mhurhangee/ep-ind-claims huggingface dataset:
Fan rotor of a turbine engine, which is intended to be mounted so as to rotate about an axis of rotation, the rotor comprising: - a hub, and - a cone which is mounted upstream of the hub; the cone comprising an air take-off opening which opens into an air channel, an upstream end portion of which comprises mechanical means for driving the air, characterised in that the air take-off opening has an annular shape which is coaxial to the axis of rotation of the fan rotor, the cone being divided by the take-off opening into a front summit portion and a rear frustoconical portion. - a hub, and - a cone which is mounted upstream of the hub;
A method for recording contamination of a moved object which is moving in a longitudinal direction past a plurality of detectors, wherein: - a count rate is repeatedly recorded by each of the detectors (12a, 12b, 14a, 14b, 16a, 16b) during the movement of the object past the detectors and characterized in that - prior to an evaluation of whether contamination exists, the recorded count rates are subjected to a plausibility check to establish whether the count rates recorded by the detectors belong to a class of pre-determined reference patterns for the count rates, - wherein the temporal progression of the recorded count rates at the individual detectors is compared with the temporal progression of reference patterns by means of pattern recognition to the effect that the comparison is dependent on a correspondence in the patterns and not on the actual values of the count rates, and - the class of reference patterns has the temporal sequence, in which maximum values in the count rates occurred at the detectors, and in order to check the plausibility, the temporal sequence of the detectors is established from the recorded count rates, at which detectors maximum values in the count rates occurred, wherein an error is then recognized if a temporal sequence of the detectors determined from the recorded count rates is not included in the class of the reference patterns. - a count rate is repeatedly recorded by each of the detectors (12a, 12b, 14a, 14b, 16a, 16b) during the movement of the object past the detectors and characterized in that - prior to an evaluation of whether contamination exists, the recorded count rates are subjected to a plausibility check to establish whether the count rates recorded by the detectors belong to a class of pre-determined reference patterns for the count rates, - wherein the temporal progression of the recorded count rates at the individual detectors is compared with the temporal progression of reference patterns by means of pattern recognition to the effect that the comparison is dependent on a correspondence in the patterns and not on the actual values of the count rates, and - the class of reference patterns has the temporal sequence, in which maximum values in the count rates occurred at the detectors, and in order to check the plausibility, the temporal sequence of the detectors is established from the recorded count rates, at which detectors maximum values in the count rates occurred, wherein an error is then recognized if a temporal sequence of the detectors determined from the recorded count rates is not included in the class of the reference patterns.
A stent graft introducer comprising a deployment catheter and a handle assembly; the deployment catheter comprising a pusher, a stent graft releasably retained onto the pusher, a temporary stent graft retention arrangement, a sheath coaxially around the pusher and enclosing the stent graft and a sheath hub to which the sheath is mounted; the handle assembly comprising, a handle, a first slide and a second slide, the first slide able to slide to retract within the second slide and the second slide able to slide to retract within the handle, the first slide including a releasable engagement arrangement to engage and retain the sheath hub thereon; and an actuation arrangement to enable retraction of the second slide within the handle and the first slide within the second slide; the handle being engaged with the pusher; the actuation arrangement comprising a first longitudinal gear rack on the first slide, a second longitudinal gear rack on the second slide and a ratchet and pawl assembly on the handle, the ratchet and pawl assembly comprising a hand actuatable ratchet lever and an arm extending from the ratchet lever and engaging the second gear rack; whereby actuation of the hand actuatable ratchet lever causes the arm to engage gear teeth on the second gear rack to cause retraction of the second slide, the second slide comprising an aperture in the second gear rack whereby when the second slide is fully retracted into the handle, the arm extends through the aperture and engages the first gear rack and continued actuation of the hand actuatable ratchet lever causes the arm to engage gear teeth on the first gear rack to cause retraction of the first slide thereby retracting the sheath from the pusher to expose the stent graft retained on the pusher.
A lock for a domestic appliance, in particular, for a tumble dryer, a washing machine or a dishwasher, comprising a moveable retaining element which is particularly designed in the manner of a rotary catch for interaction with a bolt which is located on a closing element, such as a door, a cover or a flap of the domestic appliance, wherein the retaining element fixes the bolt in a first position and releases the bolt in a second position, wherein an elastic element acts on the retaining element with a force in the direction of the first position, characterized in that the elastic element consists of a leg spring, that a first axis is located on the retaining element, and that a leg (12, 13) of the leg spring is mounted on the first axis.
Panel, which provides as fiber material exclusively stalks of one or more stalk containing plants, which have been split by means of a cutting machine in the longitudinal direction of the stalk predominantly into elongated, approximately half shell shaped stalk half shells and which are provided with a binder, wherein the stalk half shells have a length of less than 4 mm to a proportion of at least 40% and at most 80% and the panel has a density of at least 400 kg/m 3 and/or at most 950 kg/m 3.
Method for generating a torque setpoint for the electric machines (EM, HSG) of a vehicle powertrain, comprising at least one controlled-claw gearbox, a main electric machine capable of transmitting torque to the wheels of the vehicle on two distinct gearbox ratios, and a secondary electric machine capable of supplying compensatory torque to the wheel during the changes in gear ratio of the main machine, wherein the maximum and minimum torques imposed on the two electric machines with an established ratio are calculated on the basis of an ultimate predicted state of a common power supply battery, characterized in that, in anticipation of a change in gear ratio of the main machine, a new limit, stricter than that of the established ratio, is imposed in advance on the minimum and maximum torques of the two electric machines so as to ensure that the main machine synchronizes to the new ratio without discontinuity during the change in ratio with compensation for the torque by the secondary machine, the limits on the torque setpoints of the electric machines being calculated as a function of an anticipated speed differential which is based on the variation in speed that the main machine needs to achieve in order to synchronize to the new ratio.
Mounting bracket for mounting an awning to a building, in particular to a vertically or horizontally standing part of a building, such as a building wall, underside of a ceiling or roof beam, comprising - a base plinth that can be mounted to the building, - an awning holder connected in a swivelling manner thereto via a swivel joint about a horizontal axis of rotation and having a receptacle for an awning part, in particular an awning housing, wherein the swivellability of the awning holder causes the inclination position of the awning holder to be adapted to the angle of inclination of the awning, and - a locking mechanism of the awning holder on the base plinth in a raised initial swivel position, characterized in that the locking mechanism can be released by swivelling the awning holder during the assembly in order to adjust its inclination position to the angle of inclination of the awning, - wherein the awning holder is held in its initial swivel position by a spring action with the effect of a reversible locking mechanism, or - wherein the locking mechanism is formed by at least one mechanical engagement part between the base plinth and the awning holder and can be irreversibly released by shearing due to the swivelling of the awning holder during the initial adjustment of its inclination position. - a base plinth that can be mounted to the building, - an awning holder connected in a swivelling manner thereto via a swivel joint about a horizontal axis of rotation and having a receptacle for an awning part, in particular an awning housing, wherein the swivellability of the awning holder causes the inclination position of the awning holder to be adapted to the angle of inclination of the awning, and - a locking mechanism of the awning holder on the base plinth in a raised initial swivel position, - wherein the awning holder is held in its initial swivel position by a spring action with the effect of a reversible locking mechanism, or - wherein the locking mechanism is formed by at least one mechanical engagement part between the base plinth and the awning holder and can be irreversibly released by shearing due to the swivelling of the awning holder during the initial adjustment of its inclination position.
Magnetic poster holder unit with a hanging profile and a v-shaped or u-shaped magnet clip provided with a magnet in the bottom where the two legs of the v-or u-profile of the magnet clip meet, characterized in that the two legs of the v-shaped or u-shaped profile of the magnet clip are designed with notches on the external side, in the top, where the two legs of the v-shaped or u-shaped profile of the magnet clip end, whereby the magnet clip can be clicked into the hanging profile, which has an inner shape, which corresponds to the outer shape of the magnet clip whereby the hanging profile is designed as a u-shaped profile, whereby each of the u-profile's legs is provided with its own step (23,24), both steps facing towards each other, whereby the u-profile's opening in the longitudinal direction is somewhat narrower than the widest point on the magnet clip, such that the notches of the magnet clip, by insertion in the hanging profile, can provide a mechanical locking and thereby fixation between the magnet clip and the hanging profile.
An information processing device comprising: an acquirer configured to acquire first date and time information including information relating to a date and time at which a battery detachably installed in a moving body capable of moving by use of electric power is used and second date and time information including position information of a portable terminal of a user who boards the moving body, the portable terminal moving with the moving body and information relating to a date and time at which the position information is acquired; and characterised in that said information processing device further comprises: an integrator configured to generate position history information of the battery on the basis of the first date and time information and the second date and time information acquired by the acquirer, wherein the integrator is configured to generate the position history information of the battery by excluding information whose acquired date and time do not correspond to the date and time indicated in the first date and time information from the second date and time information of the portable terminal. an acquirer configured to acquire first date and time information including information relating to a date and time at which a battery detachably installed in a moving body capable of moving by use of electric power is used and second date and time information including position information of a portable terminal of a user who boards the moving body, the portable terminal moving with the moving body and information relating to a date and time at which the position information is acquired; and characterised in that said information processing device further comprises: an integrator configured to generate position history information of the battery on the basis of the first date and time information and the second date and time information acquired by the acquirer, wherein the integrator is configured to generate the position history information of the battery by excluding information whose acquired date and time do not correspond to the date and time indicated in the first date and time information from the second date and time information of the portable terminal.
Wash bucket having a roller for squeezing out a sponge board over the wash bucket, said roller being mounted at or on the periphery of the wash bucket so as to be rotatable in bearings by way of a spindle or axle stubs and spanning the clear width of said wash bucket, wherein the roller is configured as a hollow body and has a profiled lateral surface with a multiplicity of slot-like through-openings, and wherein the roller consists of a first half-shell and of a second half-shell, characterized in that the first half-shell and the second half-shell are connected together in a non-releasable manner via a clip connection, at least one rod-like reinforcement element is formed in the roller interior, and the rod-like reinforcement element forms a non-releasable clip connection with the first half-shell and the second half-shell.
A light-guiding apparatus for HPLC or CE absorbance detection, comprising: a light-guiding fluid a channel (15; 60, 67) for housing a fluid containing a sample and exposing said fluid to light, said fluid a channel (15; 60; 67) bounded by at least one wall, said at least one wall being formed of an amorphous fluoropolymer doped with black dopant, so that the composition of said at least one wall has an index of refraction lower than the refractive index of water and has an absorption coefficient in the range of 0,1 to 100 mm -1 at a wavelength within the wavelength range of UV, visible light and near IR; an entrance surface (18; 56; 68) for light, said entrance surface (18; 56; 68) being perpendicular to an axis of said a channel (15; 60, 67); an exit surface (20; 58, 70) for light, said exit surface (20; 58; 70) being perpendicular to said axis; and a fluid inlet port (18; 52, 64) and a fluid outlet port (20; 62, 66), whereby said at least one wall and said fluid effect guiding of light introduced into said fluid a channel (15; 60, 67) by attenuated total reflection at the boundary between said fluid and said at least one wall, wherein attenuation of the guided light is negligible. a light-guiding fluid a channel (15; 60, 67) for housing a fluid containing a sample and exposing said fluid to light, said fluid a channel (15; 60; 67) bounded by at least one wall, said at least one wall being formed of an amorphous fluoropolymer doped with black dopant, so that the composition of said at least one wall has an index of refraction lower than the refractive index of water and has an absorption coefficient in the range of 0,1 to 100 mm -1 at a wavelength within the wavelength range of UV, visible light and near IR; an entrance surface (18; 56; 68) for light, said entrance surface (18; 56; 68) being perpendicular to an axis of said a channel (15; 60, 67); an exit surface (20; 58, 70) for light, said exit surface (20; 58; 70) being perpendicular to said axis; and a fluid inlet port (18; 52, 64) and a fluid outlet port (20; 62, 66),
A self-polishing and/or anti-fouling coating composition comprising a binder comprising an oligomer or polymer composition, formed from at least 50% by weight of monomer units of a vinyl ester of versatic acid.
A mounting assembly for mounting a sound-deadening body to a fuselage of an aircraft, the mounting assembly comprising: a retaining member configured to engage the sound-deadening body; and an isolating member engaged with the retaining member, the isolating member configured for connection to the fuselage and further configured to diminish transmission of vibration from the fuselage to the retaining member, characterised in that the isolating member comprises an elastomeric material, wherein the retaining member includes a detachable alignment portion that is configured to facilitate detection of the retaining member through the sound-deadening body. a retaining member configured to engage the sound-deadening body; and an isolating member engaged with the retaining member, the isolating member configured for connection to the fuselage and further configured to diminish transmission of vibration from the fuselage to the retaining member, characterised in that the isolating member comprises an elastomeric material, wherein the retaining member includes a detachable alignment portion that is configured to facilitate detection of the retaining member through the sound-deadening body.
A stent for insertion into a vessel of a patient, comprising: a tubular member having a first smaller diameter for insertion into the vessel, and a second larger diameter for deployment within the vessel, said tubular member including a central portion comprised of a plurality of helical circumferential windings separated by a helical space, each of said windings including a plurality of undulations, with each said undulation being defined by two adjacent struts (22, 24) and a loop connecting the struts, wherein adjacent windings are connected with a plurality of bridges (50, 52, 54, 56), said bridges extending across said helical space between said adjacent winding and connected to said loops of a plurality of said undulations, and further wherein a same number of struts is traversed from any one bridge to a next bridge on each of said windings when traveling in either a right-handed or left-handed direction along each of said windings, wherein: said tubular member includes cylindrical end portions, and a transition zone between said central portion and each of said end portions, said transition zone including a plurality of transition undulations having struts (42, 22) that progressively increase in length, characterised in that: a relatively longer strut of said transition undulations has a relatively wider width than a relatively shorter strut of said transition undulations. a tubular member having a first smaller diameter for insertion into the vessel, and a second larger diameter for deployment within the vessel, said tubular member including a central portion comprised of a plurality of helical circumferential windings separated by a helical space, each of said windings including a plurality of undulations, with each said undulation being defined by two adjacent struts (22, 24) and a loop connecting the struts, wherein adjacent windings are connected with a plurality of bridges (50, 52, 54, 56), said bridges extending across said helical space between said adjacent winding and connected to said loops of a plurality of said undulations, and further wherein a same number of struts is traversed from any one bridge to a next bridge on each of said windings when traveling in either a right-handed or left-handed direction along each of said windings, wherein: said tubular member includes cylindrical end portions, and a transition zone between said central portion and each of said end portions, said transition zone including a plurality of transition undulations having struts (42, 22) that progressively increase in length, characterised in that: a relatively longer strut of said transition undulations has a relatively wider width than a relatively shorter strut of said transition undulations. said tubular member includes cylindrical end portions, and a transition zone between said central portion and each of said end portions, said transition zone including a plurality of transition undulations having struts (42, 22) that progressively increase in length, characterised in that: a relatively longer strut of said transition undulations has a relatively wider width than a relatively shorter strut of said transition undulations.
A device (100, 1001, 1002) for handling a rotor blade of a wind turbine, comprising: a frame defining an inner space for at least partially accommodating the rotor blade; a blade support arranged in the inner space and mounted to the frame; and whereby the blade support comprises first and second pads (172, 173) mounted to the frame via respective joints (162, 163) and a first lever arm pivotably mounted to a middle portion of the frame via a joint that allows rotational movement of the first lever arm, said first lever arm having a retaining end with a pad mounted thereto arranged in the inner space and an actuator end arranged outside the frame which is movable to rotate the first lever arm so that the rotor blade is retained between the pads (171, 172, 173). a frame defining an inner space for at least partially accommodating the rotor blade; a blade support arranged in the inner space and mounted to the frame; and whereby the blade support comprises first and second pads (172, 173) mounted to the frame via respective joints (162, 163) and a first lever arm pivotably mounted to a middle portion of the frame via a joint that allows rotational movement of the first lever arm, said first lever arm having a retaining end with a pad mounted thereto arranged in the inner space and an actuator end arranged outside the frame which is movable to rotate the first lever arm so that the rotor blade is retained between the pads (171, 172, 173).
An electrode comprising: a working end portion defining a first truncated cone; a seating end portion defining a second truncated cone and including a threaded portion having a plurality of threads with a thread angle of 55°; and an elongated body defining a longitudinal axis, wherein the elongated body is located between the seating end portion and the working end portion. a working end portion defining a first truncated cone; a seating end portion defining a second truncated cone and including a threaded portion having a plurality of threads with a thread angle of 55°; and an elongated body defining a longitudinal axis, wherein the elongated body is located between the seating end portion and the working end portion.
A method for re-setting a Reflective Quality of Service, RQoS, Indicator, RQI, bit in a service data adaptation protocol, SDAP, header to a value of 1 for downlink packets of a flow destined for a user equipment device, UE, comprising: a user plane function, UPF, of a core network, determining (802, 902, 1002) that RQoS for a flow destined for the UE is enabled; determining (804, 904, 1004) that a QoS Flow Identifier, QFI, value for the flow requires updating or installing; and characterised by the UPF initiating (806, 1008) a backoff timer prior to re-setting the RQI bit in the SDAP header to the value of 1 for downlink packets of the flow destined for the UE, wherein the backoff timer limits reset of an RQI bit for the flow destined for the UE. determining (802, 902, 1002) that RQoS for a flow destined for the UE is enabled; determining (804, 904, 1004) that a QoS Flow Identifier, QFI, value for the flow requires updating or installing; and characterised by the UPF initiating (806, 1008) a backoff timer prior to re-setting the RQI bit in the SDAP header to the value of 1 for downlink packets of the flow destined for the UE, wherein the backoff timer limits reset of an RQI bit for the flow destined for the UE.