mhurhangee/ep-ind-claims huggingface dataset:
An airframe structure assembly comprising: a flight deck floor panel; a seat track; a sliding joint for isolating load transfer between the seat track and the flight deck floor panel comprising: a lug comprising a first end and a second end opposite the first end, wherein the first end is attached to the seat track and the second end comprises an elongate aperture; and a clevis comprising an oblate shaped slider bushing that is coupled to the lug; and wherein: the clevis comprises a platform at a first end of the clevis and a pair of arms extending from the platform; and the platform of the clevis is affixed to the flight deck floor panel. a flight deck floor panel; a seat track; a sliding joint for isolating load transfer between the seat track and the flight deck floor panel comprising: a lug comprising a first end and a second end opposite the first end, wherein the first end is attached to the seat track and the second end comprises an elongate aperture; and a clevis comprising an oblate shaped slider bushing that is coupled to the lug; and wherein: the clevis comprises a platform at a first end of the clevis and a pair of arms extending from the platform; and the platform of the clevis is affixed to the flight deck floor panel. the clevis comprises a platform at a first end of the clevis and a pair of arms extending from the platform; and the platform of the clevis is affixed to the flight deck floor panel.
A power conversion device, comprising: a power converter which has: first to fourth input terminals; a first output terminal; a second output terminal connected to the fourth input terminal; and first to fourth arms connected between the respective first to fourth input terminals and the first output terminal, and which, using voltages input from the first to fourth input terminals, outputs an alternating current voltage between the first and second output terminals, the power conversion device being characterized in that the power converter is configured to, when operating in a control mode, alternately turn on and off two arms selected from among the first to fourth arms, the power converter has two or more of the control mode set by combining different arms, and the power converter is configured to, when switching its operation from one control mode to another control mode, carry out the control mode switching at a timing (t1, t 2) such that at least one arm in common of the one and the other control mode continues to be in a bidirectionally conductible condition before and after the switching, wherein the common arm comprises a circuit with two switch elements (S1, S2, S3, S4) connected in reverse parallel that continue being in an ON state before and after the timing (t1, t2). a power converter which has: first to fourth input terminals; a first output terminal; a second output terminal connected to the fourth input terminal; and first to fourth arms connected between the respective first to fourth input terminals and the first output terminal, and which, using voltages input from the first to fourth input terminals, outputs an alternating current voltage between the first and second output terminals, the power conversion device being characterized in that first to fourth input terminals; a first output terminal; a second output terminal connected to the fourth input terminal; and first to fourth arms connected between the respective first to fourth input terminals and the first output terminal, and which, using voltages input from the first to fourth input terminals, outputs an alternating current voltage between the first and second output terminals, the power conversion device being characterized in that the power converter is configured to, when operating in a control mode, alternately turn on and off two arms selected from among the first to fourth arms, the power converter has two or more of the control mode set by combining different arms, and the power converter is configured to, when switching its operation from one control mode to another control mode, carry out the control mode switching at a timing (t1, t 2) such that at least one arm in common of the one and the other control mode continues to be in a bidirectionally conductible condition before and after the switching, wherein the common arm comprises a circuit with two switch elements (S1, S2, S3, S4) connected in reverse parallel that continue being in an ON state before and after the timing (t1, t2).
A light emitting diode lighting device, comprising: a light guide plate, a plurality of LEDs for emitting light into the light guide plate, a plurality of out-coupling structures adapted to extract light from the light guide plate, and first and second electrodes (22, 24) connected to the LEDs, wherein the first electrode is arranged at the top side of the light guide plate and the second electrode is arranged at the bottom side of the light guide plate such that the light guide plate is disposed between the electrodes, wherein the direction "top" refers to the main light emitting direction of the lighting device. a light guide plate, a plurality of LEDs for emitting light into the light guide plate, a plurality of out-coupling structures adapted to extract light from the light guide plate, and first and second electrodes (22, 24) connected to the LEDs, wherein the first electrode is arranged at the top side of the light guide plate and the second electrode is arranged at the bottom side of the light guide plate such that the light guide plate is disposed between the electrodes, wherein the direction "top" refers to the main light emitting direction of the lighting device.
A cooling system for power electronics, the system comprising: a cooling module having inlet and outlet ends, an inlet side with an inlet channel for receiving, at the inlet end, a flow of cooling fluid and an outlet side having an outlet channel through which, at the outlet end, outlet flow exits the system, the inlet and outlet channels being on a first face of the cooling module; and a cooling plate mounted on the other face of the cooling module and forming with the cooling module a cooling chamber in fluid communication with the inlet and outlet flow channels via a plurality of cooling fluid passages (45, 46) located on opposite sides of the cooling module, such that, in use, flow of cooling fluid in the cooling chamber is from the inlet side to the outlet side; wherein the system further comprises: a divider between the inlet and outlet channels, wherein the divider defines an S-shape to a portion of the inlet and/or the outlet flow channels, and characterised in that the divider includes at least one opening at or adjacent an end of the divider (86, 87) to permit flow between the inlet side and the outlet side. a cooling module having inlet and outlet ends, an inlet side with an inlet channel for receiving, at the inlet end, a flow of cooling fluid and an outlet side having an outlet channel through which, at the outlet end, outlet flow exits the system, the inlet and outlet channels being on a first face of the cooling module; and a cooling plate mounted on the other face of the cooling module and forming with the cooling module a cooling chamber in fluid communication with the inlet and outlet flow channels via a plurality of cooling fluid passages (45, 46) located on opposite sides of the cooling module, such that, in use, flow of cooling fluid in the cooling chamber is from the inlet side to the outlet side; wherein the system further comprises: a divider between the inlet and outlet channels, wherein the divider defines an S-shape to a portion of the inlet and/or the outlet flow channels, and characterised in that the divider includes at least one opening at or adjacent an end of the divider (86, 87) to permit flow between the inlet side and the outlet side.
A method of streaming content, the method comprising: a client device (100; 1100; 1200) receiving one or more segments of the streamed content in a unicast transmission mode; the client device (100; 1100; 1200) receiving a synchronization stream indicating, separately from the streamed content, a timing of segments of the streamed content transmitted in a multicast transmission mode; based on the indicated timing, the client device (100; 1100; 1200) switching to receiving the segments of the streamed content transmitted in the multicast transmission mode; the client device (100; 1100; 1200) receiving the segments of the streamed content transmitted in the multicast transmission mode; the client device (100; 1100; 1200) determining an input data rate associated with said receiving of the segments of the streamed content transmitted in the multicast transmission mode; depending on the determined input data rate, the client device (100; 1100; 1200) setting an output data rate; and in response to requests from a media player, the client device (100; 1100; 1200) outputting the received segments of the streamed content transmitted in the multicast mode at the output data rate to the media player. a client device (100; 1100; 1200) receiving one or more segments of the streamed content in a unicast transmission mode; the client device (100; 1100; 1200) receiving a synchronization stream indicating, separately from the streamed content, a timing of segments of the streamed content transmitted in a multicast transmission mode; based on the indicated timing, the client device (100; 1100; 1200) switching to receiving the segments of the streamed content transmitted in the multicast transmission mode; the client device (100; 1100; 1200) receiving the segments of the streamed content transmitted in the multicast transmission mode; the client device (100; 1100; 1200) determining an input data rate associated with said receiving of the segments of the streamed content transmitted in the multicast transmission mode; depending on the determined input data rate, the client device (100; 1100; 1200) setting an output data rate; and in response to requests from a media player, the client device (100; 1100; 1200) outputting the received segments of the streamed content transmitted in the multicast mode at the output data rate to the media player.
A packaging and applicator kit, comprising: - an applicator for taking the composition contained in the receptacle and applying it to the nails, including a flexible blade defining an application face, the kit being characterized in that it includes a receptacle containing a viscous product for application to the nails, and of viscosity that is not less than 0.3 Pa.s, and being configured to allow the product to be removed without passing through a wiping member. - an applicator for taking the composition contained in the receptacle and applying it to the nails, including a flexible blade defining an application face,
A ski, comprising a ski body which comprises: a shovel region which forms a front end (2.1) of the ski body; a rear ski body portion which forms the rear end (2.2) of the ski body; and a ski body portion which lies between the shovel region and the rear ski body portion, forms longitudinal sides (2.3) of the ski body and exhibits a sidecut; wherein the maximum width of the ski body in the shovel region is greater than the maximum width of the ski body at the rear ski body portion, and the maximum width of the rear ski body portion is greater than the smallest width of the ski body in the middle ski body portion which exhibits a sidecut, characterised in that the difference between the maximum width in the shovel region and the maximum width in the rear ski body portion is 25 to 31 units, wherein a unit is 0.9 to 1.1 mm.
A hearing protector, comprising: a sound attenuating element (52, 112) for at least partially occluding an ear canal to attenuate sound, the sound attenuating element extending along a first longitudinal axis (A-A); and a stem (10, 100) for facilitating handling, insertion and removal of the hearing protector, the stem extending from the sound attenuating element and comprising: a proximate portion adjacent to the sound attenuating element, the proximate portion extending along the first longitudinal axis (A-A); a distal portion extending along a second longitudinal axis (B-B), wherein the second longitudinal axis is not collinear with the first longitudinal axis, the proximate portion and the distal portion forming a handle, and the distal portion extending from the proximate portion along the second axis at an angle (Θ) of 110° to 140° relative to the first longitudinal axis; and an aperture at a distal end of the distal portion opposite from the proximate portion, the aperture being configured for receiving and retaining a cord (51,101). a sound attenuating element (52, 112) for at least partially occluding an ear canal to attenuate sound, the sound attenuating element extending along a first longitudinal axis (A-A); and a stem (10, 100) for facilitating handling, insertion and removal of the hearing protector, the stem extending from the sound attenuating element and comprising: a proximate portion adjacent to the sound attenuating element, the proximate portion extending along the first longitudinal axis (A-A); a distal portion extending along a second longitudinal axis (B-B), wherein the second longitudinal axis is not collinear with the first longitudinal axis, the proximate portion and the distal portion forming a handle, and the distal portion extending from the proximate portion along the second axis at an angle (Θ) of 110° to 140° relative to the first longitudinal axis; and an aperture at a distal end of the distal portion opposite from the proximate portion, the aperture being configured for receiving and retaining a cord (51,101). a proximate portion adjacent to the sound attenuating element, the proximate portion extending along the first longitudinal axis (A-A); a distal portion extending along a second longitudinal axis (B-B), wherein the second longitudinal axis is not collinear with the first longitudinal axis, the proximate portion and the distal portion forming a handle, and the distal portion extending from the proximate portion along the second axis at an angle (Θ) of 110° to 140° relative to the first longitudinal axis; and an aperture at a distal end of the distal portion opposite from the proximate portion, the aperture being configured for receiving and retaining a cord (51,101).
A glucose measuring apparatus (400a; 400b; 500; 600; 700; 800; 910; 1000; 1100; 1410; 1500; 1700) comprising: a pressure measurer (410a; 410b; 510; 640, 650; 740; 840; 950, 960; 1040, 1050; 1310, 1320; 1420, 1430; 1540, 1550; 1734, 1735) that is configured to measure a pressure applied to an object; a film (1010; 1110; 1300; 1510; 1760) that comprises a first optical waveguide (460b; 561; 1014; 1114; 1230; 1330; 1450; 1514; 1764) configured to be close to the object; a near infrared ray, NIR, irradiator (420a; 420b; 520; 610; 710; 810; 920, 940; 1014; 1111; 1411; 1511; 1750) that is configured to irradiate an NIR to the first optical waveguide if the measured pressure is greater than or equal to a preset value; an NIR receiver (430a; 430b; 530; 620, 630; 720, 730; 820, 830; 930; 1013; 1112, 1113; 1412, 1413; 1513; 1600; 1751) that is configured to receive an attenuated total reflection NIR, ATR-NIR, from the first optical waveguide; and an analyzer (440a; 440b; 540) that is configured to measure a blood glucose level based on the ATR-NIR, wherein the film is an independent module that can be combined with and separated from the glucose measuring apparatus. a pressure measurer (410a; 410b; 510; 640, 650; 740; 840; 950, 960; 1040, 1050; 1310, 1320; 1420, 1430; 1540, 1550; 1734, 1735) that is configured to measure a pressure applied to an object; a film (1010; 1110; 1300; 1510; 1760) that comprises a first optical waveguide (460b; 561; 1014; 1114; 1230; 1330; 1450; 1514; 1764) configured to be close to the object; a near infrared ray, NIR, irradiator (420a; 420b; 520; 610; 710; 810; 920, 940; 1014; 1111; 1411; 1511; 1750) that is configured to irradiate an NIR to the first optical waveguide if the measured pressure is greater than or equal to a preset value; an NIR receiver (430a; 430b; 530; 620, 630; 720, 730; 820, 830; 930; 1013; 1112, 1113; 1412, 1413; 1513; 1600; 1751) that is configured to receive an attenuated total reflection NIR, ATR-NIR, from the first optical waveguide; and an analyzer (440a; 440b; 540) that is configured to measure a blood glucose level based on the ATR-NIR, wherein the film is an independent module that can be combined with and separated from the glucose measuring apparatus.
A multilayer film comprising a layer A on at least one surface of a base film, wherein the layer A has a polycaprolactone segment, a polysiloxane segment and/or a polydimethyl siloxane segment, and a urethane bond, and the layer A has a glass transition temperature of from -30 to 0°C and has a scratch recovery time of 3 seconds or less at a temperature of 10°C, measured by a method described in the description, wherein the layer A is formed of a composition containing a compound having an isocyanate group in an amount of 11% by mass or more and 22% by mass or less per 100% by mass of the entire components.
A compressor comprising: a housing assembly having a suction port and a discharge port; an impeller; a shaft supporting the impeller to be driven in at least a first condition so as to draw fluid in through the suction port and discharge said fluid out from the discharge port; a magnetic bearing system (66, 67, 68) supporting the shaft; an axial position sensor for indicating the axial position of the impeller; characterised by a controller coupled to the axial position sensor and configured to control the axial position of the impeller to vary this axial position in response to variations in at least one of system capacity and lift; and in that the impeller is of open type. a housing assembly having a suction port and a discharge port; an impeller; a shaft supporting the impeller to be driven in at least a first condition so as to draw fluid in through the suction port and discharge said fluid out from the discharge port; a magnetic bearing system (66, 67, 68) supporting the shaft; an axial position sensor for indicating the axial position of the impeller; characterised by a controller coupled to the axial position sensor and configured to control the axial position of the impeller to vary this axial position in response to variations in at least one of system capacity and lift; and in that the impeller is of open type.
A pharmaceutical composition comprising aclidinium in the form of a dry powder of a pharmaceutically acceptable salt in admixture with a pharmaceutically acceptable dry powder carrier, providing a metered nominal dose of aclidinium equivalent to 400 μg (plus/minus 10%) aclidinium bromide for use by inhalation in the treatment of chronic obstructive pulmonary disease.
A method for m/z selectively arresting ion-ion reactions within the ion-ion reaction cell of a mass spectrometer system, said method comprising providing a reaction cell comprising a set of electrodes with one or more periodic RF confinement voltages applied to them wherein during ion-ion reactions in one or more dimensions of ion motion, ions have oscillatory motion frequencies that are primarily determined by their mass-to-charge ratios, applying one or more auxiliary voltage waveforms to one or more electrodes of the ion-ion reaction cell, during a period where ion-ion reactions are performed, such that a first set of frequency components of one or more of said auxiliary waveform voltages provides m/z selective kinetic excitation to the reagent ions, kinetically exciting analyte product ions within one or more selected m/z ranges, during said period where ion-ion reactions are performed, so as to partially or fully arrest the further reaction of said product ions within said selected m/z ranges.
Suspension arm for a vehicle, having a base structure formed from a metal plate, said base structure comprising: - a first portion designed to be attached to a wheel of a vehicle, - a second portion designed to be attached to the chassis of the vehicle, characterized in that the thickness of the metal plate in said first portion is greater than the thickness of the metal plate in said second portion. - a first portion designed to be attached to a wheel of a vehicle, - a second portion designed to be attached to the chassis of the vehicle,
Method of initializing an LED driver (110, 210) to power an LED light engine (120, 220, 320, 420) comprising one or more LEDs (120.1, 220.1, 320.1, 420.1), the method comprising: - connecting a control terminal (110.5, 210.5) of the LED driver to a control terminal (120.3, 220.3, 320.3, 420.3) of the LED light engine,; characterized by: - determining whether the control terminal of the LED light engine is a communication terminal by outputting a communication signal from the control terminal of the LED driver to the control terminal of the LED light engine,; - establishing that the control terminal of the LED light engine is a communication terminal if a reply communication signal to the communication signal is received within a predetermined period,, wherein the control terminal of the LED light engine is not a communication terminal when no reply to the communication signal is received within the predetermined period; wherein: - if the control terminal of the LED light engine is a communication terminal, perform an initialisation of the LED driver by exchanging configuration data between the LED driver and the LED light engine,; - if the control terminal of the LED light engine is not a communication terminal, determining an impedance value (120.4) observed at the control terminal of the LED light engine and performing an initialisation of the LED driver based on the impedance value,. - connecting a control terminal (110.5, 210.5) of the LED driver to a control terminal (120.3, 220.3, 320.3, 420.3) of the LED light engine,; - determining whether the control terminal of the LED light engine is a communication terminal by outputting a communication signal from the control terminal of the LED driver to the control terminal of the LED light engine,; - establishing that the control terminal of the LED light engine is a communication terminal if a reply communication signal to the communication signal is received within a predetermined period,, wherein the control terminal of the LED light engine is not a communication terminal when no reply to the communication signal is received within the predetermined period; - if the control terminal of the LED light engine is a communication terminal, perform an initialisation of the LED driver by exchanging configuration data between the LED driver and the LED light engine,; - if the control terminal of the LED light engine is not a communication terminal, determining an impedance value (120.4) observed at the control terminal of the LED light engine and performing an initialisation of the LED driver based on the impedance value,.