, 35), and in that a central connection region of the sensor body has a lower thickness or weakening compared to the contact and sensor regions (3, 5), which adjoin it on both sides.
A system for controlling a vehicle in an autonomous driving mode, the system comprising: a first computing system comprising a plurality of sensors configured to generate sensor data, the first computing system configured to: generate trajectories using the sensor data, and send the generated trajectories to a second computing system configured to cause the vehicle to follow a received trajectory; and a third computing system comprising a plurality of sensors configured to generate sensor data, the third computing system configured to, when there is a failure of the first computing system, generate and send trajectories to the second computing system, the trajectories limited to certain types of maneuvers based on a type of road on which the vehicle is currently traveling. a first computing system comprising a plurality of sensors configured to generate sensor data, the first computing system configured to: generate trajectories using the sensor data, and send the generated trajectories to a second computing system configured to cause the vehicle to follow a received trajectory; and generate trajectories using the sensor data, and send the generated trajectories to a second computing system configured to cause the vehicle to follow a received trajectory; and a third computing system comprising a plurality of sensors configured to generate sensor data, the third computing system configured to, when there is a failure of the first computing system, generate and send trajectories to the second computing system, the trajectories limited to certain types of maneuvers based on a type of road on which the vehicle is currently traveling.
A method for controlling radio links in a multiple carrier wireless communication system performed by an apparatus of a user equipment, the method comprising: aggregating, by the apparatus, control functions from at least two carriers onto one carrier to form an anchor carrier having the aggregated control functions and one or more associated secondary carriers being dependent on the anchor carrier; establishing communication links for the anchor carrier and each secondary carrier according to at least one "in sync" indication, wherein the at least one "in sync" indication is derived based at least in part upon comparing quality information of one or more power control bits of each of the communication links for the anchor carrier and each secondary carrier with a threshold value within a period of time; and controlling communication based on the anchor carrier. aggregating, by the apparatus, control functions from at least two carriers onto one carrier to form an anchor carrier having the aggregated control functions and one or more associated secondary carriers being dependent on the anchor carrier; establishing communication links for the anchor carrier and each secondary carrier according to at least one "in sync" indication, wherein the at least one "in sync" indication is derived based at least in part upon comparing quality information of one or more power control bits of each of the communication links for the anchor carrier and each secondary carrier with a threshold value within a period of time; and controlling communication based on the anchor carrier.
An optical fiber fusion-splicer which fusion-splices at least a pair of optical fibers, comprising: a pair of electrode rod units of which pointed end portions are disposed to face each other with abutting portions of the optical fibers interposed therebetween; and a pair of mounting bases which respectively support the electrode rod units, wherein each of the electrode rod units includes: an electrode rod which fusion-splices the optical fibers by discharge heating: and a main heat dissipation member provided to protrude from an outer circumferential surface of the electrode rod, and each of the mounting bases supports the electrode rod at a position closer to a base end side of the electrode rod than a pointed end portion of the electrode rod, characterized in that the main heat dissipation member is provided in contact with the outer circumferential surface of the electrode rod over the whole circumference between the pointed end portion of the electrode rod and a front surface of the mounting base. a pair of electrode rod units of which pointed end portions are disposed to face each other with abutting portions of the optical fibers interposed therebetween; and a pair of mounting bases which respectively support the electrode rod units, wherein each of the electrode rod units includes: an electrode rod which fusion-splices the optical fibers by discharge heating: and a main heat dissipation member provided to protrude from an outer circumferential surface of the electrode rod, and each of the mounting bases supports the electrode rod at a position closer to a base end side of the electrode rod than a pointed end portion of the electrode rod, characterized in that the main heat dissipation member is provided in contact with the outer circumferential surface of the electrode rod over the whole circumference between the pointed end portion of the electrode rod and a front surface of the mounting base. an electrode rod which fusion-splices the optical fibers by discharge heating: and a main heat dissipation member provided to protrude from an outer circumferential surface of the electrode rod, and each of the mounting bases supports the electrode rod at a position closer to a base end side of the electrode rod than a pointed end portion of the electrode rod, characterized in that the main heat dissipation member is provided in contact with the outer circumferential surface of the electrode rod over the whole circumference between the pointed end portion of the electrode rod and a front surface of the mounting base.
A barbed suture comprising: an elongated body; one pointed end; a plurality of barbs extending from the periphery of the body, the barbs permitting movement of the suture through the tissue in the direction of movement of the pointed end and preventing movement of the suture in a direction opposite the direction of movement of the pointed end; one end having an anchor including a bar perpendicular to body of the suture to form a T-configuration extending outside the periphery of the body to a greater degree than the barbs, the anchor preventing movement of the suture in the direction of movement of the pointed end; and characterized by a plurality of segments extending from the bar, wherein all of the segments extending from the bar extend toward the pointed end of the suture. an elongated body; one pointed end; a plurality of barbs extending from the periphery of the body, the barbs permitting movement of the suture through the tissue in the direction of movement of the pointed end and preventing movement of the suture in a direction opposite the direction of movement of the pointed end; one end having an anchor including a bar perpendicular to body of the suture to form a T-configuration extending outside the periphery of the body to a greater degree than the barbs, the anchor preventing movement of the suture in the direction of movement of the pointed end; and characterized by a plurality of segments extending from the bar, wherein all of the segments extending from the bar extend toward the pointed end of the suture.
A method of making a chemisorbed graphene oxide polymer composite comprising the steps of: placing a monomer and graphene oxide into a ball mill; milling the monomer with the graphene oxide to produce a physisorbed monomer graphene oxide material; placing the physisorbed monomer graphene oxide material into a polymerization chemical reactor, wherein the physisorbed monomer graphene oxide is converted to chemisorbed monomer graphene oxide by a heat treatment; and reacting the monomer graphene oxide with other monomers or prepolymers to polymerize the materials to form a chemisorbed graphene oxide polymer composite. placing a monomer and graphene oxide into a ball mill; milling the monomer with the graphene oxide to produce a physisorbed monomer graphene oxide material; placing the physisorbed monomer graphene oxide material into a polymerization chemical reactor, wherein the physisorbed monomer graphene oxide is converted to chemisorbed monomer graphene oxide by a heat treatment; and reacting the monomer graphene oxide with other monomers or prepolymers to polymerize the materials to form a chemisorbed graphene oxide polymer composite.
A mixing system, comprising: a mixing agent discharge nozzle through which a mixing agent to be mixed with a sample is to be discharged; and a movable mechanism configured to adjust a gap between the mixing agent discharge nozzle and a sample collection port that opens to an inside of a sample tube through which the sample is to flow so as to collect the sample, characterised by a shutoff mechanism configured to shut off a flow of the sample flowing into from the sample collection port; and a control device configured to control operation of the shutoff mechanism, wherein the control device is configured to control the shutoff mechanism so as to shut off the flow of the sample when the gap between the sample collection port and the mixing agent discharge nozzle is to be narrowed. a mixing agent discharge nozzle through which a mixing agent to be mixed with a sample is to be discharged; and a movable mechanism configured to adjust a gap between the mixing agent discharge nozzle and a sample collection port that opens to an inside of a sample tube through which the sample is to flow so as to collect the sample, characterised by a shutoff mechanism configured to shut off a flow of the sample flowing into from the sample collection port; and a control device configured to control operation of the shutoff mechanism, wherein the control device is configured to control the shutoff mechanism so as to shut off the flow of the sample when the gap between the sample collection port and the mixing agent discharge nozzle is to be narrowed.
A sports training system for exercising reaction to stimuli, comprising - at least one stimulus generator (2, 2a - 2d) being configured to generate a stimulus indicative for a physical movement to be performed by a user; - at least one sensor (4, 4a, 4b) configured to measure a position of the user at predetermined time intervals during performance of the physical movement; - a controller configured to control the at least one stimulus generator, wherein the controller is also configured to derive a trajectory of the user during performance of the physical movement from the position measurements by the at least one sensor, characterized in that: the controller is configured to control the at least one stimulus generator based on the measurements by the at least one sensor or based on data derived from the measurements by the at least one sensor, and in that the at least one sensor includes at least one radar or lidar. - at least one stimulus generator (2, 2a - 2d) being configured to generate a stimulus indicative for a physical movement to be performed by a user; - at least one sensor (4, 4a, 4b) configured to measure a position of the user at predetermined time intervals during performance of the physical movement; - a controller configured to control the at least one stimulus generator, wherein the controller is also configured to derive a trajectory of the user during performance of the physical movement from the position measurements by the at least one sensor, characterized in that: the controller is configured to control the at least one stimulus generator based on the measurements by the at least one sensor or based on data derived from the measurements by the at least one sensor, and in that
A computer-implemented method of moving content, comprising: receiving a first input selecting content proximate to a first insertion point within a document; receiving a second input selecting a move option; removing the selected content, wherein a remaining content of the document is displayed without the removed selected content and without empty placeholder at a previous location of the removed selected content; displaying a move hint at a first location proximate to the first insertion point, wherein the move hint includes a visualization of a subset of the removed content; receiving a third input selecting a second insertion point; displaying the move hint at a second location proximate to the second insertion point; receiving a fourth input selecting the move hint; and in response to the selection of the move hint, displaying the previously-removed content at the second insertion point. receiving a first input selecting content proximate to a first insertion point within a document; receiving a second input selecting a move option; removing the selected content, wherein a remaining content of the document is displayed without the removed selected content and without empty placeholder at a previous location of the removed selected content; displaying a move hint at a first location proximate to the first insertion point, wherein the move hint includes a visualization of a subset of the removed content; receiving a third input selecting a second insertion point; displaying the move hint at a second location proximate to the second insertion point; receiving a fourth input selecting the move hint; and in response to the selection of the move hint, displaying the previously-removed content at the second insertion point.
Apparatus for carrying out a prophylactic or treatment procedure on tissue comprising: a treatment device having a chamber and at least one active element within the chamber; the chamber having an opening through which tissue is drawn into the chamber by an applied vacuum; and a vacuum lumen for connecting the chamber in communication with a vacuum source; the at least one active element comprising at least two electrodes for treating tissue contained in the chamber, the chamber having the opening at a first edge of the chamber, a rear wall, and first and second side walls extending forward from the rear wall to the opening; one of said two electrodes being a first planar electrode within the chamber, the first planar electrode extending along the first side wall; another one of said two electrodes being a second planar electrode within the chamber, the second planar electrode extending along the second side wall; the first and second planar electrodes extending generally parallel to one another; characterised in that the electrodes are adapted for applying electroporation to tissue contained in the chamber, and in that the treatment device has at least one port which is adapted for coupling of one or more ancillary devices to the treatment device. a treatment device having a chamber and at least one active element within the chamber; the chamber having an opening through which tissue is drawn into the chamber by an applied vacuum; and a vacuum lumen for connecting the chamber in communication with a vacuum source; the at least one active element comprising at least two electrodes for treating tissue contained in the chamber, the chamber having the opening at a first edge of the chamber, a rear wall, and first and second side walls extending forward from the rear wall to the opening; one of said two electrodes being a first planar electrode within the chamber, the first planar electrode extending along the first side wall; another one of said two electrodes being a second planar electrode within the chamber, the second planar electrode extending along the second side wall; the first and second planar electrodes extending generally parallel to one another; characterised in that the electrodes are adapted for applying electroporation to tissue contained in the chamber, and in that the treatment device has at least one port which is adapted for coupling of one or more ancillary devices to the treatment device.
An exhaust gas purifying device of a work machine, including: - a reduction catalyst that is placed in an exhaust flow passage of an exhaust gas of an engine and is configured to use a reducing agent to reduce and purify nitrogen oxides in the exhaust gas, - a reducing agent injector configured to inject the reducing agent into the exhaust flow passage, - a storage unit configured to store the reducing agent; - a concentration sensor that has a sensing part placed within the storage unit to detect a concentration of the reducing agent; - an air-bubble removal device configured to inject the reducing agent toward the sensing part; - a reducing agent pump configured to supply the reducing agent in the storage unit to the air-bubble removal device, characterised in that the exhaust gas purifying device of the work machine is further comprising: - a pressure sensor configured to detect a discharge pressure of the reducing agent pump; and - an air-bubble removal control device (26, 26B) configured to control, based on a value detected by the concentration sensor and a value detected by the pressure sensor, injection of the reducing agent performed by the air-bubble removal device. - a reduction catalyst that is placed in an exhaust flow passage of an exhaust gas of an engine and is configured to use a reducing agent to reduce and purify nitrogen oxides in the exhaust gas, - a reducing agent injector configured to inject the reducing agent into the exhaust flow passage, - a storage unit configured to store the reducing agent; - a concentration sensor that has a sensing part placed within the storage unit to detect a concentration of the reducing agent; - an air-bubble removal device configured to inject the reducing agent toward the sensing part; - a reducing agent pump configured to supply the reducing agent in the storage unit to the air-bubble removal device, characterised in that the exhaust gas purifying device of the work machine is further comprising: - a pressure sensor configured to detect a discharge pressure of the reducing agent pump; and - an air-bubble removal control device (26, 26B) configured to control, based on a value detected by the concentration sensor and a value detected by the pressure sensor, injection of the reducing agent performed by the air-bubble removal device. - a pressure sensor configured to detect a discharge pressure of the reducing agent pump; and - an air-bubble removal control device (26, 26B) configured to control, based on a value detected by the concentration sensor and a value detected by the pressure sensor, injection of the reducing agent performed by the air-bubble removal device.
A method for showing interactions on a whiteboard, comprising: displaying a whiteboard that is shareable and that is configured to display different types of content on the whiteboard; receiving real-time interaction information associated with a currently occurring interaction with the whiteboard made by a remote client while the interaction is occurring, the real-time interaction information being received directly from the remote client via a real-time communication channel; updating a display of the whiteboard to display the currently occurring interaction with the whiteboard made by the remote client; receiving a change notification in response to a change that is committed to the whiteboard, the change notification being received via a persistence channel from a whiteboard service after the change has been committed to a data store; and updating the display of the whiteboard to reflect the change being committed to the whiteboard. displaying a whiteboard that is shareable and that is configured to display different types of content on the whiteboard; receiving real-time interaction information associated with a currently occurring interaction with the whiteboard made by a remote client while the interaction is occurring, the real-time interaction information being received directly from the remote client via a real-time communication channel; updating a display of the whiteboard to display the currently occurring interaction with the whiteboard made by the remote client; receiving a change notification in response to a change that is committed to the whiteboard, the change notification being received via a persistence channel from a whiteboard service after the change has been committed to a data store; and updating the display of the whiteboard to reflect the change being committed to the whiteboard.