mhurhangee/ep-ind-claims huggingface dataset:
A method of coloring an optical glass, in particular an ophthalmic glass comprising a predetermined glass material, to achieve a target coloration of the optical glass, the method comprising: - determining a material-specific inherent coloration of the predetermined glass material; - determining a glass thickness at a plurality of evaluation locations on the optical glass; - determining an intrinsic color of the optical glass from the material-specific intrinsic color of the predetermined glass material and the glass thickness at the plurality of evaluation locations on the optical glass; - determining a reference color pigment amount for at least one color pigment such that the reference color pigment amount applied to a reference substrate provides for the reference substrate the target coloration to be achieved on the optical glass; - determining a color correction model describing a relationship between a deviation of a color pigment amount for at least one color pigment from the reference color pigment amount of the at least one color pigment and a resulting deviation of a coloration of the reference substrate from the target coloration; and - determining a target color pigment amount that deviates from the reference color pigment amount by a color pigment amount correction that compensates for the determined intrinsic coloration of the optical glass according to the determined color correction model. - determining a material-specific inherent coloration of the predetermined glass material; - determining a glass thickness at a plurality of evaluation locations on the optical glass; - determining an intrinsic color of the optical glass from the material-specific intrinsic color of the predetermined glass material and the glass thickness at the plurality of evaluation locations on the optical glass; - determining a reference color pigment amount for at least one color pigment such that the reference color pigment amount applied to a reference substrate provides for the reference substrate the target coloration to be achieved on the optical glass; - determining a color correction model describing a relationship between a deviation of a color pigment amount for at least one color pigment from the reference color pigment amount of the at least one color pigment and a resulting deviation of a coloration of the reference substrate from the target coloration; and - determining a target color pigment amount that deviates from the reference color pigment amount by a color pigment amount correction that compensates for the determined intrinsic coloration of the optical glass according to the determined color correction model.
A method of determining a data signal imposed on a phase jitter modulation signal, the method comprising the steps of: providing a first phase jitter modulated signal (1,41); applying a delay (11, 43) of less than half of a bit period to the first signal, and obtaining a second phase jitter modulated signal; comparing the first and second phase jitter modulated signals to determine the phase difference between the first and second phase jitter modulated signals; and reconstructing a data signal based on the phase difference. providing a first phase jitter modulated signal (1,41); applying a delay (11, 43) of less than half of a bit period to the first signal, and obtaining a second phase jitter modulated signal; comparing the first and second phase jitter modulated signals to determine the phase difference between the first and second phase jitter modulated signals; and reconstructing a data signal based on the phase difference.
An antiperspirant composition comprising: a) an antiperspirant active; b) a fatty acid in an amount of greater than 7 weight%, wherein the fatty acid is at least one fatty acid chosen from palmitic acid and stearic acid; and c) a plant oil in an amount of at least 12 weight%, wherein the plant oil is at least one oil chosen from palm kernel and coconut oil, wherein the composition is a stick product. a) an antiperspirant active; b) a fatty acid in an amount of greater than 7 weight%, wherein the fatty acid is at least one fatty acid chosen from palmitic acid and stearic acid; and c) a plant oil in an amount of at least 12 weight%, wherein the plant oil is at least one oil chosen from palm kernel and coconut oil,
A method of determining a maximum measured internal fuel rod temperature and a peak clad temperature of one or more of fuel rods in an operating nuclear core comprising the steps of: directly measuring the temperatures at one or more locations within the one or more of the fuel rods; characterised by the steps of identifying a hottest temperature within the one or more fuel rods as the maximum measured internal fuel rod temperature and a core location where the hottest temperature is measured; measuring the maximum temperature of coolant exiting the core at the core location where the hottest temperature is measured and the minimum flow rate of the coolant; and determining the peak clad temperature from the maximum measured internal fuel rod temperature, the maximum temperature of the coolant exiting the core at the core location where the hottest temperature is measured and the minimum flow rate of the coolant. identifying a hottest temperature within the one or more fuel rods as the maximum measured internal fuel rod temperature and a core location where the hottest temperature is measured; measuring the maximum temperature of coolant exiting the core at the core location where the hottest temperature is measured and the minimum flow rate of the coolant; and determining the peak clad temperature from the maximum measured internal fuel rod temperature, the maximum temperature of the coolant exiting the core at the core location where the hottest temperature is measured and the minimum flow rate of the coolant.
A beverage supply device, comprising: a bracket comprising a supporting seat and an adapting seat, the adapting seat being rotatably fitted with the supporting seat about a shaft; a liquid outlet mechanism controlled to turn on or turn off; a blocking member fitted with a mouth of a beverage container, the blocking member having a channel fitted with the liquid outlet mechanism, the blocking member being disposed on the adapting seat and rotating synchronously with the adapting seat about the shaft, the blocking member having an initially-assembled position and a fully-assembled position on a rotation path of the blocking member; when the blocking member is located at the initially-assembled position, the beverage container is fitted to the blocking member in a state that the mouth of the beverage container is higher than a liquid level of the beverage; when the blocking member is located at the fully-assembled position, the beverage container is vertically inverted or obliquely inverted on the blocking member; characterized in that the liquid outlet mechanism comprises a liquid outlet pipe and a liquid injection nozzle docked upstream of the liquid outlet pipe, the liquid injection nozzle being inserted in the channel in a first direction; the bracket further comprises a guide seat which is connected with the liquid injection nozzle and the supporting seat respectively, and the guide seat drives the liquid injection nozzle to move relative to the blocking member in the first direction when the blocking member moves from the initially-assembled position to the fully-assembled position. a bracket comprising a supporting seat and an adapting seat, the adapting seat being rotatably fitted with the supporting seat about a shaft; a liquid outlet mechanism controlled to turn on or turn off; a blocking member fitted with a mouth of a beverage container, the blocking member having a channel fitted with the liquid outlet mechanism, the blocking member being disposed on the adapting seat and rotating synchronously with the adapting seat about the shaft, the blocking member having an initially-assembled position and a fully-assembled position on a rotation path of the blocking member; when the blocking member is located at the initially-assembled position, the beverage container is fitted to the blocking member in a state that the mouth of the beverage container is higher than a liquid level of the beverage; when the blocking member is located at the fully-assembled position, the beverage container is vertically inverted or obliquely inverted on the blocking member; characterized in that the liquid outlet mechanism comprises a liquid outlet pipe and a liquid injection nozzle docked upstream of the liquid outlet pipe, the liquid injection nozzle being inserted in the channel in a first direction; the bracket further comprises a guide seat which is connected with the liquid injection nozzle and the supporting seat respectively, and the guide seat drives the liquid injection nozzle to move relative to the blocking member in the first direction when the blocking member moves from the initially-assembled position to the fully-assembled position.
A method of dynamically managing Group Owner, GO, intent in a first device, the method comprising: receiving network information from a second device in a device discovery procedure; determining a device among the first and second devices as a GO based on the received network information of the second device and on network information of the first device, said first and second devices being Wi-Fi Direct devices; receiving a GO Negotiation Request frame from the second device, said GO Negotiation Request frame comprising the second device's GO intent value; characterized in that the method further comprises, setting the first device's GO intent value higher than the second device's GO intent value if the first device must be the GO but the first device's GO intent value is lower than the second device's GO intent value in the GO Negotiation Request frame, and setting the first device's GO intent value lower than the second device's GO intent value if the first device must be the Group Client, GC, but the first device's GO intent value is higher than the second device's GO intent value in the GO Negotiation Request frame. receiving network information from a second device in a device discovery procedure; determining a device among the first and second devices as a GO based on the received network information of the second device and on network information of the first device, said first and second devices being Wi-Fi Direct devices; receiving a GO Negotiation Request frame from the second device, said GO Negotiation Request frame comprising the second device's GO intent value; characterized in that the method further comprises,
Procedure to calibrate a field device for determining a pre-specified level of a medium in a vessel with a sensor unit and field device electronics arranged in a housing, said field device electronics receiving measuring signals from the sensor unit, wherein the field device electronics comprise measuring signal generation, an evaluation unit to evaluate measuring signals and means to calibrate the field device, wherein the means to calibrate comprise a digital adjusting element and a microprocessor, wherein the digital adjusting element is controlled by the microprocessor to calibrate the field device, wherein the field device can be operated in two operating modes (min, max), wherein a warning is issued in the first operating mode (min.) if the pre-specified level is undershot and wherein a warning is issued in the second operating mode (max.) if the pre-specified level is exceeded, wherein the procedure comprises the following steps: a calibration process is started by a switching element which is arranged in the housing and is activated in a contactless manner from outside the housing, the operating mode (min, max) of the field device is determined by the field device electronics, a target state of a status signal of the field device is determined by the field device electronics depending on the determined operating mode (min, max), if the initial state of the status signal deviates from the target state of the status signal, the sensitivity of the field device is gradually altered, depending on the operating mode determined (min, max) and the target state determined, until a switch in the status signal is detected and the initial state of the status signal corresponds to the target state of the status signal.
A method for manufacturing a material strand assembly for a vehicle, particularly for sealing a body opening of a vehicle part, including the steps of: - extruding strand material in an extruder so that an extruded material strand is produced, - monitoring the quality of the extruded material strand so as to detect faults of the extruded material strand, - in case of a detection of a fault, cutting out the fault from the material strand, using a cutting arrangement, and re-joining cutting end faces (60, 62) by means of a joining device, thus producing a joint, so that a faultless material strand is produced, wherein the cutting-out step is conducted such that any two adjacent joints are at a minimum joint distance (L MIN) from each other, and - storing the faultless material strand in a storage unit so as to produce the material strand assembly, characterized in that the faultless material strand is passed through a strand accumulator between the cutting arrangement and the storage unit, which strand accumulator is adapted to feed the accumulated faultless material strand to the joining device. - extruding strand material in an extruder so that an extruded material strand is produced, - monitoring the quality of the extruded material strand so as to detect faults of the extruded material strand, - in case of a detection of a fault, cutting out the fault from the material strand, using a cutting arrangement, and re-joining cutting end faces (60, 62) by means of a joining device, thus producing a joint, so that a faultless material strand is produced, wherein the cutting-out step is conducted such that any two adjacent joints are at a minimum joint distance (L MIN) from each other, and - storing the faultless material strand in a storage unit so as to produce the material strand assembly,
Solar cell or solar cell module comprising at least one layer on or in the front radiation-receiving side of the solar cell or solar cell module comprising at least one effect pigment consisting of a transparent or semi-transparent flake-form substrate coated with one or more layers of transparent or semi-transparent materials and optionally with a post coating, characterized in that the effect pigment has a reflection level of 1 to 40% for radiation in the range of 260 to 1200 nm, and the amount of the effect pigment is in the range of 1 - 25 g/m 2.
Radial disc brake for a utility vehicle having - a tensioning device positioned in a receiving space of a brake caliper with a caliper housing and a lever dome arranged thereon, comprising - a pivotable brake lever, which is provided with at least one eccentric section and an adjoining lever arm which extends approximately parallel to the axis of rotation of the brake disc and projects into the lever dome, - two brake plungers mounted in an axially adjustable manner in a bridge and bearing against a brake pad during braking, - an adjustment device for compensating a change in air play caused by wear, - a synchronizing device which is functionally connected to the brake plungers and has a traction mechanism drive, characterized in that the traction mechanism drive is arranged outside the lever dome, wherein the strands of the traction mechanism drive are guided around a partial region of the lever dome. - a tensioning device positioned in a receiving space of a brake caliper with a caliper housing and a lever dome arranged thereon, comprising - a pivotable brake lever, which is provided with at least one eccentric section and an adjoining lever arm which extends approximately parallel to the axis of rotation of the brake disc and projects into the lever dome, - two brake plungers mounted in an axially adjustable manner in a bridge and bearing against a brake pad during braking, - an adjustment device for compensating a change in air play caused by wear, - a synchronizing device which is functionally connected to the brake plungers and has a traction mechanism drive,
A wheel unit with disengageable drive for an electric vehicle, comprising: - a wheel support, - a wheel hub rotatably supported by the wheel support, - a wheel pin rotatably mounted, by means of two rolling bearings (19, 20) axially spaced apart from each other, within a cylindrical wall of a central opening of the wheel hub, - wherein the wheel pin is carried by a rotatable member configured to be driven by an electric motor of the vehicle, and - a coupling device for releasably connecting said driven member to the wheel hub, said wheel unit being characterized in that: - the wheel pin is rotatably mounted within the cylindrical wall of the wheel hub by means of two rolling bearings (19, 20) that are axially spaced apart from each other and have respective outer rings (19A, 20A) mounted by interference fit within said cylindrical wall, against two respective annular shoulders of said cylindrical wall that face the two opposite ends of the cylindrical wall, and - said rolling bearings (19, 20) having respective inner rings (19B, 20B) rigidly mounted on said wheel pin and rigidly connected together by means of a spacer sleeve having a length predetermined as a function of the axial distance between said annular shoulders, - the unit consisting of said wheel hub with said rolling bearings (19, 20) and said spacer sleeve, being assemblable before being mounted on said wheel pin. - a wheel support, - a wheel hub rotatably supported by the wheel support, - a wheel pin rotatably mounted, by means of two rolling bearings (19, 20) axially spaced apart from each other, within a cylindrical wall of a central opening of the wheel hub, - wherein the wheel pin is carried by a rotatable member configured to be driven by an electric motor of the vehicle, and - a coupling device for releasably connecting said driven member to the wheel hub, - the wheel pin is rotatably mounted within the cylindrical wall of the wheel hub by means of two rolling bearings (19, 20) that are axially spaced apart from each other and have respective outer rings (19A, 20A) mounted by interference fit within said cylindrical wall, against two respective annular shoulders of said cylindrical wall that face the two opposite ends of the cylindrical wall, and - said rolling bearings (19, 20) having respective inner rings (19B, 20B) rigidly mounted on said wheel pin and rigidly connected together by means of a spacer sleeve having a length predetermined as a function of the axial distance between said annular shoulders, - the unit consisting of said wheel hub with said rolling bearings (19, 20) and said spacer sleeve, being assemblable before being mounted on said wheel pin.
An optical scanning device for scanning a photoreceptor surface with a beam, said optical scanning device comprising a light source for emitting the beam; an optical system for causing the beam emitted from the light source to converge; a deflector that includes a polygon mirror with a plurality of reflecting surfaces and that deflects the beam that has passed through the optical system by rotations of the polygon mirror, characterized in that: the optical system generates spherical aberration depending on which part of the optical system in a main-scanning direction the beam passes through; the beam enters into three or more adjacent reflecting surfaces of the polygon mirror at a time; in that the optical system comprises an optical element of a rotationally asymmetric shape, the optical element has two symmetric surfaces of which normal lines are orthogonal to each other; and the normal line of one of the two symmetric surfaces is orthogonal to a rotation axis of the polygon mirror of the deflector; such that no optical system for causing the beam to converge or diverge is disposed between the deflector and the photoreceptor surface, and in that the optical system has an optical property to cause the beam to have a smaller average wavefront curvature when being directed to both edges in the main-scanning direction of the photoreceptor surface than when being directed to a center in the main-scanning direction of the photoreceptor surface. the optical system generates spherical aberration depending on which part of the optical system in a main-scanning direction the beam passes through; the beam enters into three or more adjacent reflecting surfaces of the polygon mirror at a time; in that the optical system comprises an optical element of a rotationally asymmetric shape, the optical element has two symmetric surfaces of which normal lines are orthogonal to each other; and the normal line of one of the two symmetric surfaces is orthogonal to a rotation axis of the polygon mirror of the deflector; such that no optical system for causing the beam to converge or diverge is disposed between the deflector and the photoreceptor surface, and in that the optical system has an optical property to cause the beam to have a smaller average wavefront curvature when being directed to both edges in the main-scanning direction of the photoreceptor surface than when being directed to a center in the main-scanning direction of the photoreceptor surface.
A resin composition for an acoustic matching layer, comprising a binder, and surface-treated metal particles, characterized in that the surface-treated metal particles are metal particles having been subjected to surface treatment with a silane coupling agent or a phosphoric acid compound that includes iron phosphate, wherein the surface-treated metal particles have a particle size of 1 to 10 μm, and wherein the binder includes a thermoplastic resin or a thermosetting resin, and the thermosetting resin includes an epoxy resin, a phenolic resin, a melamine resin, a urea resin, an unsaturated polyester resin, an alkyd resin, a thermosetting polyurethane resin, or a thermosetting polyimide resin. a binder, and surface-treated metal particles, characterized in that the surface-treated metal particles are metal particles having been subjected to surface treatment with a silane coupling agent or a phosphoric acid compound that includes iron phosphate, wherein the surface-treated metal particles have a particle size of 1 to 10 μm, and wherein the binder includes a thermoplastic resin or a thermosetting resin, and the thermosetting resin includes an epoxy resin, a phenolic resin, a melamine resin, a urea resin, an unsaturated polyester resin, an alkyd resin, a thermosetting polyurethane resin, or a thermosetting polyimide resin.
A temporarily or permanently implantable medical device comprising at least one first and one second elongate electrical functional conductor (ZL1, ZL2) for transmitting therapeutic signals or diagnostic signals or both, and an electrode pole (22, 24, 30, 32, 210, 310, 410, 510, 610, 710, 220, 320, 420, 520, 720) which is connected to one of the functional conductors (ZL1, ZL2) and via which electrical current is delivered to surrounding bodily tissue during use, or with which electrical potentials in the surrounding tissue can be sensed during use, or both, wherein the two functional conductors (ZL1, ZL2) are inductively coupled for defined resonance frequencies, such that RF energy of a first functional conductor (ZL1, ZL2) is diverted to the second functional conductor (ZL1, ZL2), and the energy is delivered, via this functional conductor (ZL1, ZL2) and an electrode pole (22, 24, 30, 32, 210, 310, 410, 510, 610, 710, 220, 320, 420, 520, 720) connected to this functional conductor (ZL1, ZL2), to the surrounding tissue during use, characterised in that the medical device has a transformer (230, 230', 530, 630, 730) connected between the first and the second functional conductors (ZL1, ZL2) in order to inductively couple the two functional conductors.