mhurhangee/ep-ind-claims huggingface dataset:
A sensor system comprising a sensor body with a radially extending flange and a sensor retaining system comprising: a sleeve positioned radially outward from the sensor body and having a radially extending end flange configured to abut said radially extending flange of said sensor body; and a biasing component positioned radially outward from the sleeve and configured to apply an axial load to the sleeve, and further comprising an annular member positioned radially outward from the sleeve; wherein the biasing component includes first and second axially facing surfaces, wherein the first axially facing surface abuts a surface of the annular member, and wherein the second axially facing surface of the biasing component abuts an outer axially facing surface of the radially extending end flange of the sleeve to apply an axial load to the sleeve. a sleeve positioned radially outward from the sensor body and having a radially extending end flange configured to abut said radially extending flange of said sensor body; and a biasing component positioned radially outward from the sleeve and configured to apply an axial load to the sleeve, and further comprising an annular member positioned radially outward from the sleeve;
A pack having an outer sealed wall containing a condom and a liquid or a gel which is isolated from the condom by a barrier, the barrier being breachable by external manipulation of the pack to apply the liquid or gel to one side of the condom without disturbing the integrity of the outer sealed wall; wherein the outer sealed wall is provided by a moulded tray comprising an annular trough, the tray being sealed with a foil lid, wherein a deformable portion is provided by a centre portion of the tray surrounded by the annular trough and wherein the deformable portion projects downwardly no further than the lower surface of the trough, and wherein the barrier is sealed across the deformable portion to seal the liquid or gel therein, the deformable portion being deformable from a first non-deformed configuration to a second configuration in which it has breached the barrier and expelled the liquid or gel through the barrier.
Fuel injector for injecting fuel into a combustion chamber of an internal combustion engine having a magnetic actuator for direct actuation of a preferably needle-shaped injection valve element, by means of whose stroke movement at least one injection opening of the fuel injector can be opened up or closed, wherein the magnetic actuator comprises an armature element, which can perform stroke movements, for controlling the control pressure in a control volume, characterized in that the injection valve element is, during a first phase of its opening stroke, mechanically coupled to a hydraulic transmitter which has an active hydraulic area A 1 which delimits the control volume and which, combined with an active hydraulic area A 2 formed on the injection valve element, is larger than an active hydraulic area A 3 which is formed on the armature element and which delimits the control volume, such that force boosting is effected owing to the area ratio of the active hydraulic areas A 1, A 2 and A 3 that are relevant with regard to the control volume, furthermore in that the mechanical coupling of the hydraulic transmitter to the injection valve element is, during a second phase of the opening stroke, eliminated such that, as active hydraulic areas, only the active areas A 2 and A 3 oppose one another, wherein the active hydraulic area A 2 is smaller than the active area A 3 and travel boosting is thus achieved, furthermore in that the injection valve element is, during its closing stroke, mechanically coupled to the armature element, which is forced in the closing direction of the injection valve element by the pressure force of an armature spring, such that the closing stroke of the injection valve element can be effected by way of the armature spring.
A coaxial connector part comprising an outer conductor and an inner conductor which is held relative to said outer conductor by means of an insulator and which is arranged in an opening of the insulator and comprises an end piece which is operatively connected in an electrically conductive manner to a connecting sleeve, and wherein the connecting sleeve is mechanically operatively connected to the insulator via first operative connecting means (12, 13), so that the connecting sleeve may be tilted by a tilt angle α relative to the inner conductor, characterised in that an electrically conductive seal made of deformable material is fastened to an end of the outer conductor on the printed circuit board side which is suitable for contacting a printed conductor on a printed circuit board.
A printing device comprising: an inkjet head (16, 16C, 16M, 16Y, 16K) that is configured to jet an ink from a jetting surface; an ink circulation flow passage in the ink jet head (16, 16C, 16M, 16Y, 16K) through which the ink circulates; a moisturizing unit that is configured to moisturize the jetting surface (30, 30C, 30M, 30Y, 30K) with a moisturizing liquid in an ink circulation stop period in which circulation of the ink in the ink circulation flow passage is stopped; a reception unit that is configured to receive a set input value of the ink circulation stop period; and a controller that is configured to control a back pressure of the inkjet head (16, 16C, 16M, 16Y, 16K) at a start of the ink circulation stop period in accordance with the set input value of the ink circulation stop period received by the reception unit, the controller is configured to control a negative pressure level of the back pressure of the inkjet head (16, 16C, 16M, 16Y, 16K) at the start of the ink circulation stop period to be higher as the ink circulation stop period is longer. an inkjet head (16, 16C, 16M, 16Y, 16K) that is configured to jet an ink from a jetting surface; an ink circulation flow passage in the ink jet head (16, 16C, 16M, 16Y, 16K) through which the ink circulates; a moisturizing unit that is configured to moisturize the jetting surface (30, 30C, 30M, 30Y, 30K) with a moisturizing liquid in an ink circulation stop period in which circulation of the ink in the ink circulation flow passage is stopped; a reception unit that is configured to receive a set input value of the ink circulation stop period; and a controller that is configured to control a back pressure of the inkjet head (16, 16C, 16M, 16Y, 16K) at a start of the ink circulation stop period in accordance with the set input value of the ink circulation stop period received by the reception unit, the controller is configured to control a negative pressure level of the back pressure of the inkjet head (16, 16C, 16M, 16Y, 16K) at the start of the ink circulation stop period to be higher as the ink circulation stop period is longer.
Ironless linear motor with a primary part and a secondary part which provides a magnetic path for the primary part, the primary part being configured for a linear movement along the magnetic path, and the secondary part comprising: - a spacer element, - yoke plates which configure two limbs and are configured for fastening to the spacer element, with the result that they extend, lying opposite one another, in planes parallel to the magnetic path, - a multiplicity of permanent magnets which are attached to inner sides, pointing towards the magnetic path, of the yoke plates, - the permanent magnets each having a width (a, a') which decreases in a direction of extent pointing perpendicularly towards the magnetic path, with the result that the air gap width is constant along the direction of extent; characterized in that - the primary part has a width (b) which is constant along the direction of extent. - a spacer element, - yoke plates which configure two limbs and are configured for fastening to the spacer element, with the result that they extend, lying opposite one another, in planes parallel to the magnetic path, - a multiplicity of permanent magnets which are attached to inner sides, pointing towards the magnetic path, of the yoke plates, - the permanent magnets each having a width (a, a') which decreases in a direction of extent pointing perpendicularly towards the magnetic path, with the result that the air gap width is constant along the direction of extent; characterized in that - the primary part has a width (b) which is constant along the direction of extent.
A system for powering components (432, 436, 440, 456) in a seat of a vehicle, comprising: a vehicle body; a power transmitter supported by the vehicle body and operatively connected to a vehicle power supply, the power transmitter configured to generate an electromagnetic field; a first seat supported by the vehicle body; and a power receiver located in the first seat within the electromagnetic field and operatively connected to at least one component (432, 436, 440) in the first seat, wherein the power receiver is configured to generate electrical power from the electromagnetic field and deliver the electrical power to the at least one component (432, 436, 440), wherein the power transmitter includes a near-field transmitting antenna; and wherein the power receiver includes a near-field receiving antenna, characterized in that the first seat comprises a repeater antenna, wherein the near-field receiving antenna is operatively connected to the repeater antenna, and wherein the electrical power generated by the near-field receiving antenna is retransmitted by the repeater antenna, the repeater antenna is configured to generate a second electromagnetic field encompassing at least a portion of a second seat of the system, wherein the second seat comprises a power receiving antenna configured to correspond to the energy in the second electromagnetic field generated by the repeater antenna to enable the power receiving antenna to receive energy from the second electromagnetic field. a vehicle body; a power transmitter supported by the vehicle body and operatively connected to a vehicle power supply, the power transmitter configured to generate an electromagnetic field; a first seat supported by the vehicle body; and a power receiver located in the first seat within the electromagnetic field and operatively connected to at least one component (432, 436, 440) in the first seat, wherein the power receiver is configured to generate electrical power from the electromagnetic field and deliver the electrical power to the at least one component (432, 436, 440), wherein the power transmitter includes a near-field transmitting antenna; and wherein the power receiver includes a near-field receiving antenna, characterized in that the first seat comprises a repeater antenna, wherein the near-field receiving antenna is operatively connected to the repeater antenna, and wherein the electrical power generated by the near-field receiving antenna is retransmitted by the repeater antenna, the repeater antenna is configured to generate a second electromagnetic field encompassing at least a portion of a second seat of the system, wherein the second seat comprises a power receiving antenna configured to correspond to the energy in the second electromagnetic field generated by the repeater antenna to enable the power receiving antenna to receive energy from the second electromagnetic field.
A supply power control method for a wireless power transmission apparatus configured to supply power from a power-supplying module comprising at least one of each of a power-supplying coil and a power-supplying resonator to a power-receiving module comprising at least one of each of a power-receiving resonator and a power-receiving coil, while varying a magnetic field, wherein the power is supplied with a value such that a driving frequency of the power supplied to the power-supplying module does not match with a resonance frequency, f 0, of the power-supplying module and the power-receiving module, the power supplied is adjusted, by varying, as parameters, element values of a plurality of circuit elements constituting the power-supplying module and the power-receiving module, to set the input impedance, Z in of the wireless power transmission apparatus to be within a range of Z in to Z in for controlling a current, I in, supplied to the wireless power transmission apparatus to be within a proper current range of I in to I in, to limit heat generation, the power supplied to the power-supplying module is supplied by an AC power source being a constant voltage power source, each of the power-supplying resonator and the power-receiving resonator includes a resistor, a coil and a capacitor as the circuit elements, and each of the power-supplying coil and the power-receiving coil includes at least a coil and a resistor as the circuit elements. the power is supplied with a value such that a driving frequency of the power supplied to the power-supplying module does not match with a resonance frequency, f 0, of the power-supplying module and the power-receiving module, the power supplied is adjusted, by varying, as parameters, element values of a plurality of circuit elements constituting the power-supplying module and the power-receiving module, to set the input impedance, Z in of the wireless power transmission apparatus to be within a range of Z in to Z in for controlling a current, I in, supplied to the wireless power transmission apparatus to be within a proper current range of I in to I in, to limit heat generation, the power supplied to the power-supplying module is supplied by an AC power source being a constant voltage power source, each of the power-supplying resonator and the power-receiving resonator includes a resistor, a coil and a capacitor as the circuit elements, and each of the power-supplying coil and the power-receiving coil includes at least a coil and a resistor as the circuit elements.
A liquid feeding pump comprising: a first plunger pump including a first plunger; a second plunger pump including a second plunger and connected to the first plunger pump in series; a pressure sensor disposed downstream from the second plunger pump; and a control unit configured to receive an input of a discharge pressure of a liquid measured by the pressure sensor and to control driving of the first plunger and driving of the second plunger, characterized in that the control unit is configured to calculate a pressure change rate of the liquid based on a past compression distance of the first plunger while the liquid is compressed by the first plunger pump and a pressure while the compression is completed, to predict a compression distance of the first plunger based on the pressure change rate and a current discharge pressure, and to determine when the compression by the first plunger is completed based on the predicted compression distance. a first plunger pump including a first plunger; a second plunger pump including a second plunger and connected to the first plunger pump in series; a pressure sensor disposed downstream from the second plunger pump; and a control unit configured to receive an input of a discharge pressure of a liquid measured by the pressure sensor and to control driving of the first plunger and driving of the second plunger, characterized in that the control unit is configured to calculate a pressure change rate of the liquid based on a past compression distance of the first plunger while the liquid is compressed by the first plunger pump and a pressure while the compression is completed, to predict a compression distance of the first plunger based on the pressure change rate and a current discharge pressure, and to determine when the compression by the first plunger is completed based on the predicted compression distance.
A seam (1, 61, 81) formed by two needles (11, 21) juxtaposed in a substantially perpendicular direction to a sewing direction, characterised in that the seam includes chain seams (10, 65, 85) and lock seams (20, 70,0 90) formed by needle threads (12, 22) respectively passed through the two needles (11, 21), a loop (13, 68, 88) of the needle thread forming the chain seam (10, 65, 85) is passed through a loop (23, 71, 91) of the needle thread forming the lock seam (20, 70, 90), a stitch is tightened, and a loop (13, 68, 88) of the needle thread forming the chain seam (10, 65, 85) and/or a loop (23, 71, 91) of the needle thread forming the lock seam (20, 70, 90) located on a downstream side in the sewing direction is passed through the loop of the needle thread forming the upstream chain seam (10, 65, 85).
A method for receiving band and bit allocation information by a mobile station in a wireless communication system, the method comprising the steps of: measuring channel quality of a plurality of bands at a predetermined period, and determining indexes of a predetermined number of bands in accordance with high channel quality order among the plurality of bands based on the measured channel quality; transmitting, to a base station, feedback information including information on the determined indexes; receiving, from the base station, band allocation information generated based on the feedback information, the band allocation information including information about at least one allocated band; transmitting, to the base station, a pilot signal for uplink adaptive modulation and coding, AMC, on the at least one allocated band; and receiving, from the base station, band bit allocation generated by using a channel estimation result based on the pilot signal by allocating bits to the previously allocated band, wherein the mobile station is located in a boundary between the base station and another base station. measuring channel quality of a plurality of bands at a predetermined period, and determining indexes of a predetermined number of bands in accordance with high channel quality order among the plurality of bands based on the measured channel quality; transmitting, to a base station, feedback information including information on the determined indexes; receiving, from the base station, band allocation information generated based on the feedback information, the band allocation information including information about at least one allocated band; transmitting, to the base station, a pilot signal for uplink adaptive modulation and coding, AMC, on the at least one allocated band; and receiving, from the base station, band bit allocation generated by using a channel estimation result based on the pilot signal by allocating bits to the previously allocated band, wherein the mobile station is located in a boundary between the base station and another base station.
A method for determining the distortion of a projection optical system comprising: exposing a substrate via a projection optical system, by exposing with a main scale mark and a surrounding mark (40, 50) while the substrate is moved so that images of the main scale mark and the surrounding mark are formed at each of predetermined points in a predetermined map forming a reference grid on the substrate, wherein the main scale mark and the surrounding mark (40,50) are in a known relative positional relationship, and by exposing with auxiliary scale marks while the substrate is positioned so that images of the auxiliary scale marks are respectively formed at the predetermined points in the predetermined map on the substrate; measuring a first positional relationship between the images of the surrounding mark (40,50) formed at the predetermined points on the substrate; measuring a second positional relationship between the image of the main scale mark and the image of the auxiliary scale mark at each of the predetermined points; and determining distortion of the projection optical system based on the first and second positional relationships. exposing a substrate via a projection optical system, by exposing with a main scale mark and a surrounding mark (40, 50) while the substrate is moved so that images of the main scale mark and the surrounding mark are formed at each of predetermined points in a predetermined map forming a reference grid on the substrate, wherein the main scale mark and the surrounding mark (40,50) are in a known relative positional relationship, and by exposing with auxiliary scale marks while the substrate is positioned so that images of the auxiliary scale marks are respectively formed at the predetermined points in the predetermined map on the substrate; measuring a first positional relationship between the images of the surrounding mark (40,50) formed at the predetermined points on the substrate; measuring a second positional relationship between the image of the main scale mark and the image of the auxiliary scale mark at each of the predetermined points; and determining distortion of the projection optical system based on the first and second positional relationships.
A stable aqueous pharmaceutical formulation, the formulation comprising a therapeutically effective amount of a monoclonal humanized antibody in an arginine acetate buffer, pH from about 4.5 to about 5.5, wherein the antibody is bevacizumab.
Method for operating a motor vehicle, wherein, by means of an activation signal when the motor vehicle is deactivated, the air conditioning of the motor vehicle driven by a motor is started by at least one air conditioning unit, wherein the motor is maximally operated for a maximum motor operating period, wherein the maximum motor operating period is selected depending on a temperature of the motor and/or an ambient temperature of the motor vehicle and/or a temperature of the exhaust system of the motor vehicle, in particular of a catalytic converter, characterised in that the maximum motor operating period is selected so that, depending on the at least one temperature (3, 4), a maximum permissible exhaust emissions level is not exceeded.
A method for producing a compound represented by the general formula or a salt thereof by optical resolution: wherein each substituent is defined as follows: R 1: a hydrogen atom or a C1-C6 alkyl group, and R 2: a hydrogen atom or a protective group for the carboxy group, the method comprising dissolving a mixture of compounds represented by the general formulas,,, and and an optically active organic acid in a solvent: wherein general formulas and are the same, wherein the optically active organic acid is D-mandelic acid or O-acetyl-D-mandelic acid, wherein the solvent is acetonitrile, ethyl acetate, toluene, or cyclopentyl methyl ether, and then depositing a crystal. R 1: a hydrogen atom or a C1-C6 alkyl group, and R 2: a hydrogen atom or a protective group for the carboxy group, the method comprising dissolving a mixture of compounds represented by the general formulas,,, and and an optically active organic acid in a solvent: wherein general formulas and are the same, wherein the optically active organic acid is D-mandelic acid or O-acetyl-D-mandelic acid, wherein the solvent is acetonitrile, ethyl acetate, toluene, or cyclopentyl methyl ether, and then depositing a crystal. wherein general formulas and are the same, wherein the optically active organic acid is D-mandelic acid or O-acetyl-D-mandelic acid, wherein the solvent is acetonitrile, ethyl acetate, toluene, or cyclopentyl methyl ether,