mhurhangee/ep-ind-claims huggingface dataset:
A multi-stage drive for deploying and controlling a control surface, comprising: an actuator a control surface operatively connected to the actuator for rotation about a deployment axis in a deployment stage, and for rotation in a control stage about a control axis that is different from the deployment axis, so that movement of the actuator along the actuation axis drives rotation of the control surface in both the deployment stage and in the control stage; and a lock operatively connected to the actuator and control surface to lock the control surface against rotation around the control axis in the deployment stage, and to lock the control surface against rotation around the deployment axis in the control stage; characterised in that the actuator is a linear actuator configured for linear movement along the actuation axis, and in that the lock includes a link having a first end operatively connected to the control surface for rotation of the control surface around the control axis, and wherein the link further includes a second end engaging a swivel cap, wherein the swivel cap includes a rim that prevents movement of the second end of the link beyond the swivel cap in the deployment stage to prevent movement of the link about the control axis, and wherein the rim of the swivel cap includes a notch that permits movement of the second end of the link in the control stage to allow rotation of the link about the control axis. an actuator a control surface operatively connected to the actuator for rotation about a deployment axis in a deployment stage, and for rotation in a control stage about a control axis that is different from the deployment axis, so that movement of the actuator along the actuation axis drives rotation of the control surface in both the deployment stage and in the control stage; and a lock operatively connected to the actuator and control surface to lock the control surface against rotation around the control axis in the deployment stage, and to lock the control surface against rotation around the deployment axis in the control stage; characterised in that the actuator is a linear actuator configured for linear movement along the actuation axis, and in that the lock includes a link having a first end operatively connected to the control surface for rotation of the control surface around the control axis, and wherein the link further includes a second end engaging a swivel cap, wherein the swivel cap includes a rim that prevents movement of the second end of the link beyond the swivel cap in the deployment stage to prevent movement of the link about the control axis, and wherein the rim of the swivel cap includes a notch that permits movement of the second end of the link in the control stage to allow rotation of the link about the control axis.
A method of loading an IOL having an optic and a leading filament haptic into a cartridge comprising an upper wall and a lower wall, wherein the upper wall and the lower wall combine to define a lumen and the lumen extends from a proximal to a distal end of the cartridge, and wherein a slot extends through the entire thickness of the upper wall from the proximal end, the slot having a distal end intermediate between the proximal end and the distal end of the lumen, the method comprising: inserting the optic into the lumen of the cartridge while the leading filament haptic extends up through the slot, folding the leading filament haptic radially inward relative to the optic, such that the leading haptic is folded to a position over the optic, as the IOL moves into a lumen of the cartridge, by using a proximal end feature of the cartridge, wherein the proximal end feature is the slot and the leading filament haptic interferes with the cartridge at the distal end of the slot and/or along the side of the slot to fold the haptic; and engaging the IOL with a plunger while the leading filament haptic is folded over the optic. inserting the optic into the lumen of the cartridge while the leading filament haptic extends up through the slot, folding the leading filament haptic radially inward relative to the optic, such that the leading haptic is folded to a position over the optic, as the IOL moves into a lumen of the cartridge, by using a proximal end feature of the cartridge, wherein the proximal end feature is the slot and the leading filament haptic interferes with the cartridge at the distal end of the slot and/or along the side of the slot to fold the haptic; and engaging the IOL with a plunger while the leading filament haptic is folded over the optic.
A composition comprising a combination of: (a) 30-10000 mg in the form of an equivalent daily dose of hesperetin; and (b) 20-1000 mg in the form of an equivalent daily dose stilbenoid, wherein the stilbenoid is selected from the group consisting of trans-resveratrol, pterostilbene, piceatannol, and mixtures thereof; wherein the composition comprises at least 0.5 % to 50 % w/w hesperetin; wherein the composition comprises 0.1 to 50 % w/w stilbenoid; wherein the composition may be administered at any regular rate, provided the dose is equivalent to a daily dose falling within the ranges specified hereinabove. (a) 30-10000 mg in the form of an equivalent daily dose of hesperetin; and (b) 20-1000 mg in the form of an equivalent daily dose stilbenoid, wherein the stilbenoid is selected from the group consisting of trans-resveratrol, pterostilbene, piceatannol, and mixtures thereof; wherein the composition comprises at least 0.5 % to 50 % w/w hesperetin; wherein the composition comprises 0.1 to 50 % w/w stilbenoid; wherein the composition may be administered at any regular rate, provided the dose is equivalent to a daily dose falling within the ranges specified hereinabove.
A width determination method for determining a width of a recording medium in a label printer, comprising: a first width detection step of scanning in a width direction of the recording medium and detecting a left edge position and a right edge position of a recording medium at a predetermined position on a transportation path for conveying the recording medium having a liner with labels removably affixed thereto; a transportation step of conveying the recording medium a distance that is shorter than the transportation direction length (La) of the label and is longer than a gap length (Lb) of a gap between labels; a second width detection step of scanning in the width direction of the recording medium and detecting a left edge position and a right edge position of the recording medium; and a width determination step of determining the width of the recording medium based on the detection result of the first width detection step and the detection result of the second width detection step. a first width detection step of scanning in a width direction of the recording medium and detecting a left edge position and a right edge position of a recording medium at a predetermined position on a transportation path for conveying the recording medium having a liner with labels removably affixed thereto; a transportation step of conveying the recording medium a distance that is shorter than the transportation direction length (La) of the label and is longer than a gap length (Lb) of a gap between labels; a second width detection step of scanning in the width direction of the recording medium and detecting a left edge position and a right edge position of the recording medium; and a width determination step of determining the width of the recording medium based on the detection result of the first width detection step and the detection result of the second width detection step.
A computer system including at least one computer processor and computer readable storage medium or media including computer code and at least one storage device in which is stored GPS data for a vehicle fleet, the system comprising: a memory, characterized in that the one or more processors is programmed at least to: automatedly identify a geofence for at least one frequent stop location based on fleet vehicle stops, where the identified geofence defines the boundaries of a frequent stop location area; automatedly identify a conflict between the identified geofence and a geofence defined by a user; apply a geofence correction algorithm; and correct the boundaries of the user-defined geofence in case of conflict between the identified geofence and the user defined geofence. a memory, characterized in that the one or more processors is programmed at least to: automatedly identify a geofence for at least one frequent stop location based on fleet vehicle stops, where the identified geofence defines the boundaries of a frequent stop location area; automatedly identify a conflict between the identified geofence and a geofence defined by a user; apply a geofence correction algorithm; and correct the boundaries of the user-defined geofence in case of conflict between the identified geofence and the user defined geofence. automatedly identify a geofence for at least one frequent stop location based on fleet vehicle stops, where the identified geofence defines the boundaries of a frequent stop location area; automatedly identify a conflict between the identified geofence and a geofence defined by a user; apply a geofence correction algorithm; and correct the boundaries of the user-defined geofence in case of conflict between the identified geofence and the user defined geofence.
A method of receiving a multimedia broadcast/multicast service, MBMS, service by a mobile terminal, comprising: - reading a first channel to receive a second channel configuration information; - reading the second channel to receive a third channel configuration information; and - reading the third channel to receive the MBMS service, wherein the channel configuration relating to the second channel is received on a MBMS system information block, MBMS SIB, providing second channel setup information; wherein the first channel is a broadcast control channel, BCCH, the second channel is a control channel for the MBMS service, and the third channel is a traffic channel for the MBMS service, wherein the BCCH is used to receive system information, wherein the first, second and third channels are logical channels that are located between a Radio Link Control, RLC, layer and a Medium Access Control, MAC, layer, wherein the second channel is used to receive MBMS control information, which comprises point-to-multipoint, p-t-m, MBMS radio bearer, RB, configuration information, wherein the p-t-m MBMS RB configuration information includes channel configuration information and layer configuration information wherein the channel configuration information of the RB configuration information comprises setup information for at least a transport channel and a physical channel, and wherein the layer configuration information comprises setup information for at least a packet data convergence protocol, PDCP, layer and a radio link control, RLC, layer. - reading a first channel to receive a second channel configuration information; - reading the second channel to receive a third channel configuration information; and - reading the third channel to receive the MBMS service,
An RFID device, the RFID device comprises: a radio frequency chip which is packaged in a sleeve; two antenna pins respectively connected to the radio frequency chip; two antennas, each extending as a structure of a spiral, and wherein the two antennas are connected to the two antenna pins by being fixed to the antenna pins; and wherein the sleeve is cylindrical and provided with two end openings; the two antenna pins respectively extend out from the two end openings of the cylindrical sleeve; characterized in that: a spiral pitch of a part of the two antennas fixed to the two antenna pins is smaller than a spiral pitch of other parts of the two antennas. a radio frequency chip which is packaged in a sleeve; two antenna pins respectively connected to the radio frequency chip; two antennas, each extending as a structure of a spiral, and wherein the two antennas are connected to the two antenna pins by being fixed to the antenna pins; and wherein the sleeve is cylindrical and provided with two end openings; the two antenna pins respectively extend out from the two end openings of the cylindrical sleeve; characterized in that: a spiral pitch of a part of the two antennas fixed to the two antenna pins is smaller than a spiral pitch of other parts of the two antennas.
A method of removing lime sludge -containing precoat accumulated on the filtering surface of a disc or drum filter filtering lime sludge of the chemical pulp industry, wherein the precoat is removed by means of liquid sprays directed to the filtering surface above a scraper, which filtering surface moves downwards toward the scraper during filtering process characterized in that the filtering surface is during the removal of the precoat rotated to an opposing direction with respect to the rotating direction of the filtering process.
A transmitting apparatus for transmitting monitoring information as a current signal in a photovoltaic string including a plurality of photovoltaic elements connected to each other in series via a power line, the transmitting apparatus comprising: a current source; a controller; and a bypass capacitor, wherein the current source is connected to the power line in parallel with each of the photovoltaic elements, the controller is configured to control a current value of the current source such that the current signal is generated, and the bypass capacitor is connected to the power line in parallel with the each of the photovoltaic elements and the current source so that a current signal transmitted through the bypass capacitor from a negative electrode side in the photovoltaic string is transmitted to a positive electrode side. a current source; a controller; and a bypass capacitor, wherein the current source is connected to the power line in parallel with each of the photovoltaic elements, the controller is configured to control a current value of the current source such that the current signal is generated, and the bypass capacitor is connected to the power line in parallel with the each of the photovoltaic elements and the current source so that a current signal transmitted through the bypass capacitor from a negative electrode side in the photovoltaic string is transmitted to a positive electrode side.
An injection apparatus, comprising: an injection drive unit configured to generate rotational motion; a motion conversion mechanism (21, 22) configured to convert the rotational motion generated by the injection drive unit into linear motion, the motion conversion mechanism (21, 22) including a ball screw shaft to be rotated by the rotational motion generated by the injection drive unit and a ball screw nut to be moved forward and backward by the rotational motion of the ball screw shaft; an injection part configured to be moved forward and backward by the linear motion of the motion conversion mechanism (21, 22) and to inject melted resins; and a strain unit configured to be strained by a load applied to the injection part as a reaction force of the melted resin; characterized by: a rotation allowing unit (71, 73, 77, 78) disposed between the strain unit and the ball screw shaft and configured to rotatably support the ball screw shaft; and a movement allowing part disposed between the injection drive unit and the ball screw shaft and configured to allow the ball screw shaft to move when the strain unit is strained by the load. an injection drive unit configured to generate rotational motion; a motion conversion mechanism (21, 22) configured to convert the rotational motion generated by the injection drive unit into linear motion, the motion conversion mechanism (21, 22) including a ball screw shaft to be rotated by the rotational motion generated by the injection drive unit and a ball screw nut to be moved forward and backward by the rotational motion of the ball screw shaft; an injection part configured to be moved forward and backward by the linear motion of the motion conversion mechanism (21, 22) and to inject melted resins; and a strain unit configured to be strained by a load applied to the injection part as a reaction force of the melted resin; characterized by: a rotation allowing unit (71, 73, 77, 78) disposed between the strain unit and the ball screw shaft and configured to rotatably support the ball screw shaft; and a movement allowing part disposed between the injection drive unit and the ball screw shaft and configured to allow the ball screw shaft to move when the strain unit is strained by the load. a rotation allowing unit (71, 73, 77, 78) disposed between the strain unit and the ball screw shaft and configured to rotatably support the ball screw shaft; and a movement allowing part disposed between the injection drive unit and the ball screw shaft and configured to allow the ball screw shaft to move when the strain unit is strained by the load.
A homogeneous, solid, particulate urea-based composition comprising urea, elemental sulphur, and a urease inhibitor of the type phosphoric triamide, characterized in that it comprises (i) one or more alkaline or alkaline-forming inorganic compounds at a level of 0.0001 to 5 weight%, relative to the total weight of the composition, wherein the alkaline or alkaline-forming inorganic compound is selected from the group of calcium oxide, zinc oxide, magnesium oxide, calcium carbonate, calcium magnesium carbonate (dolomite), and mixtures thereof, and, (ii) optionally, an anticaking and/or moisture-repellent coating.
System for generating ultrasonic waves, especially for cosmetic and therapeutic treatment, having an electrically actuated ultrasound head which is designed to generate ultrasonic waves at at least two different frequencies f 1, f 2, and a control unit which is designed, permanently or at least during specified time periods, to switch over at least between the two specified frequency values f 1, f 2, wherein the system has a signal generator (11, 12, 13, 15) which is designed to generate the at least two frequencies f 1, f 2 for conversion into ultrasonic waves, wherein the ultrasound head or an electrical connection of the ultrasound head has a memory element, characterised in that the control unit is designed, after switching over to the frequency f 1, to generate ultrasonic waves at that frequency for a specified time period T 1 and, after switching over to the frequency f 2, to generate ultrasonic waves at that frequency for a specified time period T 2 different from T 1, wherein the time period assigned to the higher frequency is greater than the time period assigned to the lower frequency, the time periods T 1 and T 2 being in the range of from 0.5 ms to 50 ms; frequencies f 1, f 2 optimised for the ultrasound head are stored in the memory element; and the system has a read-out unit for read-out of the frequencies f 1, f 2 and transmission to the signal generator.
A heat exchanger tube comprising: a central tube portion having a C-shape cross-section; and a pair of tube ends comprising said C-shape cross-section or a different cross-section; characterised in that said central tube portion comprises a series of periodic boss patterns, wherein said series of periodic boss patterns comprise an alternating series of side boss pinching and middle boss pinching and cause an alternating flow pattern of a gas or fluid flowing through said heat exchanger tube alternately between both sides and a middle of said C-shape cross-section. a central tube portion having a C-shape cross-section; and a pair of tube ends comprising said C-shape cross-section or a different cross-section; characterised in that said central tube portion comprises a series of periodic boss patterns, wherein said series of periodic boss patterns comprise an alternating series of side boss pinching and middle boss pinching and cause an alternating flow pattern of a gas or fluid flowing through said heat exchanger tube alternately between both sides and a middle of said C-shape cross-section.
A method to improve network performance by co-operative caching content in a multi-router information centric network, ICN, architecture, the multi-router ICN architecture comprising at least one edge router, a plurality of intermediate routers, a central router and an ICN manager, the method comprising: receiving, at the edge router, a request for content from a plurality of end users; checking a local cache, by the edge router, for the availability of the content; serving, by the edge router, the request if the content is available and forwarding, by the edge router, the request to the ICN manager if the content is not available; forwarding the request, by the ICN manager, to a source router, the source router being an original source of the content or a nearest intermediate router having the content; caching, by each of the intermediate routers and the edge router present in the path from the source router to an end user, the content received from the source router, based on the availability of a respective local cache to perform on-path caching; replacing, by each of the intermediate routers and the edge router, the stale contents of the respective local cache with incoming content upon finding the respective local cache full and updating the central router; and caching by the central router one or more un-cached contents and one or more stale contents of each of the intermediate routers and the edge router to perform off-path caching. receiving, at the edge router, a request for content from a plurality of end users; checking a local cache, by the edge router, for the availability of the content; serving, by the edge router, the request if the content is available and forwarding, by the edge router, the request to the ICN manager if the content is not available; forwarding the request, by the ICN manager, to a source router, the source router being an original source of the content or a nearest intermediate router having the content; caching, by each of the intermediate routers and the edge router present in the path from the source router to an end user, the content received from the source router, based on the availability of a respective local cache to perform on-path caching; replacing, by each of the intermediate routers and the edge router, the stale contents of the respective local cache with incoming content upon finding the respective local cache full and updating the central router; and caching by the central router one or more un-cached contents and one or more stale contents of each of the intermediate routers and the edge router to perform off-path caching.