mhurhangee/ep-ind-claims huggingface dataset:
A planetary gearing for a wind turbine, comprising: a sun gear, a hollow gear, a planetary carrier with a first bolt receiving element which comprises at least one first bolt seat, at least one planetary gear bolt which is mounted in the first bolt seat in a rotationally secure manner, at least one planetary gear, which is mounted on the planetary gear bolt so as to be rotational relative to the planetary gear bolt by means of a bearing assembly, wherein the planetary gear is in engagement both with the sun gear and with the hollow gear, wherein the bearing assembly comprises a first planetary gear receiving bushing and a second planetary gear receiving bushing, which planetary gear receiving bushings (20, 21) are coupled to the planetary gear in a rotationally secure manner and between which planetary gear receiving bushings (20, 21) an axial bearing gap is formed, characterized in that the bearing assembly comprises at least one bearing running sleeve, which is mounted on the planetary gear bolt in a rotationally secure manner and on which an axial positioning flange is formed, which is mounted in the axial bearing gap between the planetary gear receiving bushings (20, 21) and in this way an axial position fixing, in particular an axial bearing, of the planetary gear on the planetary gear bolt is realized. a sun gear, a hollow gear, a planetary carrier with a first bolt receiving element which comprises at least one first bolt seat, at least one planetary gear bolt which is mounted in the first bolt seat in a rotationally secure manner, at least one planetary gear, which is mounted on the planetary gear bolt so as to be rotational relative to the planetary gear bolt by means of a bearing assembly, wherein the planetary gear is in engagement both with the sun gear and with the hollow gear, wherein the bearing assembly comprises a first planetary gear receiving bushing and a second planetary gear receiving bushing, which planetary gear receiving bushings (20, 21) are coupled to the planetary gear in a rotationally secure manner and between which planetary gear receiving bushings (20, 21) an axial bearing gap is formed, characterized in that the bearing assembly comprises at least one bearing running sleeve, which is mounted on the planetary gear bolt in a rotationally secure manner and on which an axial positioning flange is formed, which is mounted in the axial bearing gap between the planetary gear receiving bushings (20, 21) and in this way an axial position fixing, in particular an axial bearing, of the planetary gear on the planetary gear bolt is realized.
Pultrusion method for producing a fibre-reinforced plastic profile, comprising at least the following steps: - arranging a number of fibre rovings so as to form a unidirectional preliminary fibre profile (14, 214, 314) with a defined first cross section, - applying at least one scrim (15, 215, 315) to the previously produced unidirectional preliminary fibre profile (14, 214, 314) to produce a layered structure (20, 220, 320), preferably a multidirectional layered structure, each scrim (15, 215, 315) comprising lateral edge portions (222a, 222b, 322a, 322b), - arranging two lateral edge portions (222a, 222b, 322a, 322b) in an overlapping manner to produce a common overlapping portion (223, 323), the method additionally comprising a step of locally pressing the overlapping portion (223, 323) to fix the two overlapping lateral edge portions (222a, 222b, 322a, 322b) in the overlapping portion (223, 323). - arranging a number of fibre rovings so as to form a unidirectional preliminary fibre profile (14, 214, 314) with a defined first cross section, - applying at least one scrim (15, 215, 315) to the previously produced unidirectional preliminary fibre profile (14, 214, 314) to produce a layered structure (20, 220, 320), preferably a multidirectional layered structure, each scrim (15, 215, 315) comprising lateral edge portions (222a, 222b, 322a, 322b), - arranging two lateral edge portions (222a, 222b, 322a, 322b) in an overlapping manner to produce a common overlapping portion (223, 323),
A luminaire, comprising: multiple light-emitting elements (LEEs); a base supporting the LEEs; and a first wall (150-i) and a second wall (150-o) each extending along a first direction from a respective first end facing the LEEs to a respective second end, the first and second walls (150-i, 150-o) having light-reflective surfaces facing each other, the light-reflective surfaces being spaced apart forming a hollow channel; wherein, in one or more cross-sectional planes parallel to the first direction, the light-reflective surfaces of the first and second walls (150-i, 150-o) have first portions that curve in opposite directions, second portions that are parallel, and third portions; wherein the first portions are arranged facing the LEEs to provide an input aperture that receives light from the LEEs, the third portions are arranged to provide an exit aperture that outputs output light into an ambient environment, and the first and second walls (150-i, 150-o) are configured to propagate light from the input aperture to the exit aperture, characterized in that the third portions curve in like directions. multiple light-emitting elements (LEEs); a base supporting the LEEs; and a first wall (150-i) and a second wall (150-o) each extending along a first direction from a respective first end facing the LEEs to a respective second end, the first and second walls (150-i, 150-o) having light-reflective surfaces facing each other, the light-reflective surfaces being spaced apart forming a hollow channel; wherein, in one or more cross-sectional planes parallel to the first direction, the light-reflective surfaces of the first and second walls (150-i, 150-o) have first portions that curve in opposite directions, second portions that are parallel, and third portions; wherein the first portions are arranged facing the LEEs to provide an input aperture that receives light from the LEEs, the third portions are arranged to provide an exit aperture that outputs output light into an ambient environment, and the first and second walls (150-i, 150-o) are configured to propagate light from the input aperture to the exit aperture, characterized in that the third portions curve in like directions.
A raw material composition of a biodegradable material, characterized in comprising the following components in parts by weight: 20 to 80 parts of poly(butylene adipate-co-terephthalate) (PBAT), 5 to 30 parts of polylactic acid, 10 to 50 parts of papermaking waste, 5 to 40 parts of cellulose, and 2 to 15 parts of an additive.
An information processing device comprising: a data acquiring unit; and a data calculator, wherein the data acquiring unit is configured to acquire medical image data and additional data, the additional data includes at least one of monitor-related data and/or environmental data, the monitor-related data is data for defining a visibility of an image displayed on a display unit of a monitor, the environmental data is data indicating an ambient environment of the monitor, and the data calculator is configured to calculate a probability based on a learning model that outputs the probability when the medical image data and the additional data are input, and is configured to generate overlooking suppression data based on the probability, the overlooking suppression data is data that suppresses overlooking of a lesion in the medical image data, and the probability is a value indicating whether the lesion is likely to be overlooked. a data acquiring unit; and a data calculator, wherein the data acquiring unit is configured to acquire medical image data and additional data, the additional data includes at least one of monitor-related data and/or environmental data, the monitor-related data is data for defining a visibility of an image displayed on a display unit of a monitor, the environmental data is data indicating an ambient environment of the monitor, and the monitor-related data is data for defining a visibility of an image displayed on a display unit of a monitor, the environmental data is data indicating an ambient environment of the monitor, and the data calculator is configured to calculate a probability based on a learning model that outputs the probability when the medical image data and the additional data are input, and is configured to generate overlooking suppression data based on the probability, the overlooking suppression data is data that suppresses overlooking of a lesion in the medical image data, and the probability is a value indicating whether the lesion is likely to be overlooked. the overlooking suppression data is data that suppresses overlooking of a lesion in the medical image data, and the probability is a value indicating whether the lesion is likely to be overlooked.
A bush (600, 700) for isolating vibrations, the bush (600, 700) comprising: a first anchor part defining a longitudinal axis; a second anchor part disposed coaxially with respect to the first anchor part; a first resilient body operably engaged with the first anchor part; a second resilient body operably engaged with the second anchor part; and an inertial mass element disposed between the first anchor part and the second anchor part, wherein the inertial mass element is independently connected to the first resilient body and the second resilient body, wherein the first resilient body, second resilient body and inertial mass element are arranged to isolate vibrations between the first anchor part and the second anchor part within a predetermined operational frequency range, and wherein the inertial mass element is arranged to isolate the first anchor part and second anchor part from dynamic stiffness increases associated with eigenmodes of the first resilient body and the second resilient body in the predetermined operational frequency range, characterized in that the bush (600, 700) includes one or more snubber portions (620, 720) to physically limit an extent of relative radial movement between the first and second anchor parts, and wherein at least one of the first and second anchor parts includes the one or more snubber portions (620, 720). a first anchor part defining a longitudinal axis; a second anchor part disposed coaxially with respect to the first anchor part; a first resilient body operably engaged with the first anchor part; a second resilient body operably engaged with the second anchor part; and an inertial mass element disposed between the first anchor part and the second anchor part, wherein the inertial mass element is independently connected to the first resilient body and the second resilient body, wherein the first resilient body, second resilient body and inertial mass element are arranged to isolate vibrations between the first anchor part and the second anchor part within a predetermined operational frequency range, and wherein the inertial mass element is arranged to isolate the first anchor part and second anchor part from dynamic stiffness increases associated with eigenmodes of the first resilient body and the second resilient body in the predetermined operational frequency range, characterized in that the bush (600, 700) includes one or more snubber portions (620, 720) to physically limit an extent of relative radial movement between the first and second anchor parts, and wherein at least one of the first and second anchor parts includes the one or more snubber portions (620, 720).
A dye-sensitized solar cell comprising one or more dyes characterised in that it comprises a compound of the formula: wherein R 1 is a moiety of the formula: wherein the wavy lines indicate the point of attachment to the ring comprising X 2 at the point where R 1 is located; X 1 is oxygen or sulfur; X 3 is absent or C 2 -C 5 alkenyl; R 4 is alkoxyaryl or C 3 -C 18 alkyl; R 2 is hydrogen or C 3 -C 18 alkyl; R 3 is hydrogen or C 3 -C 18 alkyl; and X 2 is oxygen or sulfur.
Water management system for a vehicle, in particular a public transport rail or road vehicle, in particular a bus or coach, the system comprising: - a clean water tank designed to deliver clean water to at least one sink of the vehicle, and - a waste water tank designed to collect, on the one hand, gray water from the sink, and, on the other hand, black water from the toilet of the vehicle, the waste water tank being designed to carry out a treatment of gray water and black water in order to produce a first treated effluent, said treatment being in particular bacteriological, characterized in that it further comprises: - an electrochemical treatment unit suitable for receiving the first treated effluent and mixing the first treated effluent with at least salt in order to obtain a mixture, and for electrolyzing the mixture in order to produce a second treated effluent, and - a treated water tank designed to receive the second treated effluent, and optionally clean water from the clean water tank, and to deliver to the toilet the treated water comprising at least the second treated effluent. - a clean water tank designed to deliver clean water to at least one sink of the vehicle, and - a waste water tank designed to collect, on the one hand, gray water from the sink, and, on the other hand, black water from the toilet of the vehicle, the waste water tank being designed to carry out a treatment of gray water and black water in order to produce a first treated effluent, said treatment being in particular bacteriological, - an electrochemical treatment unit suitable for receiving the first treated effluent and mixing the first treated effluent with at least salt in order to obtain a mixture, and for electrolyzing the mixture in order to produce a second treated effluent, and - a treated water tank designed to receive the second treated effluent, and optionally clean water from the clean water tank, and to deliver to the toilet the treated water comprising at least the second treated effluent.
Self-propelled mower-conditioner having a frame supported for traveling over a field of crop at a variable ground speed, a header supporting a driven crop cutting arrangement across a forward region of the header, a windrow forming arrangement located at a rear region of the header and a driven crop conveying arrangement (30, 32) located for receiving cut crop from the cutting arrangement and delivering the cut crop to the windrow forming arrangement (30, 32), and a crop conveying arrangement speed control, the mower-conditioner further comprising: a ground speed sensor providing an electrical ground speed signal indicative of the forward ground speed of the mower-conditioner; an electronic controller coupled for receiving the ground speed signal and being coupled for sending a control signal to a controllable drive device of the conveying arrangement (30, 32); characterized in that said electronic controller being responsive to a decrease in ground speed for sending a control signal to the drive device of the conveying arrangement (30, 32) for decreasing the speed of the drive device of the conveying arrangement (30, 32) by an amount proportional to a sensed decrease in ground speed, wherein a preset minimum crop conveying speed is programmed into the electronic controller; and said controller being responsive for preventing the conveying speed from being reduced below about 3,2187 km/h (two mph).
A surgical assembly comprising: an ultrasonic probe (18, 24, 44) having an operative tip (28, 49); means for energizing the probe (18, 24, 44) to vibrate the operative tip (28, 48) at at least one first ultrasonic frequency and at least one first tip excursion amplitude preselected to generate cavitation bubbles for fragmenting damaged tissue and debriding a wound site; an ultrasonic instrument having a working tip; and means for energizing said instrument to vibrate the working tip at at least one second ultrasonic frequency and at least one second tip excursion amplitude preselected to produce cavitation bubbles in a substantially reduced amount allowing for increased transmission of vibratory energy into debrided tissues and enhancing healing, wherein said probe (18, 24, 44) has a shaft (19, 25) and a probe head (20, 26) said instrument is said probe (18, 24, 44) and said working tip is said operative tip (28, 48), said means for energizing said probe (18, 24, 44) to vibrate the operative tip (28, 48) at said first ultrasonic frequency and said first tip excursion amplitude including a frequency generator (102, 114) producing a first excitation signal having said first ultrasonic frequency and a first signal amplitude resulting in said first tip excursion amplitude, further comprising a control device (104, 106, 108, 116, 124, 126, 130) operatively connected to said frequency generator (102, 114) to operate same to produce a second excitation signal having said second ultrasonic frequency and a second signal amplitude resulting in said second tip excursion amplitude; characterized in that said probe head has an asymmetrical enlarged head with a truncated or beveled distal end face located in a plane that is not perpendicular to the longitudinal axis of the probe, said probe head (20,26,50) being provided with four planar lateral surfaces extending generally parallel to said longitudinal axis of said shaft (19,25) said lateral surfaces being laterally outwardly spaced relative to said shaft (19,25) and further characterized in that said first and second ultrasonic frequencies are both 22.5 kHz, said first tip excursion is 50 or 60 microns and said second tip excursion is 30 microns or less. an ultrasonic probe (18, 24, 44) having an operative tip (28, 49); means for energizing the probe (18, 24, 44) to vibrate the operative tip (28, 48) at at least one first ultrasonic frequency and at least one first tip excursion amplitude preselected to generate cavitation bubbles for fragmenting damaged tissue and debriding a wound site; an ultrasonic instrument having a working tip; and means for energizing said instrument to vibrate the working tip at at least one second ultrasonic frequency and at least one second tip excursion amplitude preselected to produce cavitation bubbles in a substantially reduced amount allowing for increased transmission of vibratory energy into debrided tissues and enhancing healing,
A vapor retarder membrane, intended to be used for improving the airtightness of a building or of a room, comprising at least one active layer having a water vapor permeability which increases with the surrounding relative humidity, said active layer comprising at least 90% by weight of a blend of ethylene/vinyl alcohol (EVOH) copolymer and of a copolyamide 6-6.6 having a melting point below 210°C, preferably below 200°C.
A method for controlling Machine Type Communication MTC equipment to access a network, characterized in that, an access grade or an access priority is configured for an MTC equipment or an MTC group according to a user requirement or management policy of the network operator or an MTC service according to a type of the MTC service, the method comprises:acquiring, by a network side, the access grade or the access priority of the MTC equipment or the MTC group after receiving an access request from the MTC equipment or the MTC group, and performing access control on the MTC equipment or the MTC group according to current network load; wherein the method further comprises: setting a corresponding load threshold for the MTC equipment or the MTC group according to the access grade or the access priority, and the step of performing the access control on the MTC equipment according to the current network load comprises: rejecting the access request of the MTC equipment or an MTC equipment in the MTC group with an access grade or an access priority not higher than the access grade or the access priority according to which the load threshold was set by transmitting a request rejection signalling directly, when the current network load reaches the load threshold; wherein the access grade or the access priority is used as subscription data or is preconfigured in the MTC equipment or the MTC group according to the user requirement or management policy of the network operator. rejecting the access request of the MTC equipment or an MTC equipment in the MTC group with an access grade or an access priority not higher than the access grade or the access priority according to which the load threshold was set by transmitting a request rejection signalling directly, when the current network load reaches the load threshold; wherein the access grade or the access priority is used as subscription data or is preconfigured in the MTC equipment or the MTC group according to the user requirement or management policy of the network operator.
A method of wireless communication performed by a user equipment, UE, comprising: performing a plurality of positioning measurements of a plurality of positioning reference signals, PRS, transmitted by at least one network node; transmitting a first physical layer message having a fixed payload size, wherein the first physical layer message includes at least an indication of a type, a number, or both of a first set of positioning measurements of the plurality of positioning measurements to be included in a second physical layer message having a variable payload size; and transmitting the second physical layer message having the variable payload size, wherein the second physical layer message includes at least the first set of positioning measurements, and wherein the variable payload size of the second physical layer message is based at least on the type, the number, or both of the first set of positioning measurements. performing a plurality of positioning measurements of a plurality of positioning reference signals, PRS, transmitted by at least one network node; transmitting a first physical layer message having a fixed payload size, wherein the first physical layer message includes at least an indication of a type, a number, or both of a first set of positioning measurements of the plurality of positioning measurements to be included in a second physical layer message having a variable payload size; and transmitting the second physical layer message having the variable payload size, wherein the second physical layer message includes at least the first set of positioning measurements, and wherein the variable payload size of the second physical layer message is based at least on the type, the number, or both of the first set of positioning measurements.
A disaccharin, difumaric acid, di-1-hydroxy-2-naphthoic acid or mono-benzoic acid salt of 4-(dimethylamino)butyl 2-(4-((2-amino-4-methyl-6-(pentylamino)pyrimidin-5-yl)methyl)phenyl)acetate, where the term "salt" defines a crystalline material in which the 4-(dimethylamino)butyl 2-(4-((2-amino-4-methyl-6-(pentylamino)pyrimidin-5-yl)methyl)phenyl)acetate and the acid are ionized or alternatively, where both components utilise prominent intermolecular interactions, such as hydrogen bonding, to combine and yield a uniform crystalline material (a co-crystal), and where the salt may be partially ionic and partially co-crystal.