mhurhangee/patent-ind-claim-en huggingface dataset:
Flap unit for covering an opening , in particular a loading opening or fuel filler opening, of a vehicle , the flap unit comprising at least: - a frame , and - a cover which is arranged on the frame such that it is movable by means of an adjusting mechanism , the cover being movable between a closed position (P0) and an open position (P2), and the cover being lockable or locked in the closed position (P0), characterized in that , both in the case of an opening movement of the cover out of the closed position (P0) into the open position (P2) and in the case of a closing movement of the cover out of the open position (P2) into the closed position (P0), the adjusting mechanism is pivotable about a first rotational axis , and the cover is pivotable about a second rotational axis with respect to the adjusting mechanism and is at least proportionally movable translationally into a partially raised intermediate position (P1), and the cover being positionable or positioned with respect to the frame in the partially raised intermediate position (P1) by means of the adjusting mechanism in such a way that a drive end (2.1) of the cover is raised in a manner which is spaced apart from the frame and an opposite holding end (2.2), facing away from the drive, of the cover making contact with the frame . - a frame , and - a cover which is arranged on the frame such that it is movable by means of an adjusting mechanism , the cover being movable between a closed position (P0) and an open position (P2), and the cover being lockable or locked in the closed position (P0), characterized in that , both in the case of an opening movement of the cover out of the closed position (P0) into the open position (P2) and in the case of a closing movement of the cover out of the open position (P2) into the closed position (P0), the adjusting mechanism is pivotable about a first rotational axis , and the cover is pivotable about a second rotational axis with respect to the adjusting mechanism and is at least proportionally movable translationally into a partially raised intermediate position (P1), and the cover being positionable or positioned with respect to the frame in the partially raised intermediate position (P1) by means of the adjusting mechanism in such a way that a drive end (2.1) of the cover is raised in a manner which is spaced apart from the frame and an opposite holding end (2.2), facing away from the drive, of the cover making contact with the frame .
A firing-pin mechanism for automatic and semi-automatic pistols comprising a straight-running firing pin , a container for housing and guiding of the firing pin and a blocking element for the firing pin , wherein the container comprises a through hole for mounting of the firing pin and for guiding and sliding motion of said firing pin in the direction of the axis of the hole which corresponds to the longitudinal axis of the firing pin , wherein said container is fitted with said blocking element for the firing pin , which is attached to the container in a rotary way, characterized in that the hole is fitted with a top guide and a bottom guide for straight guiding of the firing pin in the hole and with radius recesses (21 and 22) on the lateral sides of the hole to reduce the contact area between the surface of the firing pin and the surface walls of the hole to reduce the friction forces acting against the sliding movement of the firing pin .
Vaccine comprising fiber 2 protein of Fowl Adenovirus C (FAdV-C) for use in preventing hepatitis-hydropericardium syndrome (HHS) in birds, preferably in poultry, especially in broilers; wherein the vaccine is a subunit vaccine.
Puncture system comprising an outer tubular body adapted to dwell in a body part of a living being, said puncture system comprising at least an inner tubular body and a puncture needle , wherein the inner tubular body is guided through a working lumen of the outer tubular body and is longitudinally displaceable relative to the outer tubular body, and the puncture needle is guided through a puncture lumen of the inner tubular body and the inner tubular body is longitudinally displaceable relative to the puncture needle, wherein the puncture system has a manually actuable fixing element which can be set by manual actuation at least into a fixing position and into a release position, wherein in the fixing position the longitudinal displaceability a1) of the inner tubular body relative to the outer tubular body and/or a2) of the puncture needle relative to the inner tubular body and/or a3) of the puncture needle relative to the outer tubular body is eliminated or reduced, characterized in that the fixing element can be set by manual actuation into different fixing positions in which the longitudinal displaceability can be adjusted in each case with respect to different combinations of the features longitudinal displaceability - of the inner tubular body relative to the outer tubular body, - of the puncture needle relative to the inner tubular body, - of the puncture needle relative to the outer tubular body. a1) of the inner tubular body relative to the outer tubular body and/or a2) of the puncture needle relative to the inner tubular body and/or a3) of the puncture needle relative to the outer tubular body is eliminated or reduced, - of the inner tubular body relative to the outer tubular body, - of the puncture needle relative to the inner tubular body, - of the puncture needle relative to the outer tubular body.
A multi-coil module comprising: a first coil module having a first magnetic sheet , and a first loop coil provided on the first magnetic sheet and wound in a planar shape; and a second coil module having a second magnetic sheet , and a second loop coil provided on the second magnetic sheet and wound in a planar shape, wherein the first coil module and the second coil module are stacked on each other, and at least an innermost coil pattern of the first loop coil and the second loop coil are overlaid with each other and a line width of the innermost coil pattern of the first loop coil overlaid with the second loop coil is 1 mm or less. a first coil module having a first magnetic sheet , and a first loop coil provided on the first magnetic sheet and wound in a planar shape; and a second coil module having a second magnetic sheet , and a second loop coil provided on the second magnetic sheet and wound in a planar shape, wherein the first coil module and the second coil module are stacked on each other, and at least an innermost coil pattern of the first loop coil and the second loop coil are overlaid with each other and a line width of the innermost coil pattern of the first loop coil overlaid with the second loop coil is 1 mm or less.
Computer-aided method for generating a driving cycle for a vehicle which is suitable for simulating a driving operation, in particular a real driving operation, characterized in that it comprises the following steps: determining a state vector of the driving cycle for a current time interval from a past velocity progression; provision of an acceleration prediction model; determining an acceleration value taking into account probabilities resulting from the acceleration prediction model and the state vector; integrating the determined acceleration value over the current time interval to obtain a predicted velocity value for a next time interval in the future; and appending the predicted velocity value to the past velocity progression to generate the driving cycle. determining a state vector of the driving cycle for a current time interval from a past velocity progression; provision of an acceleration prediction model; determining an acceleration value taking into account probabilities resulting from the acceleration prediction model and the state vector; integrating the determined acceleration value over the current time interval to obtain a predicted velocity value for a next time interval in the future; and appending the predicted velocity value to the past velocity progression to generate the driving cycle.
A facility for producing a plurality of containers, in particular beverage containers, filled with an aqueous foodstuff, in particular a beverage, comprising a) at least one mixing device with a mixing container and b) at least one feed line to the mixing container for fluid media, in particular liquid media, consisting of or containing, in particular containing, at least one ingredient or multiple ingredients, for aqueous foodstuffs, c) a discharge line from the mixing container for a liquid medium, containing the aqueous foodstuff mixed in the mixing device, and d) optionally a bypass line, which runs from the discharge line, in particular adjacent to the mixing device, and which opens downstream, in particular adjacent to the filling device, into the discharge line and e) at least one FT-NIR spectrometer, arranged and adapted for the inline detection of ingredients for aqueous foodstuffs in the at least one feed line for fluid media, and/or f) at least one FT-NIR spectrometer, arranged and adapted for the inline detection of ingredients for aqueous foodstuffs in the at least one discharge line and/or g) at least one FT-NIR spectrometer, arranged and adapted for the inline detection of ingredients for aqueous foodstuffs in the bypass line, wherein the at least one FT-NIR spectrometer comprises at least one light guide and a transmission process probe, arranged and adapted to come into contact with the at least one fluid, in particular liquid, medium, consisting of or containing at least one ingredient or the plurality of ingredients, or with the aqueous foodstuff. a) at least one mixing device with a mixing container and b) at least one feed line to the mixing container for fluid media, in particular liquid media, consisting of or containing, in particular containing, at least one ingredient or multiple ingredients, for aqueous foodstuffs, c) a discharge line from the mixing container for a liquid medium, containing the aqueous foodstuff mixed in the mixing device, and d) optionally a bypass line, which runs from the discharge line, in particular adjacent to the mixing device, and which opens downstream, in particular adjacent to the filling device, into the discharge line and e) at least one FT-NIR spectrometer, arranged and adapted for the inline detection of ingredients for aqueous foodstuffs in the at least one feed line for fluid media, and/or f) at least one FT-NIR spectrometer, arranged and adapted for the inline detection of ingredients for aqueous foodstuffs in the at least one discharge line and/or g) at least one FT-NIR spectrometer, arranged and adapted for the inline detection of ingredients for aqueous foodstuffs in the bypass line,
An apparatus comprising a transmission-type polarization insensitive modulator, the apparatus comprises: an input configured to receive a continuous wave (CW) light; a first polarization splitter-rotator (PSR) coupled to the input and configured to generate a first light beam (TE 120) and a second light beam (TE' 123) having a common polarization from the CW light; an upper waveguide bus coupled to the first PSR ; a lower waveguide bus coupled to the first PSR ; a micro ring optically coupled to the upper waveguide bus and the lower waveguide bus and configured to: modulate the first light beam (TE 120) with data to generate a first output signal (S 130); and modulate the second light beam (TE' 123) with data to generate a second output signal (S' 133); a second PSR coupled to the upper waveguide bus and the lower waveguide bus and configured to combine the first output signal (S 130) and the second output signal (S' 133) to form a modulated output signal; and an output coupled to the second PSR and configured to output the modulated output signal to an optical receiving device. an input configured to receive a continuous wave (CW) light; a first polarization splitter-rotator (PSR) coupled to the input and configured to generate a first light beam (TE 120) and a second light beam (TE' 123) having a common polarization from the CW light; an upper waveguide bus coupled to the first PSR ; a lower waveguide bus coupled to the first PSR ; a micro ring optically coupled to the upper waveguide bus and the lower waveguide bus and configured to: modulate the first light beam (TE 120) with data to generate a first output signal (S 130); and modulate the second light beam (TE' 123) with data to generate a second output signal (S' 133); modulate the first light beam (TE 120) with data to generate a first output signal (S 130); and modulate the second light beam (TE' 123) with data to generate a second output signal (S' 133); a second PSR coupled to the upper waveguide bus and the lower waveguide bus and configured to combine the first output signal (S 130) and the second output signal (S' 133) to form a modulated output signal; and an output coupled to the second PSR and configured to output the modulated output signal to an optical receiving device.
A method comprising: forming, by a user equipment , a session establishment message including an indication of at least one session management capability supported by the user equipment, the session management capability being reflective quality of service; sending, by the user equipment, the session establishment message including the indication towards a session management function ; and receiving, by the user equipment and from the session management function, a response indicative of whether the session management function and/or a corresponding network supports the at least one session management capability to enable the user equipment to operate in accordance with the at least one session management capability, wherein the response includes at least one quality of service rule authorized for the user equipment and a timer value for a timer associated with the reflective quality of service, the timer value being indicative of whether the session management function supports the reflective quality of service. forming, by a user equipment , a session establishment message including an indication of at least one session management capability supported by the user equipment, the session management capability being reflective quality of service; sending, by the user equipment, the session establishment message including the indication towards a session management function ; and receiving, by the user equipment and from the session management function, a response indicative of whether the session management function and/or a corresponding network supports the at least one session management capability to enable the user equipment to operate in accordance with the at least one session management capability, wherein the response includes at least one quality of service rule authorized for the user equipment and a timer value for a timer associated with the reflective quality of service, the timer value being indicative of whether the session management function supports the reflective quality of service.
A method of preparing a diamond composite with a layered structure comprising: - preparing a slurry containing a polymerisable binder, an initiator and diamond particles; - forming a layered structure green body by stepwise irradiation curing of the slurry containing diamond particles and a temporary binder and an initiator; - forming a white body comprising at least 30 vol% diamond particles by de-binding the layered structure green body; - introducing an infiltrant to the white body and sintering the white body by heating the white body as an initial stage up to a maximum sintering temperature by incremental temperature increase at a rate of 10 to 60 °C/min at a first pressure. - preparing a slurry containing a polymerisable binder, an initiator and diamond particles; - forming a layered structure green body by stepwise irradiation curing of the slurry containing diamond particles and a temporary binder and an initiator; - forming a white body comprising at least 30 vol% diamond particles by de-binding the layered structure green body; - introducing an infiltrant to the white body and sintering the white body by heating the white body as an initial stage up to a maximum sintering temperature by incremental temperature increase at a rate of 10 to 60 °C/min at a first pressure.
A motorcycle comprising: - a motorcycle body extending along a longitudinal axis (L-L) and having a front part , a tail part and a central part comprised between the front part and the tail part ; - at least two wheels constrained to the motorcycle body , including a front wheel and a rear wheel ; - a traction engine constrained to the motorcycle body and operatively connected to at least one of the wheels ; - at least one headlight fixed to the front part and at least one rear light fixed to the tail part ; - at least one kickstand adapted to be moved in order to selectively assume a resting operating position and a working operating position, wherein, in the working operating position, the kickstand has at least one end portion leaning against a ground portion being placed laterally and/or under the motorcycle body; - a first auxiliary lighting device adapted to light the kickstand or render it luminous; characterized by the fact that the first auxiliary lighting device is oriented in order to light the kickstand when the kickstand is in the resting position. - a motorcycle body extending along a longitudinal axis (L-L) and having a front part , a tail part and a central part comprised between the front part and the tail part ; - at least two wheels constrained to the motorcycle body , including a front wheel and a rear wheel ; - a traction engine constrained to the motorcycle body and operatively connected to at least one of the wheels ; - at least one headlight fixed to the front part and at least one rear light fixed to the tail part ; - at least one kickstand adapted to be moved in order to selectively assume a resting operating position and a working operating position, wherein, in the working operating position, the kickstand has at least one end portion leaning against a ground portion being placed laterally and/or under the motorcycle body; - a first auxiliary lighting device adapted to light the kickstand or render it luminous;
A catheter , particularly an ablation catheter, comprising an elongated catheter shaft and an ablation portion being arranged at a distal end (10-1) of the catheter shaft , wherein: - the ablation portion comprises a plurality of loop segments ; - at least one first loop segment of the plurality of loop segments exhibits one or more ablation electrodes , the one or more ablation electrodes being configured for delivering energy to vascular tissue; - the loop segments together form a three-dimensional spiral; - respective diameters of the loop segments are such that each loop segment rests on a neighboring loop segment when the three-dimensional spiral is compressed, - the plurality of loop segments comprises a stabilizer loop segment , which does not exhibit any electrodes, wherein the stabilizer loop segment is the most proximal loop segment of the plurality of loop segments ; - characterized in that , the three-dimensional spiral formed by the plurality of loop segments is a graduation of a helix with variable radii. - the ablation portion comprises a plurality of loop segments ; - at least one first loop segment of the plurality of loop segments exhibits one or more ablation electrodes , the one or more ablation electrodes being configured for delivering energy to vascular tissue; - the loop segments together form a three-dimensional spiral; - respective diameters of the loop segments are such that each loop segment rests on a neighboring loop segment when the three-dimensional spiral is compressed, - the plurality of loop segments comprises a stabilizer loop segment , which does not exhibit any electrodes, wherein the stabilizer loop segment is the most proximal loop segment of the plurality of loop segments ; - characterized in that , the three-dimensional spiral formed by the plurality of loop segments is a graduation of a helix with variable radii.
A multi-domain cooling assembly 100 configured to be coupled with one or more heat sources 104, the multi-domain cooling assembly 100 comprising: a body 118 comprising an outer surface 102 and at least one cooling chamber 106, 114 integrally formed with and disposed inside the body 118, the at least one cooling chamber 106, 114 extending in at least two orthogonal dimensions and including a working fluid configured to extract thermal energy from the one or more heat sources 104, the at least one cooling chamber 106, 114 including hermetic walls such that the at least one cooling chamber 106, 114 is configured to be hermetically sealed; and a cooling channel 108 integrally formed with and disposed within the body 118, the cooling channel 108 including one or more hermetic channel walls defining the cooling channel 108, the cooling channel 108 fluidly coupled with a passageway 110, 112 that is configured to carry cooling fluid into and out of the cooling channel 108, wherein at least a portion of the cooling fluid is configured to be a liquid phase, a gas phase, or a liquid-gas mix phase, wherein the cooling channel 108 is fluidly separate from the at least one cooling chamber 106, 114, and wherein the cooling channel 108 is thermally coupled with the at least one cooling chamber 106, 114, wherein the at least one cooling chamber 106, 114 is configured to transfer thermal energy from the working fluid to the cooling fluid. a body 118 comprising an outer surface 102 and at least one cooling chamber 106, 114 integrally formed with and disposed inside the body 118, the at least one cooling chamber 106, 114 extending in at least two orthogonal dimensions and including a working fluid configured to extract thermal energy from the one or more heat sources 104, the at least one cooling chamber 106, 114 including hermetic walls such that the at least one cooling chamber 106, 114 is configured to be hermetically sealed; and a cooling channel 108 integrally formed with and disposed within the body 118, the cooling channel 108 including one or more hermetic channel walls defining the cooling channel 108, the cooling channel 108 fluidly coupled with a passageway 110, 112 that is configured to carry cooling fluid into and out of the cooling channel 108, wherein at least a portion of the cooling fluid is configured to be a liquid phase, a gas phase, or a liquid-gas mix phase, wherein the cooling channel 108 is fluidly separate from the at least one cooling chamber 106, 114, and wherein the cooling channel 108 is thermally coupled with the at least one cooling chamber 106, 114, wherein the at least one cooling chamber 106, 114 is configured to transfer thermal energy from the working fluid to the cooling fluid.
A method of compensating for fixed pattern noise of an image sensor having a plurality of pixels , wherein the signal of a respective pixel is corrected based on a dark current determined for that pixel , wherein the temperature T of the image sensor is measured and the dark current of a respective pixel is determined by adapting a reference dark current (DC Ref,PD , DC Ref,Sp ) previously measured for that pixel at a reference temperature T Ref with a temperature-dependent adaptation factor to the temperature T, wherein the pixels each comprise a photodiode and a memory cell into which the charge of the photodiode is transferred after an integration time (tint), the dark current comprising a first dark current of the photodiode and a second dark current of the memory cell , characterized in that the second dark current is determined with the temperature-dependent adaptation factor from a second reference dark current (DC Ref,Sp ) at the reference temperature T Ref and that, in order to determine the second reference dark current (DC Ref,Sp ), reference measurements with varied storage duration (t Sp ) are carried out.