mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in inhibiting thrombosis in a subject having or at risk of thrombosis, the composition comprising an agent effective to inhibit MRP-8/14 binding to platelet CD36 and inhibit thrombosis in the subject, wherein the agent binds to the MRP-8/14 heterodimer and inhibits MRP-8/14 induced activation of platelet CD36 signaling and/or thrombosis formation in the subject, wherein the agent comprises an anti-MRP-14 antibody or antigen binding fragment thereof that inhibits binding of MRP-8/14 to CD36.
A method for a joint multi-carrier operation of narrowband Internet-of-Things, NB-IoT, in both licensed and unlicensed frequency spectrum by extending the existing NB-IoT standard Release 14 in licensed spectrum by additional uplink and/or downlink NB-IoT carriers operating in unlicensed spectrum, wherein additional data depending on a scheduled medium access procedure is added to configuration data which is broadcasted by a base station for ensuring regulatory compliance during operation on both the UE and base station side, wherein the scheduled medium access procedure is based on listen-before-talk, LBT, wherein both the uplink and optionally the downlink are scheduled in unlicensed spectrum, wherein uplink transmissions on narrowband physical uplink shared channel, NPUSCH, are scheduled by the base station, wherein the UE processes the LBT procedure within a defined NPUSCH LBT window on frequency resources assigned by the base station in order to prevent any blocking due to other UEs scheduled simultaneously on different sub-carriers.
A cylinder assembly of an engine which comprises a cylinder with two combustion chambers which is closed by a head at one side, whereas at the engine case side it is closed by a partition with a linear slide bearing of the partition located in the middle, one end of a push rod goes through the slide bearing of the partition, projects out of the cylinder and is connected to a connecting rod in an oscillatory way, a working piston is rigidly embedded on said push rod inside the cylinder, there is an inlet channel of compressed air and an outlet channel of exhaust gas in the middle of the cylinder, furthermore a fuel injector, a steam injector and ignition element are situated in the head and in the partition, wherein a bottom compensating piston that is sealed to the cylinder is located on the push rod section between the working piston and the partition via the linear bottom slide bearing, moreover there is an adjoining bottom spiral spring between the working piston and the bottom compensating piston, while the bottom compensating piston divides space of the cylinder between the working piston and the partition into a bottom compensating chamber and a bottom combustion chamber, besides a top compensating piston is located on the push rod section between the working piston and the head via the linear top slide bearing, furthermore there is an adjoining top spiral spring between the working piston and the top compensating piston, while the top compensating piston divides space of the cylinder between the working piston and the head into a top compensating chamber and a top combustion chamber, moreover the bottom compensating piston and the top compensating piston have cooling grooves on their whole circumferences, whereas the working piston has a ventilation groove on its whole circumference.
A compound having a structure according to formula III wherein R1 is C 1-7 alkyl, which is optionally substituted by one, two or three substituents selected form the group consisting of hydroxyl, halo and C 1 -C 7 -alkoxy; R2 is hydrogen, C 1-7 alkyl, C 1 -C 7 -alkoxy, halo C 1-7 alkyl, halo C 1 -C 7 -alkoxy or C 1 -C 7 -alkoxy C 1 -C 7 -alkoxy; R3 is C 1-7 alkyl or C 3-8 cycloalkyl; and R5 is C 1-7 alkyl or C 3-8 cycloalkyl; or a salt thereof.
A biological fluid dilution device, comprising: a syringe body comprising a diluent chamber partially filled with a diluent fluid at a front end of the syringe body and a piston tube at a rear end of the syringe body leading into the diluent chamber; a moveable piston slidably engaged in the piston tube and forming a fluid- tight seal with an interior surface of the piston tube, wherein the moveable piston comprises a metering groove to contain a precise volume of a biological fluid between the metering groove and the interior surface of the piston tube; and a biological fluid inlet on the piston tube capable of delivering the biological fluid to the metering groove, wherein the moveable piston is slidable toward the diluent chamber to introduce the biological fluid in the metering groove into the diluent chamber. a syringe body comprising a diluent chamber partially filled with a diluent fluid at a front end of the syringe body and a piston tube at a rear end of the syringe body leading into the diluent chamber; a moveable piston slidably engaged in the piston tube and forming a fluid- tight seal with an interior surface of the piston tube, wherein the moveable piston comprises a metering groove to contain a precise volume of a biological fluid between the metering groove and the interior surface of the piston tube; and a biological fluid inlet on the piston tube capable of delivering the biological fluid to the metering groove, wherein the moveable piston is slidable toward the diluent chamber to introduce the biological fluid in the metering groove into the diluent chamber.
A signal light comprising: a housing; at least one outer lens; and at least one or more second type of light emitting diodes (LEDs) deployed in the housing, wherein the at least one or more second type of LEDs comprises: a pump; a phosphor; and a filter having a cutoff point less than or equal to 540 nanometers (nm), characterised in that the at least one or more second type of LEDs has a pump peak wavelength less than or equal to 430 nm and has a phosphor with a peak wavelength greater than 575 nm, and further characterised in that a light exiting the signal has x and y coordinates in accordance with a 1931 CIE Chromaticity Diagram within the boundaries of: x y 0.55 0.45 0.54 0.45 0.58 0.41 0.59 0.41 0.55 0.45. a housing; at least one outer lens; and at least one or more second type of light emitting diodes (LEDs) deployed in the housing, wherein the at least one or more second type of LEDs comprises: a pump; a phosphor; and a filter having a cutoff point less than or equal to 540 nanometers (nm), a pump; a phosphor; and a filter having a cutoff point less than or equal to 540 nanometers (nm), characterised in that the at least one or more second type of LEDs has a pump peak wavelength less than or equal to 430 nm and has a phosphor with a peak wavelength greater than 575 nm, and further characterised in that a light exiting the signal has x and y coordinates in accordance with a 1931 CIE Chromaticity Diagram within the boundaries of: x y 0.55 0.45 0.54 0.45 0.58 0.41 0.59 0.41 0.55 0.45.
Method for assembly of a shoring tower, which can be used for fabrication or reconstruction of buildings, comprising shoring struts being connected with each other and at least one deck, for providing an area intended to be accessible in a shoring level (0, I, II, IV), wherein the deck comprises at least one insertion hook, for hanging up on a particularly horizontal shoring strut, at a first front side and an opposite second front side, characterized in that - in a first step, a separate lifting and holding tool being hookable in and out of a deck is hooked in a deck at a front side of the deck, which is located within a first shoring level, and - in a second step, the lifting and holding tool is hanged up on a particularly horizontal shoring strut of a next higher second shoring level such that the hooked in front side of the deck is held by the lifting and holding tool temporarily in an assembly distance above an intended insertion position of the first shoring level in a slanting intermediate assembly position not intended to be accessible, wherein the assembly distance is particularly smaller than the distance between the first shoring level and the second shoring level. - in a first step, a separate lifting and holding tool being hookable in and out of a deck is hooked in a deck at a front side of the deck, which is located within a first shoring level, and - in a second step, the lifting and holding tool is hanged up on a particularly horizontal shoring strut of a next higher second shoring level such that the hooked in front side of the deck is held by the lifting and holding tool temporarily in an assembly distance above an intended insertion position of the first shoring level in a slanting intermediate assembly position not intended to be accessible, wherein the assembly distance is particularly smaller than the distance between the first shoring level and the second shoring level.
A security system, useful for vehicle CAN bus communication attack originator identification, comprising: a. one or more CAN Bus Monitor(s),, configured to monitor the CAN bus communication comprising one or more frames, to and/or from at least one Electronic Control Unit, (212, 211); b.one or more characterization module(s) in communication with the one or more CBM, configured to generate at least one characteristic for the monitored communication from each of the at least one ECU originating communication frames (212, 211) and at least one characteristic for each communication frame; c.one or more comparator unit(s) in communication with the characterization module, configured to compare the at least one characteristic for each communication frame against the at least one characteristic for the monitored communication from each of the at least one ECU (212, 211) originating communication frames in order to detect at least one anomaly comprising at least one characteristic difference; and d.one or more identification module(s) in communication with the comparator, configured to receive the at least one characteristic difference from the one or more comparator unit(s) and to identify accordingly the at least one ECU originating an attack on the CAN bus; wherein the one or more comparator unit is configured to generate at least one event for at least one detected anomaly comprising the at least one characteristic difference and forward the event to the one or more identification module; and wherein the one or more identification module is configured to identify the at least one ECU originating the attack according to the characteristic difference. a. one or more CAN Bus Monitor(s),, configured to monitor the CAN bus communication comprising one or more frames, to and/or from at least one Electronic Control Unit, (212, 211); b.one or more characterization module(s) in communication with the one or more CBM, configured to generate at least one characteristic for the monitored communication from each of the at least one ECU originating communication frames (212, 211) and at least one characteristic for each communication frame; c.one or more comparator unit(s) in communication with the characterization module, configured to compare the at least one characteristic for each communication frame against the at least one characteristic for the monitored communication from each of the at least one ECU (212, 211) originating communication frames in order to detect at least one anomaly comprising at least one characteristic difference; and d.one or more identification module(s) in communication with the comparator, configured to receive the at least one characteristic difference from the one or more comparator unit(s) and to identify accordingly the at least one ECU originating an attack on the CAN bus;
Device for damaging weeds, having - a treatment tool which is designed to damage the weeds; - a classification unit which has position data of the weeds and/or is designed to detect weeds; - a localization unit which is designed to determine a relative position between the treatment tool and the weeds; and - a manipulator unit which is designed to position the treatment tool appropriately in a manner dependent on the determined relative position, characterized in that the treatment tool is designed to exert a pressure in the form of a pulse in order to damage the weeds, wherein the treatment tool is formed in particular as a stamp. - a treatment tool which is designed to damage the weeds; - a classification unit which has position data of the weeds and/or is designed to detect weeds; - a localization unit which is designed to determine a relative position between the treatment tool and the weeds; and - a manipulator unit which is designed to position the treatment tool appropriately in a manner dependent on the determined relative position,
A method of remediating contaminated water by removing chlorinated hydrocarbons, which method comprises treating the water with draff, said draff comprising a solid byproduct of whisky manufacture.
An audio decoding device comprising: demultiplexing means configured to demultiplex input encoded data into low-frequency encoded data, coefficient information for obtaining a coefficient and smoothing information relating to smoothing; low-frequency decoding means configured to decode the low-frequency encoded data to generate a low-frequency signal; subband dividing means configured to divide the low-frequency signal into a plurality of subbands to generate a low-frequency subband signal for each of the subbands; feature amount calculating means configured to calculate a feature amount of a predetermined number of continuous frames of the low-frequency signal based on power within the low-frequency subband signals; smoothing means configured to subject the feature amount to smoothing by performing weighted averaging on the feature amount based on the smoothing information; and generating means configured to generate a high-frequency signal based on the coefficient obtained from the coefficient information, the feature amount subject to smoothing, and the low-frequency subband signals; wherein the smoothing information is information indicating the number of frames used for the weighted averaging and weight used for the weighted averaging. demultiplexing means configured to demultiplex input encoded data into low-frequency encoded data, coefficient information for obtaining a coefficient and smoothing information relating to smoothing; low-frequency decoding means configured to decode the low-frequency encoded data to generate a low-frequency signal; subband dividing means configured to divide the low-frequency signal into a plurality of subbands to generate a low-frequency subband signal for each of the subbands; feature amount calculating means configured to calculate a feature amount of a predetermined number of continuous frames of the low-frequency signal based on power within the low-frequency subband signals; smoothing means configured to subject the feature amount to smoothing by performing weighted averaging on the feature amount based on the smoothing information; and generating means configured to generate a high-frequency signal based on the coefficient obtained from the coefficient information, the feature amount subject to smoothing, and the low-frequency subband signals; wherein the smoothing information is information indicating the number of frames used for the weighted averaging and weight used for the weighted averaging.
A process for manufacturing a shaped sandwich panel (42; 44; 46; 48), comprising: arranging a sandwich panel adjacent a die, wherein the sandwich panel includes a core layer arranged between and connected to a first layer and a second layer, the core layer includes a plurality of apertures that extend through the core layer to the first layer, and the first layer engages the die; and pressurizing fluid within the apertures to a pressure adequate to at least partially form the sandwich panel to a geometry of the die, characterised in that: the fluid comprises an inert gas. arranging a sandwich panel adjacent a die, wherein the sandwich panel includes a core layer arranged between and connected to a first layer and a second layer, the core layer includes a plurality of apertures that extend through the core layer to the first layer, and the first layer engages the die; and pressurizing fluid within the apertures to a pressure adequate to at least partially form the sandwich panel to a geometry of the die,
V-type 4-stroke internal combustion engine having 16 cylinders, having a counter-clockwise or clockwise direction of rotation, comprising a crankshaft, a torsional vibration damper and a flywheel arranged on the crankshaft, wherein the crankshaft has 8 crank throws forming a crank star, wherein in each case the piston rods of the two cylinders of a V-segment are connected to the same crank throw, wherein the crank star is of the lengthwise symmetric or lengthwise quasi-symmetric type, wherein the crank throws C1 to C8 have one of the following angular sequences in the direction of rotation of the engine when seen from the side of the flywheel, with the crank throws numbered as C1 to C8 when starting from the side of the flywheel: i) C1,C8 - C2,C7 - C3,C6 - C4,C5 ii) C1,C8 - C4,C5 - C3,C6 - C2,C7 iii) C1,C8 - C3,C6 - C4,C5 - C2,C7. i) C1,C8 - C2,C7 - C3,C6 - C4,C5 ii) C1,C8 - C4,C5 - C3,C6 - C2,C7 iii) C1,C8 - C3,C6 - C4,C5 - C2,C7.
A biocompatible and biodegradable porous matrix, characterized in that it comprises a three-block sequenced copolymer which satisfies the formula: X-G-Y in which: G is a hydrophilic linear non-hydroxylated block containing p repeating units, with p being a number which may vary from 150 to 700, X and Y, which may be identical or different, respectively represent a hydrophobic linear polyester block, X and Y each possibly containing n and m repeating units respectively, n and m each being a number which may vary from 170 to 3500, and in that it comprises pores with a diameter varying from 20 to 500 μm. G is a hydrophilic linear non-hydroxylated block containing p repeating units, with p being a number which may vary from 150 to 700, X and Y, which may be identical or different, respectively represent a hydrophobic linear polyester block, X and Y each possibly containing n and m repeating units respectively, n and m each being a number which may vary from 170 to 3500,
Injection device for delivering a liquid drug, comprising a drug container, displacement means for displacing the drug from the container through a container outlet and a dosing mechanism, comprising an inlet, an outlet, a dosing pipe and two valve groups (A, B) with an inlet valve (A1, B1) and an outlet valve (A2, B2) each, wherein the inlet is connected to both inlet valves (A1, B1) and the outlet is connected to both outlet valves (A2, B2), wherein the inlet valve of one group is arranged to connect the inlet to a first end (10.1) of the dosing pipe while the outlet valve of the same group is arranged to connect the outlet to a second end (10.2) of the dosing pipe, wherein the inlet valve of the other group is arranged to connect the inlet to the second end (10.2) of the dosing pipe while the outlet valve of the same group is arranged to connect the outlet to the first end (10.1) of the dosing pipe, wherein control means are arranged to open only the valves (A1, A2, B1, B2) of one group (A, B) at a time thereby allowing the fluid to flow from the inlet through the dosing pipe to the outlet, wherein a dosing object is arranged in the dosing pipe in a manner to be translated from one end (10.1, 10.2) towards the other (10.2, 10.1) by the fluid, wherein the container outlet is connected to the inlet of the dosing mechanism, wherein the outlet of the dosing mechanism is connected to a nozzle, wherein a sensor is arranged for determining the position of the dosing object within the dosing pipe and connected to the control means, wherein the control means is arranged to open and close the valves (A1, A2, B1, B2) depending on a distance travelled by the dosing object between two positions and a set dose volume to be delivered so as to allow delivery of a dose volume from the dosing pipe smaller than the volume of the dosing pipe less the dosing object, and wherein the sensor is arranged as a linear charge coupled device, wherein the dosing pipe is transparent.
A method, comprising: at a camera: detecting motion in a first field of view of the camera using a motion sensor; capturing, via an image sensor of the camera, video data of a second field of view, the second field of view overlapping entirely or partially with the first field of view; initiating processing of the video data corresponding to the second field of view; ceasing the processing of the video data after a first time duration; and determining a cool-off period for the motion sensor, the cool-off period having a second time duration based on the first time duration during which the camera does not detect motion in the first field of view using the motion sensor. detecting motion in a first field of view of the camera using a motion sensor; capturing, via an image sensor of the camera, video data of a second field of view, the second field of view overlapping entirely or partially with the first field of view; initiating processing of the video data corresponding to the second field of view; ceasing the processing of the video data after a first time duration; and determining a cool-off period for the motion sensor, the cool-off period having a second time duration based on the first time duration during which the camera does not detect motion in the first field of view using the motion sensor.
A magnetic composition comprising a magnetic metal or metal compound and a graphene-like carbon nanostructure, wherein the metal or metal compound is intercalated in the graphene-like nanostructure, and wherein said magnetic metal or magnetic compound comprises Mn.
Horological hand comprising at least one housing for receiving at least one precious or non-precious stone (7, 7') and comprising at least one first end, referred to as a setting end, and a rail, characterised in that the rail is over the periphery of the housing, the rail being arranged to allow the insertion of the stone(s) (7, 7') in the rail at the first end of the housing, in order that the stone(s) (7, 7') can slide in said rail along the longitudinal axis of the housing and to retain the stone(s) (7, 7') once inserted in the rail in a direction perpendicular to the longitudinal axis of the housing.
Device for erecting at sea a large slender body, such as the monopile of a wind turbine, the device comprising a jack-up platform provided with spud poles for taking support onto an underwater bottom, and with a work deck to which are connected fixation means (3, 4, 3', 4') for a tension cable (5, 5') and guiding means (6, 7, 6', 7') that are provided at an edge of the work deck, the fixation means (3, 4, 3', 4') and guiding means (6, 7, 6', 7') being provided at work deck height, whereby in operation the tension cable (5, 5') is attached to the fixation means (3, 4, 3', 4'), is guided along the guiding means (6, 7, 6', 7') and attached to the large slender body, wherein to the work deck are connected further fixation means for a further tension cable, and further guiding means (51, 52) that are provided at an edge opposite the edge of the guiding means (6, 7, 6', 7'), the further fixation means and further guiding means (51, 52) being provided at work deck height, whereby in operation the further tension cable is attached to the large slender body at a rear end thereof, the further fixation means being adapted to lengthen or shorten the further tension cable, wherein attachment means of the large slender body are located between the top end thereof and its center of gravity, the fixation means (3, 4, 3', 4') being adapted to shorten the tension cable (5, 5') and thereby gradually bring the slender body in an erected position along the edge of the work deck.