mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a pump of a test device for measuring blood platelet function and/or blood coagulation to reduce or eliminate pump backlash errors, comprising: providing a system comprising the pump having a stepper motor coupled to a piston, and a first limit sensor; the method being characterised in that it comprises the following steps: detecting a first change in the first limit sensor state to indicate that the piston has reached an end of its travel in a first direction; advancing the motor an additional step in the first direction after the first change in the first limit sensor state is detected; advancing the motor in a second direction opposite the first direction after the additional step; and, detecting a second change in the first limit sensor state indicative that the piston is moving in the pump and the backlash associated with changes in direction of the piston has been resolved or overcome before detecting the second change to the first limit sensor; and advancing the motor in the second direction a number of steps associated with a full travel of the piston. providing a system comprising the pump having a stepper motor coupled to a piston, and a first limit sensor; the method being characterised in that it comprises the following steps: detecting a first change in the first limit sensor state to indicate that the piston has reached an end of its travel in a first direction; advancing the motor an additional step in the first direction after the first change in the first limit sensor state is detected; advancing the motor in a second direction opposite the first direction after the additional step; and, detecting a second change in the first limit sensor state indicative that the piston is moving in the pump and the backlash associated with changes in direction of the piston has been resolved or overcome before detecting the second change to the first limit sensor; and advancing the motor in the second direction a number of steps associated with a full travel of the piston.
A composition in the form of a gas-in-oil-in-water emulsion, comprising a dispersed phase of oil droplets in a continuous aqueous phase, wherein the oil droplets contain dispersed gas bubbles, and further comprising a sucrose fatty acid ester having an HLB-value ranging from 1 to 7, and wherein the volume fraction of oil droplets containing gas bubbles ranges from 5% to 75% by volume of the composition at standard conditions.
A magnetic contactor comprising: a moving core including a main core disposed to be movable in a length direction thereof and first and second core plates (81, 82) disposed at both ends of the main core, respectively; a coil provided on the circumference of the main core; a fixed core disposed around the coil to form a magnetic path; and a permanent magnet disposed between the coil and the fixed core, wherein the first core plate is disposed outside the fixed core, and the second core plate is disposed inside the fixed core, and the coil is placed between the main core and the fixed core; and the fixed core includes an upper plate and a lower plate disposed to face lower surfaces of the first core plate and the second core plate, respectively, characterised in that the upper plate and the lower plate have inclined upper surfaces being gradually lowered toward the main core, the first core plate and the second core plate have inclined lower surfaces parallel to the inclined upper surfaces, and the fixed core is provided with at least one protrusion to reduce a gap between the fixed core and the first or second core plate. a moving core including a main core disposed to be movable in a length direction thereof and first and second core plates (81, 82) disposed at both ends of the main core, respectively; a coil provided on the circumference of the main core; a fixed core disposed around the coil to form a magnetic path; and a permanent magnet disposed between the coil and the fixed core, wherein the first core plate is disposed outside the fixed core, and the second core plate is disposed inside the fixed core, and the coil is placed between the main core and the fixed core; and the fixed core includes an upper plate and a lower plate disposed to face lower surfaces of the first core plate and the second core plate, respectively, characterised in that the upper plate and the lower plate have inclined upper surfaces being gradually lowered toward the main core, the first core plate and the second core plate have inclined lower surfaces parallel to the inclined upper surfaces, and the fixed core is provided with at least one protrusion to reduce a gap between the fixed core and the first or second core plate.
A method of obtaining channel state information, CSI, with respect to a group of coordinated transmission points, TPs, the method being performed in a control node, comprising the steps of: transmitting, by the group of coordinated TPs, according to different CSI-RS transmit configurations and at different points in time, channel state information reference symbols, CSI-RS, wherein the transmitting comprises transmitting at least one non-hopping CSI-RS and at least one hopping CSI-RS that hops from a first TP from the group of coordinated TPs to a second TP from the group of coordinated TPs; receiving, at a first time instance, a CSI report from at least one user equipment, UE; and associating said received CSI report with a specific CSI-RS transmit configuration of the different CSI-RS transmit configurations. transmitting, by the group of coordinated TPs, according to different CSI-RS transmit configurations and at different points in time, channel state information reference symbols, CSI-RS, wherein the transmitting comprises transmitting at least one non-hopping CSI-RS and at least one hopping CSI-RS that hops from a first TP from the group of coordinated TPs to a second TP from the group of coordinated TPs; receiving, at a first time instance, a CSI report from at least one user equipment, UE; and associating said received CSI report with a specific CSI-RS transmit configuration of the different CSI-RS transmit configurations.
Medical fixing device for fixing a first body tissue to a second body tissue, comprising a first fixing element, a second fixing element constructed so as to be movable relative thereto, and a holding element holding the first fixing element and the second fixing element together, in which the first fixing element comprises at least one first fixing member (18, 20) for penetration into one of the body tissues (42, 43) and the second fixing element comprises at least one second fixing member (18, 20) for penetration into the other body tissue (42, 43), the first fixing element being transferrable relative to the second fixing element from an insertion position to a fixing position, in which fixing position the at least one first fixing member (18, 20) and the at least one second fixing member (18, 20) are at a smaller distance from each other than in the insertion position, and the holding element forming a pretensioning element for pretensioning the first fixing element and the second fixing element relative to each other in their insertion position with respect to their fixing position, characterized in that the first fixing element and the second fixing element intersect at an intersection area of the fixing device (10; 46; 47; 52), in that the at least one first fixing member (18, 20) and the at least one second fixing member (18, 20) are each at a distance from the intersection area, and in that the first fixing element and the second fixing element are constructed for swivel movement relative to each other about a swivel axis running through the intersection area.
Compounds of formula wherein R 1 is C 1 -C 7 -alkyl; R 2 is H; R 3 is H; R 4 is H; R 5 is H; R 6 is H, halogen or C 1 -C 7 -alkyl; R 7 is H; R 8 is H; R 9 is H; R 10 is H; R 11 is H; R 12 is H or halogen; A 1 is CR 13; A 2 is NR 14 or CR 15 R 16; A 3 is CR 17; R 13 is H or halogen; R 14 is -(CR 20 R 21) q -(CR 22 R 23) r -(CR 24 R 25) p -NR 26 R 27, wherein the sum of q, r and p is at least 2; R 15 is -(CR 20 R 21) q -(CR 22 R 23) r (CR 24 R 25) p -NR 26 R 27; R 16 is H; or R 6 and R 16 together with the carbon atoms to which they are attached form a double bond; R 17 is H; R 20 is H; R 21 is H; R 22 is H; R 23 is H; R 24 is H; R 25 is H; R 26 is H; R 27 is H, -S 2 R 31, -C R 31 or -C OR 31, wherein in case R 26 is H and R 27 is H, then the sum of q, r and p is at least 1; R 31 is C 1 -C 7 -alkyl, hydroxyl-C 1 -C 7 -alkyl, C 3 -C 8 -cycloalkyl or chloropyridinyl; n is zero or 1; p is zero or 1; q is zero or 1; r is zero or 1; or pharmaceutically acceptable salts or esters. R 1 is C 1 -C 7 -alkyl; R 2 is H; R 3 is H; R 4 is H; R 5 is H; R 6 is H, halogen or C 1 -C 7 -alkyl; R 7 is H; R 8 is H; R 9 is H; R 10 is H; R 11 is H; R 12 is H or halogen; A 1 is CR 13; A 2 is NR 14 or CR 15 R 16; A 3 is CR 17; R 13 is H or halogen; R 14 is -(CR 20 R 21) q -(CR 22 R 23) r -(CR 24 R 25) p -NR 26 R 27, wherein the sum of q, r and p is at least 2; R 15 is -(CR 20 R 21) q -(CR 22 R 23) r (CR 24 R 25) p -NR 26 R 27; R 16 is H; or R 6 and R 16 together with the carbon atoms to which they are attached form a double bond; R 17 is H; R 20 is H; R 21 is H; R 22 is H; R 23 is H; R 24 is H; R 25 is H; R 26 is H; R 27 is H, -S 2 R 31, -C R 31 or -C OR 31, wherein in case R 26 is H and R 27 is H, then the sum of q, r and p is at least 1; R 31 is C 1 -C 7 -alkyl, hydroxyl-C 1 -C 7 -alkyl, C 3 -C 8 -cycloalkyl or chloropyridinyl; n is zero or 1; p is zero or 1; q is zero or 1; r is zero or 1; or pharmaceutically acceptable salts or esters.
A mask system comprising: a mask component including one or more openings for gas washout, the openings being annularly arranged about the circumference of the mask component; and a vent component provided to the mask component, the vent component being constructed and arranged such that it includes one or more tracks or grooves along the outer surface of the vent component, and said one or more tracks or groves being included between the mask component and the vent component, and said one or more tracks or groves being adapted to guide gas washout, the vent component being further adapted to cover the one or more openings in the mask component so that gas washout escapes along the one or more tracks or grooves between the mask component and the vent component, wherein the one or more tracks or grooves extend from an inner radius of the vent component to an outer radius of the vent component and wherein the tracks or grooves are curved. a mask component including one or more openings for gas washout, the openings being annularly arranged about the circumference of the mask component; and a vent component provided to the mask component, the vent component being constructed and arranged such that it includes one or more tracks or grooves along the outer surface of the vent component, and said one or more tracks or groves being included between the mask component and the vent component, and said one or more tracks or groves being adapted to guide gas washout, the vent component being further adapted to cover the one or more openings in the mask component so that gas washout escapes along the one or more tracks or grooves between the mask component and the vent component, wherein the one or more tracks or grooves extend from an inner radius of the vent component to an outer radius of the vent component and wherein the tracks or grooves are curved.
A polyorganosiloxane, wherein a value obtained by integrating dw/dlog from 2.5 ≤ log ≤ 3.1 is 0 to 10% of a value obtained by integrating dw/dlog over the entire range of log in a differential molecular weight distribution curve, wherein the differential molecular weight distribution curve is determined by gel permeation chromatography using the polystyrene calibration curve, has an x-axis showing a logarithmic value log of a molecular weight M and has a y-axis showing dw/dlog obtained by differentiating a concentration fraction w with respect to the logarithmic value log of the molecular weight, wherein an average chain length thereof is in the range of 35 to 45, calculated by NMR measurement.
A vehicle, comprising: - a suspension member with high stiffness serving as a frame member of a vehicle body of the vehicle; and - a contactless power reception device including a power reception coil configured to contactlessly receive power by way of magnetic coupling with a power transmission coil on a road surface side, the contactless power reception device being mounted in a lower portion of the vehicle body, wherein: - the power reception coil is a circular coil having a hollow portion formed in a center portion of the power reception coil in a radial direction, - the power reception coil, a resonant capacitor, and a magnetic member (85, 87) are arranged in a power reception coil unit forming the contactless power reception device, and - the power reception coil unit is attached to the suspension member, characterized by a hollow portion corresponding region - which is a portion of the power reception coil unit corresponding to the hollow portion of the power reception coil and - which is in contact with the suspension member as said frame member of said vehicle body of the underlying vehicle, - wherein the suspension member and the power reception coil unit are fastened to each other with bolts with a rear connection portion of the suspension member being in contact with a center portion of the power reception coil unit at which the hollow portion corresponding region is located, and - wherein the rear connection portion in the suspension member is formed to have a closed cross-section structure with high stiffness. - a suspension member with high stiffness serving as a frame member of a vehicle body of the vehicle; and - a contactless power reception device including a power reception coil configured to contactlessly receive power by way of magnetic coupling with a power transmission coil on a road surface side, the contactless power reception device being mounted in a lower portion of the vehicle body, - the power reception coil is a circular coil having a hollow portion formed in a center portion of the power reception coil in a radial direction, - the power reception coil, a resonant capacitor, and a magnetic member (85, 87) are arranged in a power reception coil unit forming the contactless power reception device, and - the power reception coil unit is attached to the suspension member, - which is a portion of the power reception coil unit corresponding to the hollow portion of the power reception coil and - which is in contact with the suspension member as said frame member of said vehicle body of the underlying vehicle, - wherein the suspension member and the power reception coil unit are fastened to each other with bolts with a rear connection portion of the suspension member being in contact with a center portion of the power reception coil unit at which the hollow portion corresponding region is located, and - wherein the rear connection portion in the suspension member is formed to have a closed cross-section structure with high stiffness.
Brake lever device for a two-wheeled vehicle, having a brake lever, which is coupled to a first piston of a first fluid cylinder, wherein a first pressure chamber of the first fluid cylinder is directly connected to a brake line, and wherein the brake lever device has a valve device with a first valve and a second valve, characterized in that the brake lever is coupled to a second piston of a second fluid cylinder, wherein, by means of the one valve device, the second piston can selectively be switched into an unpressurized state and charged with a pressure prevailing in the brake line.
A method for attaching to a Long Term Evolution, LTE, network, wherein the method is performed by a user equipment, UE, or a chipset system, comprising: transmitting an attach request message to a mobility management entity, wherein the attach request message includes UE security capabilities comprising UE new radio, NR security capabilities and first UE security capabilities, wherein the first UE security capabilities comprise UE LTE security capabilities; receiving a non-access stratum, NAS security mode command, SMC message from the mobility management entity; and continuing the attach procedure when determining that the first UE security capabilities have been replayed correctly and successfully in the NAS SMC message, and the NAS SMC message does not include the UE NR security capabilities transmitting an attach request message to a mobility management entity, wherein the attach request message includes UE security capabilities comprising UE new radio, NR security capabilities and first UE security capabilities, wherein the first UE security capabilities comprise UE LTE security capabilities; receiving a non-access stratum, NAS security mode command, SMC message from the mobility management entity; and continuing the attach procedure when determining that the first UE security capabilities have been replayed correctly and successfully in the NAS SMC message, and the NAS SMC message does not include the UE NR security capabilities
A system for determining a position of a mobile imaging system, the system comprising: a first angular sensor coupled to a reference point and configured to measure a first angle of rotation relative to the reference point; a linear sensor coupled between the reference point and the mobile imaging system and configured to measure a distance between the reference point and the mobile imaging system, the linear sensor coupled to the first angular sensor and having a measurement axis perpendicular to and intersecting a rotational axis of the first angular sensor; and a second angular sensor configured to measure a second angle of rotation relative to the mobile imaging system. a first angular sensor coupled to a reference point and configured to measure a first angle of rotation relative to the reference point; a linear sensor coupled between the reference point and the mobile imaging system and configured to measure a distance between the reference point and the mobile imaging system, the linear sensor coupled to the first angular sensor and having a measurement axis perpendicular to and intersecting a rotational axis of the first angular sensor; and a second angular sensor configured to measure a second angle of rotation relative to the mobile imaging system.
An instrument for accurately measuring mass flow rate of a fluid pumped from a hermetically sealed container, through attainment of a steady state mass flow rate, comprising: (a) a connection device defining a lumen, the connection device configured and arranged to sealingly pierce the hermetically sealed container so as to place the lumen defined by the connection device in fluid communication with a retention chamber defined by the hermetically sealed container, (b) a vacuum pump in sealed fluid communication with the lumen defined by the connection device effective for evacuating fluid content from the hermetically sealed container through the lumen, (c) a mass flow rate sensor in sealed fluid communication with the lumen defined by the connection device for sensing mass flow rates generated by fluid mass pulled through the lumen, and characterised in that it comprises (d) a check valve in sealed fluid communication with the lumen defined by the connection device and positioned intermediate the vacuum pump and the mass flow rate sensor for inhibiting the sensing of negative flow spikes by the mass flow rate sensor. (a) a connection device defining a lumen, the connection device configured and arranged to sealingly pierce the hermetically sealed container so as to place the lumen defined by the connection device in fluid communication with a retention chamber defined by the hermetically sealed container, (b) a vacuum pump in sealed fluid communication with the lumen defined by the connection device effective for evacuating fluid content from the hermetically sealed container through the lumen, (c) a mass flow rate sensor in sealed fluid communication with the lumen defined by the connection device for sensing mass flow rates generated by fluid mass pulled through the lumen, and characterised in that it comprises (d) a check valve in sealed fluid communication with the lumen defined by the connection device and positioned intermediate the vacuum pump and the mass flow rate sensor for inhibiting the sensing of negative flow spikes by the mass flow rate sensor.
An engine nacelle having a flow control system mounted thereon, the system comprising: a plurality of flow control devices each having a body, a curved, blunt nose and a trailing edge; and a plurality of actuators, each actuator coupled to the body of at least one associated flow control device and configured to rotate the body about a leading edge of an inlet of the nacelle from a retracted position in which the nose of the associated flow control device lies aft of the leading edge of the inlet of the nacelle to an extended position in which the nose lies forward of said leading edge. a plurality of flow control devices each having a body, a curved, blunt nose and a trailing edge; and a plurality of actuators, each actuator coupled to the body of at least one associated flow control device and configured to rotate the body about a leading edge of an inlet of the nacelle from a retracted position in which the nose of the associated flow control device lies aft of the leading edge of the inlet of the nacelle to an extended position in which the nose lies forward of said leading edge.