mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for achieving masing at room temperature, the apparatus comprising: a microwave cavity comprising a resonator structure therein which exhibits a resonance of sufficiently high Q-factor for maser oscillation, the resonator structure comprising a masing medium located within a resonant element, wherein the masing medium comprises spin-defect centres; means for applying a magnetic field across the masing medium; an input of microwave radiation to be amplified, the input of microwave radiation being coupled to the resonator structure; and means for optically pumping the masing medium and thereby causing stimulated emission of microwave photons; wherein the microwave cavity has an effective magnetic mode volume of the order of 0.1 cm 3, similar to the volume of the masing medium; wherein the masing medium is aligned such that an axis defined by the spin-defect centres is parallel to the applied magnetic field; and wherein the apparatus further comprises means for adjusting the orientation of the masing medium within the microwave cavity when the microwave cavity is closed. a microwave cavity comprising a resonator structure therein which exhibits a resonance of sufficiently high Q-factor for maser oscillation, the resonator structure comprising a masing medium located within a resonant element, wherein the masing medium comprises spin-defect centres; means for applying a magnetic field across the masing medium; an input of microwave radiation to be amplified, the input of microwave radiation being coupled to the resonator structure; and means for optically pumping the masing medium and thereby causing stimulated emission of microwave photons; wherein the microwave cavity has an effective magnetic mode volume of the order of 0.1 cm 3, similar to the volume of the masing medium; wherein the masing medium is aligned such that an axis defined by the spin-defect centres is parallel to the applied magnetic field; and wherein the apparatus further comprises means for adjusting the orientation of the masing medium within the microwave cavity when the microwave cavity is closed.
A method in the area of telecommunication of estimating line insertion loss of a customer transmission line at at least one frequency, the method including the following steps: - pre-measuring values of line insertion loss (L11...L1N) for at least two reference transmission lines (L1...LK) at said at least one frequency; characterized in: - pre-measuring a calibration quantity (PV1..., IPV1...) for each of the at least two reference transmission lines (L1...LK), which calibration quantity substantially represents the amplitude of a far-end TDR reflection; - measuring said calibration quantity (PVX,IPVX) for said telecommunications customer transmission line; - generating an estimate of the line insertion loss (LX1..., ILX1...) at each of said at least one frequency for the customer transmission line according to a line model, the line model including said pre-measured line insertion loss (L11...L1N) and being calibrated by said calibration quantity (PV1..., IPV1...) of the reference transmission lines (L1-LK) and the estimate being generated in dependence of said calibration quantity (PVX,IPVX) of the customer transmission line. - pre-measuring values of line insertion loss (L11...L1N) for at least two reference transmission lines (L1...LK) at said at least one frequency; - pre-measuring a calibration quantity (PV1..., IPV1...) for each of the at least two reference transmission lines (L1...LK), which calibration quantity substantially represents the amplitude of a far-end TDR reflection; - measuring said calibration quantity (PVX,IPVX) for said telecommunications customer transmission line; - generating an estimate of the line insertion loss (LX1..., ILX1...) at each of said at least one frequency for the customer transmission line according to a line model, the line model including said pre-measured line insertion loss (L11...L1N) and being calibrated by said calibration quantity (PV1..., IPV1...) of the reference transmission lines (L1-LK) and the estimate being generated in dependence of said calibration quantity (PVX,IPVX) of the customer transmission line.
A liquid antimicrobial composition comprising: (a) water, (b) a water-soluble polymer, and (c) two water-soluble antimicrobials wherein the water-soluble polymer is polyvinyl alcohol, and wherein the two water-soluble antimicrobials are benzalkonium chloride and didecyldimethylammonium chloride. (a) water, (b) a water-soluble polymer, and (c) two water-soluble antimicrobials
Wheel for a vehicle comprising, inside the wheel: - a housing (30, 40) having a first side for mounting to a vehicle, - an electrical motor for driving movement of said vehicle, said electrical motor comprising a stator rotation-fixedly connected to said housing and a rotor rotationally coupled to said stator and having an axis of rotation, said stator being arranged within said rotor, and - a brake system adapted for engaging the rotor for braking movement of said rotor relative to the stator, characterized in that said housing comprises a shaft rotation fixedly attached to said housing and protruding coaxially with the axis of rotation from said housing, wherein said shaft, when viewed along the axis of rotation, is spaced apart from said first side, wherein the rotor comprises a rim for mounting a tire thereon, and a wheel plate comprising a hub for accommodating the shaft, said wheel plate further comprising a brake drum, wherein the rim, the wheel plate and the drum are attached together as one unity and/or as a single piece, wherein said brake system comprises an actuator adapted for actuating engagement of said brake system with said drum, and wherein the housing comprises control electronics for controlling the electromotor. - a housing (30, 40) having a first side for mounting to a vehicle, - an electrical motor for driving movement of said vehicle, said electrical motor comprising a stator rotation-fixedly connected to said housing and a rotor rotationally coupled to said stator and having an axis of rotation, said stator being arranged within said rotor, and - a brake system adapted for engaging the rotor for braking movement of said rotor relative to the stator,
A method for implementing security of broadband bus architecture in industrial internet field, comprising: sending, by a bus controller, configuration information to a bus terminal, wherein the configuration information is encrypted according to pre-stored encryption information of the bus terminal; receiving, by the bus controller, response information which is sent from the bus terminal and is encrypted according to pre-stored encryption information of the bus controller, and after decrypting the response information according to pre-stored decryption information of the bus controller and determining that the bus terminal finishes configuration, allocating a channel resource block for data transmission to the bus terminal, wherein the response information is sent by the bus terminal after the bus terminal decrypts the configuration information according to decryption information of the bus terminal and finishes the configuration according to the configuration information; and sending, by the bus controller, to-be-sent data interleaved by a pre-set interleaver of the bus controller to the bus terminal, according to the channel resource block allocated to the bus terminal, wherein the to-be-sent data are serially written into at least one storage unit of the interleaver according to a pre-set first rule and parallelly output from the at least one storage unit according to a pre-set second rule. sending, by a bus controller, configuration information to a bus terminal, wherein the configuration information is encrypted according to pre-stored encryption information of the bus terminal; receiving, by the bus controller, response information which is sent from the bus terminal and is encrypted according to pre-stored encryption information of the bus controller, and after decrypting the response information according to pre-stored decryption information of the bus controller and determining that the bus terminal finishes configuration, allocating a channel resource block for data transmission to the bus terminal, wherein the response information is sent by the bus terminal after the bus terminal decrypts the configuration information according to decryption information of the bus terminal and finishes the configuration according to the configuration information; and sending, by the bus controller, to-be-sent data interleaved by a pre-set interleaver of the bus controller to the bus terminal, according to the channel resource block allocated to the bus terminal, wherein the to-be-sent data are serially written into at least one storage unit of the interleaver according to a pre-set first rule and parallelly output from the at least one storage unit according to a pre-set second rule.
Frothing device to froth a beverage, particularly milk, comprising: vapor producing means; pressurized-air producing means; air-vapor delivering means to deliver air and vapor to the beverage; characterized in that said vapor producing means and said pressurized-air producing means are connected to a tank for respectively feeding vapor and air to said tank, and in that said tank is connected to said air-vapor delivering means to deliver air and vapor to the beverage, wherein said tank is provided with a pressure sensor..
A vehicular battery pack comprising a container, wherein cells are arranged in layers one above the other in the container, wherein each of said battery layers is connected to a face of a tray having opposite edges (T1, T2) shaped so as to contact and transfer heat to a pair of first lateral walls of said container, wherein said first lateral walls are suitable to dissipate heat produced by said cells, and wherein each of said opposite edges (T1, T2), has a relative Y-shaped cross section with a straight segment across the top that joins the divergent ends of the Y.
A monolithic glass-ceramic sheet comprising a front face and a rear face, said rear face having a textured surface comprising primary protrusions having a height of from 0.01 to 1 mm positioned periodically, characterized in that the front face comprises a smooth surface zone and a textured surface zone comprising secondary protrusions having a height of from 2 to 50 μm, and in that the relative arrangement of the secondary protrusions with respect to one another is identical to the relative arrangement of the primary protrusions relative to one another.
Method for determining the final position of a hydraulic cylinder of a working hydraulic system of a mobile working machine, in particular an industrial truck, the hydraulic cylinder being controlled by means of a directional control valve which is connected to a hydraulic pump and a container, the directional control valve being actuated into a control position (8b; 8c) to generate a movement of the hydraulic cylinder, and pressure medium being supplied to the hydraulic cylinder from the hydraulic pump via the directional control valve actuated into the control position (8b; 8c), characterized in that to determine the final position of the hydraulic cylinder when the directional control valve is actuated into the control position (8b; 8c), in a first step it is detected whether the hydraulic output provided to the hydraulic cylinder is too high for the movement of the hydraulic cylinder that is to be carried out and, in a subsequent second step, the pressure medium volume flow provided to the hydraulic cylinder is reduced, wherein, during the reduction of the pressure medium volume flow provided to the hydraulic cylinder, it is determined whether the hydraulic output provided to the hydraulic cylinder is continuously too high for the movement of the hydraulic cylinder to be carried out, and the final position of the hydraulic cylinder is determined when a lower limiting value of the pressure medium volume flow provided to the hydraulic cylinder is reached.
A system for applying a fiber matrix on a tubular member, the system comprising: (a) a fiber matrix delivery assembly; (b) a tubular member; and (c) a mandrel comprising a mandrel first end, a mandrel second end, an inner tube, and an outer tube, (i) wherein the mandrel is constructed and arranged to be atraumatically inserted into the tubular member, (ii) wherein at least one of the mandrel first end or the mandrel second end comprises a reduced diameter tapered end, and (iii)wherein the fiber matrix delivery assembly is constructed and arranged to receive the mandrel and the tubular member and to deliver a fiber matrix to the tubular member (iv) wherein the outer tube comprises the tapered end, and (v) wherein, advancing the inner tube into the outer tube causes the tapered end of the outer tube to straighten. (a) a fiber matrix delivery assembly; (b) a tubular member; and (c) a mandrel comprising a mandrel first end, a mandrel second end, an inner tube, and an outer tube, (i) wherein the mandrel is constructed and arranged to be atraumatically inserted into the tubular member, (ii) wherein at least one of the mandrel first end or the mandrel second end comprises a reduced diameter tapered end, and (iii)wherein the fiber matrix delivery assembly is constructed and arranged to receive the mandrel and the tubular member and to deliver a fiber matrix to the tubular member (iv) wherein the outer tube comprises the tapered end, and (v) wherein, advancing the inner tube into the outer tube causes the tapered end of the outer tube to straighten. (i) wherein the mandrel is constructed and arranged to be atraumatically inserted into the tubular member, (ii) wherein at least one of the mandrel first end or the mandrel second end comprises a reduced diameter tapered end, and (iii)wherein the fiber matrix delivery assembly is constructed and arranged to receive the mandrel and the tubular member and to deliver a fiber matrix to the tubular member (iv) wherein the outer tube comprises the tapered end, and (v) wherein, advancing the inner tube into the outer tube causes the tapered end of the outer tube to straighten.
Method of manufacturing an optical lens, the method comprising: • a lens member providing step during which a lens member comprising a first surface and a first reference system of the first surface is provided, the first reference system being identified by first markings on the first surface, • a surface data providing step during which surface data corresponding to a second surface and the position of the second surface relative to the first surface of the optical lens to be manufactured are provided, • a lens member blocking step during which the lens member is blocked in a machining position, • a machining step during which the second surface of the optical lens is machined according to the surface data, characterised in that the method further comprises: • a second markings determining step during which second markings identifying a second reference system of the second surface are determined according at least to optical data representing the refractive properties of the optical lens and to observation data representing observation conditions in which the first and second markings are to be observed, and • a second markings providing step during which the second markings are provided on the second surface of the optical lens. • a lens member providing step during which a lens member comprising a first surface and a first reference system of the first surface is provided, the first reference system being identified by first markings on the first surface, • a surface data providing step during which surface data corresponding to a second surface and the position of the second surface relative to the first surface of the optical lens to be manufactured are provided, • a lens member blocking step during which the lens member is blocked in a machining position, • a machining step during which the second surface of the optical lens is machined according to the surface data, characterised in that the method further comprises: • a second markings determining step during which second markings identifying a second reference system of the second surface are determined according at least to optical data representing the refractive properties of the optical lens and to observation data representing observation conditions in which the first and second markings are to be observed, and • a second markings providing step during which the second markings are provided on the second surface of the optical lens.
A patch panel (1400/1500/1600) comprising: a plurality of termination arrangements (1420/1520/1620/2820/2920/3020) in a stacked configuration, wherein each termination arrangement (1420/1520/1620/2820/2920/3020) comprises: a support member (1423/1523/1623/2823/2923/3023) extending between opposite first and second ends; an adapter holder (1425/2825/2925/3025) adjacent the first end of the support member (1423/1523/1623/2823/2923/3023), the adapter holder (1425/2825/2925/3025) structured to hold at least one optical adapter (150/250/450/750); and a mounting structure (1424/1624) positioned adjacent the second end of the support member (1423/1523/1623/2823/2923/3023), the mounting structure (1424/1624) configured for attaching the support member to a telecommunications fixture (1410/1510/1610), wherein the support member (1423/1523/1623/2823/2923/3023) of the termination arrangement (1420/1520/1620/2820/2920/3020) is elastically flexible for allowing biased movement of the adapter holder (1425/2825/2925/3025) away from the point of attachment between the mounting structure (1424/1624) and the telecommunications fixture (1410/1510/1610). a plurality of termination arrangements (1420/1520/1620/2820/2920/3020) in a stacked configuration, wherein each termination arrangement (1420/1520/1620/2820/2920/3020) comprises: a support member (1423/1523/1623/2823/2923/3023) extending between opposite first and second ends; an adapter holder (1425/2825/2925/3025) adjacent the first end of the support member (1423/1523/1623/2823/2923/3023), the adapter holder (1425/2825/2925/3025) structured to hold at least one optical adapter (150/250/450/750); and a mounting structure (1424/1624) positioned adjacent the second end of the support member (1423/1523/1623/2823/2923/3023), the mounting structure (1424/1624) configured for attaching the support member to a telecommunications fixture (1410/1510/1610), a support member (1423/1523/1623/2823/2923/3023) extending between opposite first and second ends; an adapter holder (1425/2825/2925/3025) adjacent the first end of the support member (1423/1523/1623/2823/2923/3023), the adapter holder (1425/2825/2925/3025) structured to hold at least one optical adapter (150/250/450/750); and a mounting structure (1424/1624) positioned adjacent the second end of the support member (1423/1523/1623/2823/2923/3023), the mounting structure (1424/1624) configured for attaching the support member to a telecommunications fixture (1410/1510/1610), wherein the support member (1423/1523/1623/2823/2923/3023) of the termination arrangement (1420/1520/1620/2820/2920/3020) is elastically flexible for allowing biased movement of the adapter holder (1425/2825/2925/3025) away from the point of attachment between the mounting structure (1424/1624) and the telecommunications fixture (1410/1510/1610).
A password protection question setting method, comprising: receiving a password protection question set request for a password, the set request comprising a user identifier; extracting one or more pieces of setting information corresponding to the user identifier; individually acquiring one or more password protection questions that match the one or more pieces of setting information; and outputting the one or more password protection questions, characterized in that individually acquiring the one or more password protection questions that match the one or more pieces of setting information comprises: searching a preset question bank for one or more password protection questions with respective semantic meanings having a degree of semantic similarity exceeding a similarity threshold when compared to the one or more pieces of setting information, wherein each protection question has corresponding category information; and separately determining whether the one or more pieces of setting information match the category information; and extracting the password protection questions if affirmative. receiving a password protection question set request for a password, the set request comprising a user identifier; extracting one or more pieces of setting information corresponding to the user identifier; individually acquiring one or more password protection questions that match the one or more pieces of setting information; and outputting the one or more password protection questions, characterized in that individually acquiring the one or more password protection questions that match the one or more pieces of setting information comprises: searching a preset question bank for one or more password protection questions with respective semantic meanings having a degree of semantic similarity exceeding a similarity threshold when compared to the one or more pieces of setting information, wherein each protection question has corresponding category information; and separately determining whether the one or more pieces of setting information match the category information; and extracting the password protection questions if affirmative. searching a preset question bank for one or more password protection questions with respective semantic meanings having a degree of semantic similarity exceeding a similarity threshold when compared to the one or more pieces of setting information, wherein each protection question has corresponding category information; and separately determining whether the one or more pieces of setting information match the category information; and extracting the password protection questions if affirmative.