mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine blade comprising: a main blade portion having a longitudinal axis that extends between a root end and a tip end of the main blade portion, wherein a leading edge and a trailing edge extend between the root end and the tip end; a conductive blade tip module mounted to the tip end of the main blade portion, wherein the tip end is truncated and has a blade tip interface that defines an outer edge, and wherein the blade tip module is configured to fit against the blade tip interface such that a lip of the blade tip module overlaps the outer edge of the blade tip interface characterized in that an end face of the blade tip module is transverse to a part of the blade surface which it overlaps, the lip of the blade tip module has a thickness of at least 5 mm, and the blade tip module is being coupled to an internal down conductor cable within the main blade portion. a main blade portion having a longitudinal axis that extends between a root end and a tip end of the main blade portion, wherein a leading edge and a trailing edge extend between the root end and the tip end; a conductive blade tip module mounted to the tip end of the main blade portion, wherein the tip end is truncated and has a blade tip interface that defines an outer edge, and wherein the blade tip module is configured to fit against the blade tip interface such that a lip of the blade tip module overlaps the outer edge of the blade tip interface characterized in that an end face of the blade tip module is transverse to a part of the blade surface which it overlaps, the lip of the blade tip module has a thickness of at least 5 mm, and the blade tip module is being coupled to an internal down conductor cable within the main blade portion.
An axle shaft comprising a longitudinal axis, a radially outer surface, and first and second axially spaced end portions, wherein the first axle shaft end portion comprises a first drive finger extending radially outwardly from the outer surface of the shaft, the drive finger having a radial length and an axial thickness, the radial length being greater than the axial thickness.
An analytical instrument, comprising: a platform for supporting a sample having first and second surfaces oriented in different directions, the platform having an aperture onto which the second surface of the sample is positioned; an X-ray source positioned to irradiate the first surface of the sample with an X-ray beam; at least one X-ray detector arranged to detect X-rays fluorescently emitted by the sample in response to irradiation with the X-ray beam; an spark electrode positioned adjacent to the second surface and having a voltage controllably applied thereto to generate a discharge at or proximate to the second surface through the aperture to excite atoms in the sample, and at least one emission detector arranged to detect light emitted by the excited atoms; whereby the elemental composition of the sample may be analyzed by both X-ray fluorescence and spark emission spectroscopy. a platform for supporting a sample having first and second surfaces oriented in different directions, the platform having an aperture onto which the second surface of the sample is positioned; an X-ray source positioned to irradiate the first surface of the sample with an X-ray beam; at least one X-ray detector arranged to detect X-rays fluorescently emitted by the sample in response to irradiation with the X-ray beam; an spark electrode positioned adjacent to the second surface and having a voltage controllably applied thereto to generate a discharge at or proximate to the second surface through the aperture to excite atoms in the sample, and at least one emission detector arranged to detect light emitted by the excited atoms; whereby the elemental composition of the sample may be analyzed by both X-ray fluorescence and spark emission spectroscopy.
A handheld assembly for dispensing a medicament to a subject, the assembly comprising: a unit dose form, the unit dose form containing a medicament and an internal piercing member; a shell ieconfigured for housing components of the handheld assembly; a plunger at least partially enclosed within the shell and extending from the shell and configured to express the unit dose form; a dispense button at least partially enclosed within the shell and extending from the shell and in slidable communication with the shell; a drive member located within the shell and in communication with the dispense button; a plunger escapement member movable about an axis within the shell and having more than one ramp wherein each ramp has a predetermined profile wherein a first motion of the dispense button causes the drive member to translate along a first ramp of the plunger escapement member readying the assembly for dispense, and wherein a second motion of the dispense button causes the drive member to translate along a second ramp of the plunger escapement member extending the plunger to express the unit dose form. a unit dose form, the unit dose form containing a medicament and an internal piercing member; a shell ieconfigured for housing components of the handheld assembly; a plunger at least partially enclosed within the shell and extending from the shell and configured to express the unit dose form; a dispense button at least partially enclosed within the shell and extending from the shell and in slidable communication with the shell; a drive member located within the shell and in communication with the dispense button; a plunger escapement member movable about an axis within the shell and having more than one ramp wherein each ramp has a predetermined profile wherein a first motion of the dispense button causes the drive member to translate along a first ramp of the plunger escapement member readying the assembly for dispense, and wherein a second motion of the dispense button causes the drive member to translate along a second ramp of the plunger escapement member extending the plunger to express the unit dose form.
A dipped and heat-set carbon fiber cord has at least two plies and has spacing(s) between the said cord plies which has less than 2.0cN/dtex TASE at 2.0% elongation determined in accordance with ASTM D885-16, is characterized in that, the spacing(s) between the said cord plies is longer than 15% and shorter than 80% of the cord diameter.
An apparatus for the treatment of containers with a movable carrier for conveying the containers to be treated, with a plurality of treatment units (4, 6, 8) which treat each container in a pre-set manner, wherein the treatment units (4, 6, 8) of a first group of these treatment units (4, 6, 8) are filling units which fill the containers with a flowable medium, and these filling units have in each case filling elements which are arranged on the carrier and which move jointly with the containers at least sectionwise, wherein the treatment units (4, 6, 8) of a third group of these treatment units (4, 6, 8) are closing units which close with a closure the containers filled with the flowable medium and which have in each case closure elements which are arranged on the carrier and which move jointly with the containers at least sectionwise, wherein the treatment units (4, 6, 8) are arranged on or with respect to the carrier in such a way that each container is conveyed at least twice by the carrier, wherein the filling units and the closing units are arranged offset from one another on the carrier, characterized in that the treatment units (4, 6, 8) of a second group of these treatment units (4, 6, 8) are labelling devices which apply labels to the containers, wherein each container is conveyed at least twice by the carrier in order to be filled, labelled and closed, and in that the treatment units (4, 6, 8) are arranged with respect to the carrier in such a way that the filling of the containers by the first filling units, the labelling of the containers by the labelling units and the closing of the containers by the closing units take place during a conveying of the containers by means of the one movable carrier, wherein the containers are transferred back to the infeed starwheel via an outlet starwheel and a transfer starwheel, wherein the transfer starwheel is a pitch-varying starwheel.
A rotor blade clamping tool for lifting a wind turbine rotor blade, the clamping tool consisting of a first clamping element adapted to be arranged at a first side of the rotor blade, a second clamping element adapted to be arranged at a second side of the rotor blade, and a clamping mechanism connecting the first clamping element and the second clamping element and being adapted to open the clamping tool for insertion of the rotor blade between the first and second clamping elements (3, 4) and close the clamping tool for clamping the rotor blade between the first and second clamping elements (3, 4), the clamping mechanism connecting the first clamping element and the second clamping element includes a rigid C-formed bracket having a first leg and a second leg, at least one of the first and second clamping elements (3, 4) including a first balancing lever and a second balancing lever, each balancing lever being arranged pivotally about a pivot axis (10, 11) and having a first end flexibly connected with a corresponding first rotor blade contacting surface and a second end flexibly connected with a corresponding second rotor blade contacting surface, and where at least one of the first and second clamping elements (3, 4) includes a main balancing lever (16, 17) being arranged pivotally about a main pivot axis (18, 19) and having a first end on which the corresponding first balancing lever is arranged pivotally about a corresponding first pivot axis and a second end on which the corresponding second balancing lever is arranged pivotally about a corresponding second pivot axis, in that first and second balancing levers (8, 9) arranged on the same main balancing lever (16, 17) are aligned in their longitudinal direction, and in that the four separate rotor blade contacting surfaces (14, 15) of the at least one of the first and second clamping elements (3, 4) are adapted to be arranged successively in the lengthwise direction of the rotor blade.
A method of producing mushrooms, comprising the steps of: i. providing a tray having a first surface and an opposite second surface and comprising a plurality of spaced apart depressions in the first surface, the inner surfaces of the depressions defining receptacles open to the first surface for holding a mushroom growth medium and the outer surfaces of the depressions defining protrusions extending out from the second surface, ii. filling each receptacle at least partially with a mushroom growth medium, and iii. closing each receptacle by applying a foil or sheet to the first surface, iv. pasteurizing or sterilising the mushroom growth medium, v. inoculating the growth media with mushroom spawn by injecting the mushroom spawn through the foil or sheet into the mushroom growth medium, vi. incubating the growth medium for allowing a mushroom mycelium to form in the mushroom growth medium, vii. at least partially removing or opening the foil or sheet closing the receptacles to allow mushrooms to grow and protrude from the receptacles and from the first surface, and viii. harvesting the mushrooms. i. providing a tray having a first surface and an opposite second surface and comprising a plurality of spaced apart depressions in the first surface, the inner surfaces of the depressions defining receptacles open to the first surface for holding a mushroom growth medium and the outer surfaces of the depressions defining protrusions extending out from the second surface, ii. filling each receptacle at least partially with a mushroom growth medium, and iii. closing each receptacle by applying a foil or sheet to the first surface, iv. pasteurizing or sterilising the mushroom growth medium, v. inoculating the growth media with mushroom spawn by injecting the mushroom spawn through the foil or sheet into the mushroom growth medium, vi. incubating the growth medium for allowing a mushroom mycelium to form in the mushroom growth medium, vii. at least partially removing or opening the foil or sheet closing the receptacles to allow mushrooms to grow and protrude from the receptacles and from the first surface, and viii. harvesting the mushrooms.
A communication system, comprising: a set of transmitters (102, 104, 106, 108), wherein operations of the set of transmitters (102, 104, 106, 108) are synchronized with an accuracy bound by a synchronization error; and a controller communicatively connected to each transmitter (102, 104, 106, 108) in the set of transmitters (102, 104, 106, 108), wherein the controller is configured to: determine a tap delay for a communication channel between a receiver and each transmitter (102, 104, 106, 108) in the set of transmitters (102, 104, 106, 108) to produce a set of tap delays; determine a minimal length of a cyclic prefix as a function of a sum of the synchronization error and a maximal tap delay in the set of tap delays; and control at least some transmitters (102, 104, 106, 108) in the set of transmitters (102, 104, 106, 108) to transmit a message to the receiver using a cyclic delay diversity, CDD, with the cyclic prefix having at least the minimal length. a set of transmitters (102, 104, 106, 108), wherein operations of the set of transmitters (102, 104, 106, 108) are synchronized with an accuracy bound by a synchronization error; and a controller communicatively connected to each transmitter (102, 104, 106, 108) in the set of transmitters (102, 104, 106, 108), wherein the controller is configured to: determine a tap delay for a communication channel between a receiver and each transmitter (102, 104, 106, 108) in the set of transmitters (102, 104, 106, 108) to produce a set of tap delays; determine a minimal length of a cyclic prefix as a function of a sum of the synchronization error and a maximal tap delay in the set of tap delays; and control at least some transmitters (102, 104, 106, 108) in the set of transmitters (102, 104, 106, 108) to transmit a message to the receiver using a cyclic delay diversity, CDD, with the cyclic prefix having at least the minimal length. determine a tap delay for a communication channel between a receiver and each transmitter (102, 104, 106, 108) in the set of transmitters (102, 104, 106, 108) to produce a set of tap delays; determine a minimal length of a cyclic prefix as a function of a sum of the synchronization error and a maximal tap delay in the set of tap delays; and control at least some transmitters (102, 104, 106, 108) in the set of transmitters (102, 104, 106, 108) to transmit a message to the receiver using a cyclic delay diversity, CDD, with the cyclic prefix having at least the minimal length.
A method for determining a transmission buffer size, comprising the steps of: acquiring a transmission delay of a data packet that is sent by a transmit end on a transmission link between the transmit end and a receive end; if a primary congestion status of the transmission link is congested, updating a minimum transmission delay according to the transmission delay and based on a first update period; and if the primary congestion status is non-congested, updating the minimum transmission delay according to the transmission delay and based on a second update period, and wherein the method is characterized in that a period length of the first update period is shorter than a period length of the second update period; and obtaining the minimum transmission delay of the transmission link, and determining the transmission buffer size of the transmission link according to the transmission delay and the minimum transmission delay. acquiring a transmission delay of a data packet that is sent by a transmit end on a transmission link between the transmit end and a receive end; if a primary congestion status of the transmission link is congested, updating a minimum transmission delay according to the transmission delay and based on a first update period; and if the primary congestion status is non-congested, updating the minimum transmission delay according to the transmission delay and based on a second update period, and wherein the method is characterized in that a period length of the first update period is shorter than a period length of the second update period; and obtaining the minimum transmission delay of the transmission link, and determining the transmission buffer size of the transmission link according to the transmission delay and the minimum transmission delay.
A computing-implemented method to operate an autonomous vehicle, the method comprising: responsive to receiving, by a vehicle interface module from an autonomy computing system of the autonomous vehicle, a time-based trajectory for the autonomous vehicle, verifying that execution of the time-based trajectory is within parameters of the autonomous vehicle; and responsive to verifying that execution of the time-based trajectory is within the parameters of the autonomous vehicle: converting the time-based trajectory into a spatial path for the autonomous vehicle: and interfacing with one or more controls of the autonomous vehicle such that the autonomous vehicle tracks the spatial path; characterized by communicating, to the autonomy computing system of the autonomous vehicle, a change in conditions of the autonomous vehicle, wherein the change in conditions results in a change in a friction ellipsoid associated with the autonomous vehicle, the friction ellipsoid representing the authority available to the autonomous vehicle, wherein communicating the change in conditions comprises communicating one or more constraints within the friction ellipsoid, thereby reserving a portion of the authority represented by friction ellipsoid for use by the vehicle interface module. responsive to receiving, by a vehicle interface module from an autonomy computing system of the autonomous vehicle, a time-based trajectory for the autonomous vehicle, verifying that execution of the time-based trajectory is within parameters of the autonomous vehicle; and responsive to verifying that execution of the time-based trajectory is within the parameters of the autonomous vehicle: converting the time-based trajectory into a spatial path for the autonomous vehicle: and interfacing with one or more controls of the autonomous vehicle such that the autonomous vehicle tracks the spatial path; converting the time-based trajectory into a spatial path for the autonomous vehicle: and interfacing with one or more controls of the autonomous vehicle such that the autonomous vehicle tracks the spatial path; characterized by communicating, to the autonomy computing system of the autonomous vehicle, a change in conditions of the autonomous vehicle, wherein the change in conditions results in a change in a friction ellipsoid associated with the autonomous vehicle, the friction ellipsoid representing the authority available to the autonomous vehicle, wherein communicating the change in conditions comprises communicating one or more constraints within the friction ellipsoid, thereby reserving a portion of the authority represented by friction ellipsoid for use by the vehicle interface module.
A light unit comprising: a lens including a light incident part having a first pattern and a light exit part; a plurality of light emitting devices arrayed under the incident part of the lens; and a substrate having the light emitting devices mounted thereon, characterized in that: the light incident part of the lens includes a flat surface and the lens has a length different from a width of lens, wherein the first pattern of the light incident part of the lens is disposed at a central portion of the light incident part, is formed in the length of the lens and has a concave shape, wherein the light exit part of the lens is disposed at a central portion thereof with a groove formed in the length direction of the lens and concaved from a surface of the light exit part, a reflective member or a plurality of reflective members disposed in the groove of the light exit part, wherein the reflective member includes at least one selected from the group consisting of a metallic material, a photoresist material, and a metallic oxide, wherein the reflective member has a length greater than the width of the lens. a lens including a light incident part having a first pattern and a light exit part; a plurality of light emitting devices arrayed under the incident part of the lens; and a substrate having the light emitting devices mounted thereon, characterized in that: the light incident part of the lens includes a flat surface and the lens has a length different from a width of lens, wherein the first pattern of the light incident part of the lens is disposed at a central portion of the light incident part, is formed in the length of the lens and has a concave shape, wherein the light exit part of the lens is disposed at a central portion thereof with a groove formed in the length direction of the lens and concaved from a surface of the light exit part, a reflective member or a plurality of reflective members disposed in the groove of the light exit part, wherein the reflective member includes at least one selected from the group consisting of a metallic material, a photoresist material, and a metallic oxide, wherein the reflective member has a length greater than the width of the lens.
Apparatus for attaching a tether between a leaflet of a patient's heart valve and another portion of the patient's heart comprising: an elongated shaft structure insertable into the patient's heart from outside the patient's body, the shaft structure including first and second jaw surfaces (40a, 40b) near a distal end of the shaft structure that are movable relative to one another to admit tissue of the leaflet between the jaw surfaces (40a, 40b) and to releasably clamp that tissue between the jaw surfaces (40a, 40b); and a handle structure attached to a proximal portion of the shaft structure and configured to remain outside the patient's body at all times, the handle structure including an actuator structure for controlling motion of the jaw surfaces (40a, 40b) relative to one another, and a display structure for indicating where the tissue is between the jaw surfaces (40a, 40b), characterised in that the display structure is integrated into the handle structure. an elongated shaft structure insertable into the patient's heart from outside the patient's body, the shaft structure including first and second jaw surfaces (40a, 40b) near a distal end of the shaft structure that are movable relative to one another to admit tissue of the leaflet between the jaw surfaces (40a, 40b) and to releasably clamp that tissue between the jaw surfaces (40a, 40b); and a handle structure attached to a proximal portion of the shaft structure and configured to remain outside the patient's body at all times, the handle structure including an actuator structure for controlling motion of the jaw surfaces (40a, 40b) relative to one another, and a display structure for indicating where the tissue is between the jaw surfaces (40a, 40b), characterised in that the display structure is integrated into the handle structure.
A method of making a battery terminal comprising: forming an acid ring (15, 16, 17, 51, 52, 53) having a first lip (15a, 60) and a second lip (15b, 61), wherein the first lip and the second lip each include a lateral surface (15a, 15b, 60a, 61a) and an angled surface (15c, 15d, 60d, 61d), wherein the lateral surface (15a, 60a, 61a, 81a) and the angled surface (15c, 15d, 60d, 61d) have an included angle less than 90 degrees; and characterized by flaring the first lip (15a, 60) away from the second lip (15b, 61) thereby forming a sealing region on the individual lateral surfaces (15a, 15b, 60a, 61a).