mhurhangee/ep-ind-claims huggingface dataset:
A method of congestion control in a transport network, the method being performed by a first network node and comprising: monitoring a buffer state of a buffer by dynamically sampling the buffer such that the sampling rate is adjusted in dependence of the buffer state; determining a condition indicative of congestion in response to a change of the buffer state exceeding a predetermined limit; in response to determining the condition indicative of congestion, creating a congestion notification message including a combination of: i) a flow identifier identifying a flow that contributes to congestion; and ii) back-off information indicating a suitable back-off to compensate for the congestion caused by the flow associated with said flow identifier; and transmitting the congestion notification message to a second network node; wherein the flow identifier includes at least one of a Packet Data Convergence Protocol, PDCP, Flow Identification, FID, a PDCP Group FID or a PDCP Multicast Group FID. monitoring a buffer state of a buffer by dynamically sampling the buffer such that the sampling rate is adjusted in dependence of the buffer state; determining a condition indicative of congestion in response to a change of the buffer state exceeding a predetermined limit; in response to determining the condition indicative of congestion, creating a congestion notification message including a combination of: i) a flow identifier identifying a flow that contributes to congestion; and ii) back-off information indicating a suitable back-off to compensate for the congestion caused by the flow associated with said flow identifier; and i) a flow identifier identifying a flow that contributes to congestion; and ii) back-off information indicating a suitable back-off to compensate for the congestion caused by the flow associated with said flow identifier; and transmitting the congestion notification message to a second network node; wherein the flow identifier includes at least one of a Packet Data Convergence Protocol, PDCP, Flow Identification, FID, a PDCP Group FID or a PDCP Multicast Group FID.
Frictional device for a frictional damper, wherein the frictional device comprises a. a friction lining carrier (11; 11a; 11b; 11c; 11e; 11f), b. at least one friction lining (12; 12a; 12b; 12c; 12e; 12f) adjustably arranged on the friction lining carrier (11; 11a; 11b; 11c; 11e; 11f), c. an adjustment element (13; 13a; 13b; 13c; 13d; 13e; 13f) for adjustably arranging the at least one friction lining (12; 12a; 12b; 12c; 12e; 12f) on the friction lining carrier (11; 11a; 11b; 11c; 11e; 11f), wherein the friction lining carrier (11; 11a; 11f) has a window-like radial recess for the at least one adjustable friction lining (12; 12a; 12b; 12c; 12e; 12f), characterized in that the friction lining carrier (11; 11a; 11b; 11c; 11e; 11f) has a slotted adjustment guide by means of which the adjustment element (13; 13a; 13b; 13c; 13d; 13e; 13f), is arranged adjustably relative to the friction lining carrier (11; 11a; 11b; 11c; 11e; 11f) and along an adjustment direction, so that the frictional action of the frictional device is adjustable in a variable manner. a. a friction lining carrier (11; 11a; 11b; 11c; 11e; 11f), b. at least one friction lining (12; 12a; 12b; 12c; 12e; 12f) adjustably arranged on the friction lining carrier (11; 11a; 11b; 11c; 11e; 11f), c. an adjustment element (13; 13a; 13b; 13c; 13d; 13e; 13f) for adjustably arranging the at least one friction lining (12; 12a; 12b; 12c; 12e; 12f) on the friction lining carrier (11; 11a; 11b; 11c; 11e; 11f),
A cleaning device configured for cleaning at least one beverage line, said cleaning device comprising: a water supply inlet for providing a water flow, an outlet, a cleaning fluid inlet fluidly connectable to a cleaning fluid container, a cleaning fluid pump for providing a cleaning fluid flow from said cleaning fluid container, a flow meter for providing a measure of said water flow, a controller configured for controlling said cleaning fluid pump and thereby said cleaning fluid flow on the basis of said measure of water flow, wherein - in a cleaning mode said cleaning device being configured for directing a mixed fluid flow comprising cleaning fluid from said cleaning fluid container as provided by said cleaning fluid pump and water as provided from said water supply inlet to said outlet, - wherein said cleaning fluid pump in said cleaning mode is configured to inject said cleaning fluid into said water flow to obtain a predetermined concentration of cleaning fluid in said mixed fluid flow under control by said controller, and - in a flushing mode, said cleaning device being configured for directing said water as provided from said water supply inlet to said outlet while bypassing said cleaning fluid pump. a water supply inlet for providing a water flow, an outlet, a cleaning fluid inlet fluidly connectable to a cleaning fluid container, a cleaning fluid pump for providing a cleaning fluid flow from said cleaning fluid container, a flow meter for providing a measure of said water flow, a controller configured for controlling said cleaning fluid pump and thereby said cleaning fluid flow on the basis of said measure of water flow, wherein - in a cleaning mode said cleaning device being configured for directing a mixed fluid flow comprising cleaning fluid from said cleaning fluid container as provided by said cleaning fluid pump and water as provided from said water supply inlet to said outlet, - wherein said cleaning fluid pump in said cleaning mode is configured to inject said cleaning fluid into said water flow to obtain a predetermined concentration of cleaning fluid in said mixed fluid flow under control by said controller, and - in a flushing mode, said cleaning device being configured for directing said water as provided from said water supply inlet to said outlet while bypassing said cleaning fluid pump. - in a cleaning mode said cleaning device being configured for directing a mixed fluid flow comprising cleaning fluid from said cleaning fluid container as provided by said cleaning fluid pump and water as provided from said water supply inlet to said outlet, - wherein said cleaning fluid pump in said cleaning mode is configured to inject said cleaning fluid into said water flow to obtain a predetermined concentration of cleaning fluid in said mixed fluid flow under control by said controller, and - in a flushing mode, said cleaning device being configured for directing said water as provided from said water supply inlet to said outlet while bypassing said cleaning fluid pump.
Cassette for storage of at least one medical instrument, the cassette comprising at least one spring sheet, the spring sheet comprising at least one holding means for retaining the medical instrument therein, the holding means comprising an aperture forming a passage through the spring sheet for receiving the medical instrument and at least one spring element provided adjacent to the passage for exerting a biasing spring force to retain the medical instrument within the passage, the spring sheet, including the holding means, being made of a metal or a metal alloy, and the aperture of the at least one holding means having a closed cross-section such that the medical instrument is inserted into the aperture along an axis coaxial to the passage, and wherein a cross-section of the passage comprises two or more areas of contact surface for contacting the medical instrument, whereby said contact surfaces are spaced apart from one another about the circumference of the passage and one them is formed by a surface of the at least one spring element.
A roll tape comprising: a core main body portion which includes an inner core portion and an outer core portion that extends further axially outwards than the inner core portion and which has a larger diameter than a diameter of the inner core portion; a pair of shaft portions each including an outer shaft of which at least part of an outer circumference thereof is fittingly inserted into the outer core portion, an insertion portion that is concentric with the outer shaft and which projects further in one direction than the outer shaft so that at least part of a circumference thereof is fittingly inserted into the inner core portion and a bearing shaft that is concentric with the outer shaft and which projects further in the other direction than the outer shaft; and a printing tape which is wound around an outer circumference of the outer core portion of the core main body portion unified by coupling the pair of shaft portions with the core main body portion from both axial sides thereof for integral connection; characterized in that; the outer core portion has an axial length which corresponds to a tape width of the printing tape, and the inner core portion has an axial length which is substantially equal to a sum of axial lengths of the pair of insertion portions, irrespective of the axial length of the outer core portion. a core main body portion which includes an inner core portion and an outer core portion that extends further axially outwards than the inner core portion and which has a larger diameter than a diameter of the inner core portion; a pair of shaft portions each including an outer shaft of which at least part of an outer circumference thereof is fittingly inserted into the outer core portion, an insertion portion that is concentric with the outer shaft and which projects further in one direction than the outer shaft so that at least part of a circumference thereof is fittingly inserted into the inner core portion and a bearing shaft that is concentric with the outer shaft and which projects further in the other direction than the outer shaft; and a printing tape which is wound around an outer circumference of the outer core portion of the core main body portion unified by coupling the pair of shaft portions with the core main body portion from both axial sides thereof for integral connection; characterized in that; the outer core portion has an axial length which corresponds to a tape width of the printing tape, and the inner core portion has an axial length which is substantially equal to a sum of axial lengths of the pair of insertion portions, irrespective of the axial length of the outer core portion.
A vehicle height adjustment device comprising: a changer (21, 22) comprising: an actuator (300, 302) an operation amount of which increases in accordance with a current supplied to the actuator; and a detector (281, 282) configured to detect a position of a body of a vehicle relative to an axle of a wheel of the vehicle, the changer being configured to change the relative position in accordance with the operation amount of the actuator, the changer being configured to shift to a vehicle height increasing state when the operation amount of the actuator is equal to or less than a predetermined amount and configured to shift to a vehicle height decreasing state when the operation amount is larger than the predetermined amount; and a controller (70, 77) configured to control the current supplied to the actuator to make the relative position have a target value so as to control a vehicle height of the body, the vehicle height adjustment device being characterized by the controller being configured to determine a target current supplied to the actuator based on a control map that correlates a deviation between the target value of the relative position and a detection value detected by the detector to the target current. a changer (21, 22) comprising: an actuator (300, 302) an operation amount of which increases in accordance with a current supplied to the actuator; and a detector (281, 282) configured to detect a position of a body of a vehicle relative to an axle of a wheel of the vehicle, the changer being configured to change the relative position in accordance with the operation amount of the actuator, the changer being configured to shift to a vehicle height increasing state when the operation amount of the actuator is equal to or less than a predetermined amount and configured to shift to a vehicle height decreasing state when the operation amount is larger than the predetermined amount; and an actuator (300, 302) an operation amount of which increases in accordance with a current supplied to the actuator; and a detector (281, 282) configured to detect a position of a body of a vehicle relative to an axle of a wheel of the vehicle, the changer being configured to change the relative position in accordance with the operation amount of the actuator, the changer being configured to shift to a vehicle height increasing state when the operation amount of the actuator is equal to or less than a predetermined amount and configured to shift to a vehicle height decreasing state when the operation amount is larger than the predetermined amount; and a controller (70, 77) configured to control the current supplied to the actuator to make the relative position have a target value so as to control a vehicle height of the body, the vehicle height adjustment device being characterized by the controller being configured to determine a target current supplied to the actuator based on a control map that correlates a deviation between the target value of the relative position and a detection value detected by the detector to the target current.
A fiber bundle guide for guiding a flat fiber bundle in which a plurality of fibers are gathered, comprising: a cylindrical guide roller having a circumferential surface around which the fiber bundle is to be placed; and a support member configured to support the guide roller rotatably in a circumferential direction, wherein at a rotatably supporting portion that rotatably supports the guide roller around the support member, an axis receiving member arranged at a center part of the guide roller, an axis body slidably engaged with an inner side of the axis receiving member, and a swinging shaft arranged at an inner side of the axis body so as to extend in a direction perpendicular to a rotational axis of the guide roller to pivotally support the support member are provided, and the guide roller rotates about the support member in response to a traveling of the fiber bundle, and swings about the swinging shaft in response to widthwise changes in a traveling path of the fiber bundle, characterized in that the swinging shaft is arranged at a position eccentrically shifted in a radius direction with respect to a center point of the guide roller. a cylindrical guide roller having a circumferential surface around which the fiber bundle is to be placed; and a support member configured to support the guide roller rotatably in a circumferential direction, wherein at a rotatably supporting portion that rotatably supports the guide roller around the support member, an axis receiving member arranged at a center part of the guide roller, an axis body slidably engaged with an inner side of the axis receiving member, and a swinging shaft arranged at an inner side of the axis body so as to extend in a direction perpendicular to a rotational axis of the guide roller to pivotally support the support member are provided, and the guide roller rotates about the support member in response to a traveling of the fiber bundle, and swings about the swinging shaft in response to widthwise changes in a traveling path of the fiber bundle, characterized in that the swinging shaft is arranged at a position eccentrically shifted in a radius direction with respect to a center point of the guide roller.
A stable liposomal formulation, the stable formulation comprising a liposome that contains at least one lipid bilayer formed of a phosphatidylcholine selected from the group consisting of palmitoyloleoylphosphatidylcholine (POPC), dimyristoylphosphatidylcholine (DMPC), and dioleoylphosphatidylcholine (DOPC) or mixtures thereof; and a drug encapsulated in the liposome, wherein the drug is sirolimus, umirolimus, or everolimus and the liposome has a diameter of 50 nm to 2 μm and is free of cholesterol.
A sun glare protection device, which is adapted to be installable on the windscreen of a vehicle from the inside, said device comprising an electrically activatable thin film, which covers at least the 80% of the surface of the device and which on electrical activation changes its opacity or translucency, and comprising a light sensor, characterized in that the light sensor is attached to the electrically activatable thin film and capable to detect the intensity of light in an estimated position of the driver's eyes in that the sensor is configured to detect the position of the sun relative to the orientation of a windscreen.
A print head for additive manufacturing, comprising a heating chamber for melting an additive manufacturing ink in the form of a filament, said heating chamber including - a nozzle for extruding molten material, and - a filament inlet for being connected to a filament supply line; said print head further comprising a cover outside the heating chamber and movable relative to heating chamber between - a first position in which the nozzle is covered by the cover, and - a second position in which the cover is distant from the nozzle such that the nozzle is not covered by the cover, characterized in that, said cover includes a flexible surface to partly deform at contacting with the nozzle when in the first position and said surface includes a flexible polymeric material. - a nozzle for extruding molten material, and - a filament inlet for being connected to a filament supply line; said print head further comprising a cover outside the heating chamber and movable relative to heating chamber between - a first position in which the nozzle is covered by the cover, and - a second position in which the cover is distant from the nozzle such that the nozzle is not covered by the cover,
A dielectric phase shifter (1; 2), comprising a cavity (11; 21) having an elongated receiving space, a phase shifting circuit (12; 22) disposed inside the receiving space, and a dielectric element (13; 23) slidably mounted in the receiving space and parallel with the phase shifting circuit (12; 22), a rail (14; 24) disposed on an inner wall of the cavity (11; 21) for preventing contact between the slidably mounted dielectric element (13; 23) and the phase shifting circuit (12; 22); characterized in that a sliding groove is defined in the dielectric element (13; 23) at a location corresponding to the rail (14; 24) for realizing engagement between the rail (14; 24) and the sliding groove.
A noncontact linear potentiometer, wherein the noncontact linear potentiometer comprises a slider, a rotatable shaft, a tunneling magnetoresistive sensor, a permanent magnet, and support structures (4, 5); wherein the slider is provided with a first through hole; the rotatable shaft penetrates through the first through hole and the two ends of the rotatable shaft are rotatably installed on the support structures; the slider is configured to slide along an axial direction of the rotatable shaft, and the sliding of the slider drives the rotatable shaft to rotate; the permanent magnet is located at one end of the rotatable shaft and is configured to rotate with the rotatable shaft; and the tunneling magnetoresistive sensor is located adjacent to the permanent magnet for detecting a magnetic field produced by the rotating permanent magnet and converting the detected magnetic field into a voltage signal for output.
A wheel cleaner, comprising: an elongated body having a central channel, the central channel extending along an entire length of the body in a longitudinal direction; the elongated body including a base plate, a left wall plate, and a right wall plate, the left and right wall plates (106, 108) connected to the base plate and extending in spaced relation parallel to one another to define the central channel therebetween; wherein the central channel includes an entry end and an exit end on opposite ends of the elongated body along the longitudinal direction; characterised in that it further includes a shuttle having a mounting plate slidably engaged with the elongated body; wherein the shuttle is engageable by a wheel entering the central channel from the entry end such that the wheel pushes the shuttle along the central channel and disengages the shuttle adjacent the exit end, wherein a sliding engagement between the wheel and the shuttle cleans the wheel, the shuttle further including a cleaning pad that is connected to the mounting plate and adapted to directly contact the wheel. an elongated body having a central channel, the central channel extending along an entire length of the body in a longitudinal direction; the elongated body including a base plate, a left wall plate, and a right wall plate, the left and right wall plates (106, 108) connected to the base plate and extending in spaced relation parallel to one another to define the central channel therebetween; wherein the central channel includes an entry end and an exit end on opposite ends of the elongated body along the longitudinal direction; characterised in that it further includes a shuttle having a mounting plate slidably engaged with the elongated body; wherein the shuttle is engageable by a wheel entering the central channel from the entry end such that the wheel pushes the shuttle along the central channel and disengages the shuttle adjacent the exit end, wherein a sliding engagement between the wheel and the shuttle cleans the wheel, the shuttle further including a cleaning pad that is connected to the mounting plate and adapted to directly contact the wheel.
A method of inducing cell cycle exit and terminal differentiation of cells undergoing differentiation from stem cells into pancreatic beta cells, comprising the steps of: a. sequentially differentiating the stem cells to obtain pancreatic endocrine progenitor cells; and b. contacting or incubating the pancreatic endocrine progenitor cells with an agent which interferes with DNA replication, wherein the contact or incubation inhibits entry of the pancreatic endocrine progenitor cells into the S-phase of the cell cycle and arrests the cells at G1 phase a. sequentially differentiating the stem cells to obtain pancreatic endocrine progenitor cells; and b. contacting or incubating the pancreatic endocrine progenitor cells with an agent which interferes with DNA replication, wherein the contact or incubation inhibits entry of the pancreatic endocrine progenitor cells into the S-phase of the cell cycle and arrests the cells at G1 phase