mhurhangee/ep-ind-claims huggingface dataset:
Rotary union of a tyre pressure control system for transmitting air from the region of an axle of a vehicle to a wheel resting on a hub, said rotary union (2, 2.1, 2.2, 2.3) comprising: - A stator (17, 17.1), which can be connected via a fluid channel in the axial direction to a vehicle-side air supply line guided through an axle end (12, 12.1), and a rotor arranged concentrically in relation to the stator (17, 17.1) and having at least one connection for producing a fluid connection with a wheel valve, - means for securing same to the vehicle side, said means being designed to connect, via the interposition of a seal, the rotor of the rotary union to the hub, that is rotatably mounted in relation to the axle end (12, 12.1), and - a first part of a plug coupling (22, 25) to be engaged in the axial direction, wherein the complementary plug coupling part (14, 30) thereof is associated with an axle end (12, 12.1) carrying the wheel which is to be controlled in terms of its tyre pressure, characterised in that the rotor is arranged concentrically in relation to the stator (17, 17.1) while retaining a ring gap, and arranged in the ring gap is at least one ring seal, which can be activated for the purpose of changing a tyre pressure, and when activated acts in the radial direction against the stator (17, 17.1) and rotor so as to provide a sealed transmission chamber (20, 32), wherein both the at least one rotor-side connection and the fluid channel of the stator (17, 17.1) are fluidically connected to the transmission chamber (20, 32). - A stator (17, 17.1), which can be connected via a fluid channel in the axial direction to a vehicle-side air supply line guided through an axle end (12, 12.1), and a rotor arranged concentrically in relation to the stator (17, 17.1) and having at least one connection for producing a fluid connection with a wheel valve, - means for securing same to the vehicle side, said means being designed to connect, via the interposition of a seal, the rotor of the rotary union to the hub, that is rotatably mounted in relation to the axle end (12, 12.1), and - a first part of a plug coupling (22, 25) to be engaged in the axial direction, wherein the complementary plug coupling part (14, 30) thereof is associated with an axle end (12, 12.1) carrying the wheel which is to be controlled in terms of its tyre pressure,
A radiographic energy detecting pixel circuit comprising: a photosensor for generating charges in response to photons impacting the photosensor; a data line (210, 310, 910); a controllable switching device electrically connected to the photosensor and to the data line (210, 310, 910) for selectively transmitting charges from the photosensor to the data line (210, 310, 910); a sensing circuit electrically connected to the photosensor to measure a rate of charge generation in the photosensor, wherein the photosensor comprises a photodiode (202, 302, 1302), the switching device comprises a TFT, one terminal of the photosensor comprises a cathode, the TFT and the sensing circuit are electrically connected to the cathode, the cathode is further electrically connected to a drain terminal of the TFT, another terminal of the photosensor comprises an anode, and wherein the anode is electrically connected to a bias voltage supply; and a sensing capacitor through which the cathode is electrically connected to the sensing circuit. a photosensor for generating charges in response to photons impacting the photosensor; a data line (210, 310, 910); a controllable switching device electrically connected to the photosensor and to the data line (210, 310, 910) for selectively transmitting charges from the photosensor to the data line (210, 310, 910); a sensing circuit electrically connected to the photosensor to measure a rate of charge generation in the photosensor, wherein the photosensor comprises a photodiode (202, 302, 1302), the switching device comprises a TFT, one terminal of the photosensor comprises a cathode, the TFT and the sensing circuit are electrically connected to the cathode, the cathode is further electrically connected to a drain terminal of the TFT, another terminal of the photosensor comprises an anode, and wherein the anode is electrically connected to a bias voltage supply; and a sensing capacitor through which the cathode is electrically connected to the sensing circuit.
An analyte sensor for determining at least one analyte, the analyte sensor comprising - a substrate comprising at least one first conductive material and at least one second conductive material, - at least one first electrode which is located on the at least one first conductive material. - at least one second electrode which is located on the at least one second conductive material the at least one second electrode comprising silver, - at least one protective layer covering the at least one second electrode fully, wherein the protective layer comprises a mixture of at least one biodegradable polymer and at least one non-biodegradable hydrophobic polymer, characterised in that the non-biodegradable hydrophobic polymer comprised in the protective layer forms a layer and said layer comprises at least one opening, wherein the biodegradeable polymer comprised in the protective layer fills the opening. - a substrate comprising at least one first conductive material and at least one second conductive material, - at least one first electrode which is located on the at least one first conductive material. - at least one second electrode which is located on the at least one second conductive material the at least one second electrode comprising silver, - at least one protective layer covering the at least one second electrode fully, wherein the protective layer comprises a mixture of at least one biodegradable polymer and at least one non-biodegradable hydrophobic polymer, characterised in that the non-biodegradable hydrophobic polymer comprised in the protective layer forms a layer and said layer comprises at least one opening, wherein the biodegradeable polymer comprised in the protective layer fills the opening.
A method for communicating with a coverage enhanced user equipment, UE, the method comprising: transmitting by a base station, to the coverage enhanced UE, physical downlink shared channels, PDSCHs, carrying system information block1, SIB1, on frequency resources, wherein the transmission of the PDSCHs carrying the SIB1 is repeated in a time period, and wherein the frequency resources are identified according to a hopping pattern determined based on a system bandwidth. transmitting by a base station, to the coverage enhanced UE, physical downlink shared channels, PDSCHs, carrying system information block1, SIB1, on frequency resources, wherein the transmission of the PDSCHs carrying the SIB1 is repeated in a time period, and wherein the frequency resources are identified according to a hopping pattern determined based on a system bandwidth.
Light section sensor having an optical transmitter which produces a first light beam, a transmission optical unit, which re-shapes the first light beam into a line-shaped second light beam and emits it into a monitoring region, in order to project a laser line and to measure a height profile along the projected laser line for the purpose of object detection, wherein a structured receiver having a receiving optical unit is provided, which images the monitoring region onto the structured receiver, wherein a diffusely reflective object is captured in the monitoring region at an angle depending on the distance, characterized in that a second optical transmitter is present which produces a third light beam that fully lights a lighting field diaphragm via an illumination optical unit, wherein a fourth light beam, which the lighting field diaphragm projects into the monitoring region and is superposed directly or via a beam splitter on the second light beam, is produced by a projection optical unit, wherein for setting and adjusting purposes application-specific symbols or information is/are presented to the user on the basis of the fourth light beam, wherein, inter alia, the current limits of the set monitoring region are indicated.
A liquid crystal composition comprising at least one liquid crystal compound represented as Formula 1, wherein, R1 is hydrogen or an alkyl having 1 - 15 carbon atoms, in which at least one -CH2-group may be independently replaced by -C≡C-, -CF 2 O-, -CH=CH-, -O-, -CO-O-, -O-CO- or -O-CO-O- in such a way that no two oxygen atoms bind to each other, and one to three hydrogen atoms may be replaced by halogen atoms, wherein R2 is -F, -CI, -CF 3, -CHF 2, -CH 2 F, -OCF 3, -CN, -NCS, or an alkyl having 1 - 5 carbon atoms substituted with one to three of -F, in which -CH 2 - groups are optionally replaced by O atoms independently of each other, in such a way that no two oxygen atoms bind each other, wherein represents that a hydrogen atom is optionally replaced by -F, wherein A11, A12, A13, A21 and A22, represent one of the following structures independently of each other: and wherein Z11, Z12, Z13, Z21 and Z22, are each independently a single bond, -CH 2 CH 2 -, -CH=CH-, -CH 2 O-, -OCH 2 -, -C≡C-, -CH 2 CF 2 -, -CHFCHF-, -CF 2 CH 2 -, -CH 2 CHF-, -CHFCH 2 -, -C 2 F 4 -, -COO-, -OCO-, -CF 2 O-, or -OCF 2 -; a, b, c, d and e, are each independently an integer from 0 to 3, and a+b+c+d+e is less than or equal to 5, characterized in that the liquid crystal composition further comprises at least one liquid crystal compound represented as Formula 2 wherein R11 is the same as in the definition for R1 in Formula 1, R21, in addition to the definition of R1 in Formula 1, represents -F, -CI, -CF 3, or -OCF 3, A3 and A4 are 1,4-cyclohexylene or 1,4-phenylene, independently, and A5 represents one of the following structures: wherein, R1 is hydrogen or an alkyl having 1 - 15 carbon atoms, in which at least one -CH2-group may be independently replaced by -C≡C-, -CF 2 O-, -CH=CH-, -O-, -CO-O-, -O-CO- or -O-CO-O- in such a way that no two oxygen atoms bind to each other, and one to three hydrogen atoms may be replaced by halogen atoms, wherein R2 is -F, -CI, -CF 3, -CHF 2, -CH 2 F, -OCF 3, -CN, -NCS, or an alkyl having 1 - 5 carbon atoms substituted with one to three of -F, in which -CH 2 - groups are optionally replaced by O atoms independently of each other, in such a way that no two oxygen atoms bind each other, wherein represents that a hydrogen atom is optionally replaced by -F, wherein Z11, Z12, Z13, Z21 and Z22, are each independently a single bond, -CH 2 CH 2 -, -CH=CH-, -CH 2 O-, -OCH 2 -, -C≡C-, -CH 2 CF 2 -, -CHFCHF-, -CF 2 CH 2 -, -CH 2 CHF-, -CHFCH 2 -, -C 2 F 4 -, -COO-, -OCO-, -CF 2 O-, or -OCF 2 -; a, b, c, d and e, are each independently an integer from 0 to 3, and a+b+c+d+e is less than or equal to 5, characterized in that the liquid crystal composition further comprises at least one liquid crystal compound represented as Formula 2
Winch with a rope drum and emergency stop device, in particular for use on board ships or for other maritime applications, wherein the emergency stop device comprises a disc revolving with the rope drum, and wherein the disc is provided with at least one cutout for the entry of at least one blocking means, characterized in that the blocking means is assigned a damping device in order to damp and/or reduce forces acting on the blocking means in the circumferential direction of the disc.
A transport vehicle comprising: a body; a lift platform that includes a holder to hold an article, the lift platform being ascendable and descendable with respect to the body; a lift driver that raises or lowers the lift platform by feeding out or taking up a flexible suspension support; a sensor that is provided in the lift driver and that emits a detection wave having directivity toward a certain lower position; a lateral extender that causes the lift driver to project laterally from the body while providing cantilever support for the lift driver; and the transport vehicle being characterized in that it further comprises: a corrector that corrects a shift in an emission direction of the detection wave that arises from bending of the lateral extender in a state in which the lift driver is caused to project laterally from the body by the lateral extender. a body; a lift platform that includes a holder to hold an article, the lift platform being ascendable and descendable with respect to the body; a lift driver that raises or lowers the lift platform by feeding out or taking up a flexible suspension support; a sensor that is provided in the lift driver and that emits a detection wave having directivity toward a certain lower position; a lateral extender that causes the lift driver to project laterally from the body while providing cantilever support for the lift driver; and the transport vehicle being characterized in that it further comprises: a corrector that corrects a shift in an emission direction of the detection wave that arises from bending of the lateral extender in a state in which the lift driver is caused to project laterally from the body by the lateral extender.
A microstructure array comprising an approximately planar base and a plurality of biodegradable microstructures, each microstructure having an attachment point to the base and a distal tip to penetrate a subject's skin, wherein (i) the plurality of microstructures comprises from 1-15 weight % solids of at least one vaccine antigen in a biocompatible and water-soluble matrix, the biocompatible and water-soluble matrix further comprising 40-75 weight % solids of a polysaccharide as the sole polymeric component and 25-40 weight % solids of a sugar alcohol, and (ii) the base comprises a biocompatible non-water soluble polymer matrix, wherein the microstructures, upon penetration of the subject's skin, undergo dissolution to thereby deliver an immunogenically effective amount of the at least one vaccine antigen. (i) the plurality of microstructures comprises from 1-15 weight % solids of at least one vaccine antigen in a biocompatible and water-soluble matrix, the biocompatible and water-soluble matrix further comprising 40-75 weight % solids of a polysaccharide as the sole polymeric component and 25-40 weight % solids of a sugar alcohol, and (ii) the base comprises a biocompatible non-water soluble polymer matrix, wherein the microstructures, upon penetration of the subject's skin, undergo dissolution to thereby deliver an immunogenically effective amount of the at least one vaccine antigen.
A transmitter, comprising: a modulator comprising: an actuator operable to apply at least one adjustment to at least one modulator input signal to provide at least one adjusted modulator input signal; modulation circuitry operable to perform a modulation operation on the at least one adjusted modulator input signal to provide a modulated signal; and an adaptor operable to, based on the modulated signal, adaptively calculate the at least one adjustment applied to the at least one modulator input signal such that an error between an instantaneous magnitude of the modulated signal and a Root Mean Square, RMS, value of the modulated signal is minimized, thereby reducing a Peak-to-Average Ratio, PAR, of the modulated signal. an actuator operable to apply at least one adjustment to at least one modulator input signal to provide at least one adjusted modulator input signal; modulation circuitry operable to perform a modulation operation on the at least one adjusted modulator input signal to provide a modulated signal; and an adaptor operable to, based on the modulated signal, adaptively calculate the at least one adjustment applied to the at least one modulator input signal such that an error between an instantaneous magnitude of the modulated signal and a Root Mean Square, RMS, value of the modulated signal is minimized, thereby reducing a Peak-to-Average Ratio, PAR, of the modulated signal.
Chuck arrangement associated with a radial direction, an axial direction and an angular direction in which the chuck arrangement is arranged to rotate about said axial direction, which chuck arrangement comprises at least three chuck jaws (110,120,130), each arranged to, in a assembled state of said chuck arrangement, be arranged to be radially displaceable into a respective clamping position in which it applies a radial clamping force to a workpiece being held by the chuck arrangement, and wherein each chuck jaw (110,120,130) comprises a respective chuck jaw fixing means (111,121,131) arranged to radially fix the chuck jaw (110,120,130) in said clamping position wherein the chuck arrangement further comprises one respective counterweight (140,150,160) associated with each of said chuck jaws (110,120,130), each of which counterweights (140,150,160), in said assembled state, being mechanically connected to the chuck jaw (110,120,130) in question and associated with a respective centre of gravity which in turn, in said assembled state, is arranged so that the counterweight (140,150,160), via centripetal forces developed by the counterweight (140,150,160) in question, pulls its respective associated chuck jaw (110,120,130) in a pull direction having a non-zero component radially towards a centre of rotation of the chuck arrangement as the chuck arrangement rotates in the angular direction, characterised in that each one of the said counterweights (140,150,160) comprises at least one slot for a detachable weight (142,152,162).
After treatment system, ATS, for a vehicle comprising, fluidly connected in series, an inlet, an urea mixer and an outlet, said inlet being fluidly connectable to an output of an engine of said vehicle and said outlet being fluidly connectable to an outlet tube of said vehicle, said mixer comprises a dosing module, an inner element and an outer element, said inner element being configured so that a first flow of exhaust gas flow flowing from said inlet into said mixer flows into an inner volume defined by said inner element and said outer element being configured so that a second flow flows in a volume defined between said inner element and said outer element, said first and second flows (F1, F2) rejoining together in a mixing chamber fluidly connected to said volume and to said inner volume downstream with respect said inner and outer elements (31, 32), said outer element comprises, downstream with respect to said dosing module, at least one opening, and a terminal plate carried downstream with respect to said dosing module, said one opening and terminal plate are configured to deviate flow F1 radially out with respect to the inner volume, the ATS being characterized in that said at least one opening comprises, on at least one of its edges, a baffle configured to deviate flow coming out from said at least one opening.
A thermostat faucet, comprising: a shell having a cold inlet tube and a hot inlet tube mounted therein; a thermostat valve core connected with the cold inlet tube and the hot inlet tube of the shell and having a water outlet; a conduit formed through the shell; a switch valve having a water inlet and a water outlet; characterized in that the thermostat faucet further comprises a water pipe having: a first end; a second end opposite to the first end, wherein the second end is connected to the switch valve; a duct mounted in the water pipe and having an exit end, wherein the exit end of the duct of the water pipe communicates with the conduit; and a baffle located at the first end of the water pipe, wherein the first end of the water pipe with the baffle is connected with the water outlet of the thermostat valve core; wherein the baffle has multiple openings communicating with the water outlet of the switch valve and communicating with the duct; wherein a flow channel formed through a junction portion between an interior wall of the water pipe and the baffle, and communicating with the water inlet of the switch valve. a shell having a cold inlet tube and a hot inlet tube mounted therein; a thermostat valve core connected with the cold inlet tube and the hot inlet tube of the shell and having a water outlet; a conduit formed through the shell; a switch valve having a water inlet and a water outlet; characterized in that the thermostat faucet further comprises a water pipe having: a first end; a second end opposite to the first end, wherein the second end is connected to the switch valve; a duct mounted in the water pipe and having an exit end, wherein the exit end of the duct of the water pipe communicates with the conduit; and a baffle located at the first end of the water pipe, wherein the first end of the water pipe with the baffle is connected with the water outlet of the thermostat valve core; wherein the baffle has multiple openings communicating with the water outlet of the switch valve and communicating with the duct; a first end; a second end opposite to the first end, wherein the second end is connected to the switch valve; a duct mounted in the water pipe and having an exit end, wherein the exit end of the duct of the water pipe communicates with the conduit; and a baffle located at the first end of the water pipe, wherein the first end of the water pipe with the baffle is connected with the water outlet of the thermostat valve core; wherein the baffle has multiple openings communicating with the water outlet of the switch valve and communicating with the duct; wherein a flow channel formed through a junction portion between an interior wall of the water pipe and the baffle, and communicating with the water inlet of the switch valve.