mhurhangee/ep-ind-claims huggingface dataset:
An aeroshell extender piece for an inboard portion of a profile of a wind turbine blade, wherein the inboard part of the wind turbine blade is formed as a load-carrying structure having a substantially circular, elliptical or oval cross-section, the aeroshell extender piece comprising: a body (72, 80) for attachment to a trailing edge side of a profile of a wind turbine blade, the body (72, 80) having a first end (72a, 80a) for attachment to the trailing edge side of the profile, and a second trailing edge end (72b, 80b) to form an extended airfoil trailing edge profile for the portion of the profile of the wind turbine blade, wherein the body (72, 80) comprises a plurality of slits extending from said second trailing edge end (72b, 80b) to a point located towards said first end (72a, 80a), characterised in that the width of each slit of said plurality is less than a designed boundary layer height in the area of each of said slits. a body (72, 80) for attachment to a trailing edge side of a profile of a wind turbine blade, the body (72, 80) having a first end (72a, 80a) for attachment to the trailing edge side of the profile, and a second trailing edge end (72b, 80b) to form an extended airfoil trailing edge profile for the portion of the profile of the wind turbine blade, wherein the body (72, 80) comprises a plurality of slits extending from said second trailing edge end (72b, 80b) to a point located towards said first end (72a, 80a), characterised in that the width of each slit of said plurality is less than a designed boundary layer height in the area of each of said slits.
A method of transmitting an uplink signal at a user equipment to a base station in a wireless communication system supporting an unlicensed band, the method comprising: receiving, from the base station, downlink control information, DCI, for scheduling uplink signal transmission for one or more subframes, wherein the DCI includes a redundancy version, RV, value for a subframe included in the one or more subframes; and transmitting the uplink signal in the one or more subframes scheduled by the DCI by applying the RV value to the subframe, wherein based on that a number of subframes scheduled by the DCI is one, the RV value corresponding to the subframe is 2 bits, and wherein based on that the number of subframes scheduled by the DCI is two or more, the RV value corresponding to the subframe is 1 bit, and wherein a RV value for each of a plurality of codewords included in the subframe is identical to the RV value for the subframe. receiving, from the base station, downlink control information, DCI, for scheduling uplink signal transmission for one or more subframes, wherein the DCI includes a redundancy version, RV, value for a subframe included in the one or more subframes; and transmitting the uplink signal in the one or more subframes scheduled by the DCI by applying the RV value to the subframe, wherein based on that a number of subframes scheduled by the DCI is one, the RV value corresponding to the subframe is 2 bits, and wherein based on that the number of subframes scheduled by the DCI is two or more, the RV value corresponding to the subframe is 1 bit, and wherein a RV value for each of a plurality of codewords included in the subframe is identical to the RV value for the subframe.
An electronic device for use in a wireless communication system, the electronic device comprising: an oscillator (410, 810) configured to output a local oscillator, LO, signal; a mixer (400, 800) configured to convert a frequency band of a first signal based on the LO signal and output a second signal; and a signal level controller (420, 820) coupled between the oscillator (410, 810) and the mixer (400, 800); the signal level controller (420, 820) comprising a process, voltage, and temperature sensor configured to: sense a PVT state of the mixer (400, 800), and determine a range of a signal level corresponding to the PVT state of the mixer (400, 800); wherein the signal level controller further comprises: a coupler connected between the oscillator (410, 810) and the mixer (400, 800) to extract a coupled LO signal; an envelope detector configured to detect an envelope of the coupled LO signal; the signal level controller (420, 820) configured to output a feedback signal to the oscillator (410, 810) to adjust a magnitude of the LO signal, based on the envelope and the determined range of the signal level. an oscillator (410, 810) configured to output a local oscillator, LO, signal; a mixer (400, 800) configured to convert a frequency band of a first signal based on the LO signal and output a second signal; and a signal level controller (420, 820) coupled between the oscillator (410, 810) and the mixer (400, 800); the signal level controller (420, 820) comprising a process, voltage, and temperature sensor configured to: sense a PVT state of the mixer (400, 800), and determine a range of a signal level corresponding to the PVT state of the mixer (400, 800); wherein the signal level controller further comprises: a coupler connected between the oscillator (410, 810) and the mixer (400, 800) to extract a coupled LO signal; an envelope detector configured to detect an envelope of the coupled LO signal; sense a PVT state of the mixer (400, 800), and determine a range of a signal level corresponding to the PVT state of the mixer (400, 800); wherein the signal level controller further comprises: a coupler connected between the oscillator (410, 810) and the mixer (400, 800) to extract a coupled LO signal; an envelope detector configured to detect an envelope of the coupled LO signal; a coupler connected between the oscillator (410, 810) and the mixer (400, 800) to extract a coupled LO signal; an envelope detector configured to detect an envelope of the coupled LO signal; the signal level controller (420, 820) configured to output a feedback signal to the oscillator (410, 810) to adjust a magnitude of the LO signal, based on the envelope and the determined range of the signal level.
A method for sharing data in a physical security system that comprises a plurality of server nodes, the method comprising: (a) accessing, using a first node of the server nodes, a node identifier identifying a second node of the server nodes, wherein the first and second nodes comprise at least part of a server cluster, wherein the node identifier comprises at least part of cluster membership information identifying all and accessible by all server nodes in the server cluster, and wherein each of the server nodes in the server cluster persistently stores its own version of the cluster membership information locally; (b) sending the data from the first node to the second node; and (c) adding a new server node to the server cluster, the adding comprising: (i) exchanging a version of the cluster membership information stored on the new server node with the version of the cluster membership information stored on a membership control node of the server nodes that is already part of the server cluster; and (ii) synchronizing the version of the cluster membership information stored on the new server node with the versions of the cluster membership information stored, prior to the new server node joining the server cluster, on all the server nodes in the server cluster. (a) accessing, using a first node of the server nodes, a node identifier identifying a second node of the server nodes, wherein the first and second nodes comprise at least part of a server cluster, wherein the node identifier comprises at least part of cluster membership information identifying all and accessible by all server nodes in the server cluster, and wherein each of the server nodes in the server cluster persistently stores its own version of the cluster membership information locally; (b) sending the data from the first node to the second node; and (c) adding a new server node to the server cluster, the adding comprising: (i) exchanging a version of the cluster membership information stored on the new server node with the version of the cluster membership information stored on a membership control node of the server nodes that is already part of the server cluster; and (ii) synchronizing the version of the cluster membership information stored on the new server node with the versions of the cluster membership information stored, prior to the new server node joining the server cluster, on all the server nodes in the server cluster. (i) exchanging a version of the cluster membership information stored on the new server node with the version of the cluster membership information stored on a membership control node of the server nodes that is already part of the server cluster; and (ii) synchronizing the version of the cluster membership information stored on the new server node with the versions of the cluster membership information stored, prior to the new server node joining the server cluster, on all the server nodes in the server cluster.
An accumulator comprising: an accumulator housing which is provided with an oil port connectable to a pressure piping; a bellows and a bellows cap which are arranged within said housing and compart a space within said housing into a liquid chamber communicating with said oil port and a gas chamber encapsulating gas therein; a seal holder which is provided in said bellows cap; and a plate-like seal which is retained by said seal holder, wherein said seal holder is provided with an attaching portion to said bellows cap, and an inward flange-like outer peripheral side engagement portion, wherein said seal is provided with a seal main body which has a smaller diameter than an inner diameter of said outer peripheral side engagement portion, and an outer peripheral projection portion which is arranged in an outer peripheral surface of said seal main body and is made of a rubber-like elastic body engaging with said outer peripheral side engagement portion, said seal holder is provided with an inward flange-like second outer peripheral side engagement portion in the same manner in a bellows cap side of said outer peripheral side engagement portion, wherein said seal is structured such that said outer peripheral projection portion is arranged between said outer peripheral side engagement portion and said second outer peripheral side engagement portion, and wherein an initial gap is set between said seal and said bellows cap. an accumulator housing which is provided with an oil port connectable to a pressure piping; a bellows and a bellows cap which are arranged within said housing and compart a space within said housing into a liquid chamber communicating with said oil port and a gas chamber encapsulating gas therein; a seal holder which is provided in said bellows cap; and a plate-like seal which is retained by said seal holder, wherein said seal holder is provided with an attaching portion to said bellows cap, and an inward flange-like outer peripheral side engagement portion, wherein said seal is provided with a seal main body which has a smaller diameter than an inner diameter of said outer peripheral side engagement portion, and an outer peripheral projection portion which is arranged in an outer peripheral surface of said seal main body and is made of a rubber-like elastic body engaging with said outer peripheral side engagement portion, said seal holder is provided with an inward flange-like second outer peripheral side engagement portion in the same manner in a bellows cap side of said outer peripheral side engagement portion, wherein said seal is structured such that said outer peripheral projection portion is arranged between said outer peripheral side engagement portion and said second outer peripheral side engagement portion, and wherein an initial gap is set between said seal and said bellows cap.
Neuregulin for use in a method for preventing, treating or delaying a cardiovascular disease or disorder in a human, wherein the method comprises subcutaneous extended release of neuregulin into the human in an amount of 1.2 μg/kg/day.
Transmission drive device, with a shaft (14; 14a) which is arranged in a longitudinally displaceable manner in the direction of the longitudinal axis thereof in a housing, with a shaft end (15; 15a) which is formed on the end side and is supported at least indirectly on the housing via at least one starting element, wherein either the shaft end or the starting element is of rounded design at least in regions, wherein a bearing point is formed between the starting element and the shaft end (15; 15a), and wherein the starting element is coupled to a damping element (32; 32a to 32d) which permits a movement of the starting element in the event of an axial application of force (F A, F A1, F A2) by means of the shaft (14; 14a), wherein the starting element and/or the damping element (32; 32a to 32d) are/is designed and/or arranged in such a manner that, as the axial application of force (F A, F A1, F A2) increases, the bearing point is at an increasing distance (r) from the longitudinal axis of the shaft (14; 14a), at least from a certain level of the application of force (F A, F A1, F A2), wherein the starting element is designed to be tiltable about an axis arranged at a distance (a 1) from the longitudinal axis of the shaft (14; 14a), and, as axial application of force on the shaft (14; 14a) increases, a transverse force component which is directed perpendicularly to the longitudinal axis of the shaft (14; 14a) and which, in the case of radial bearings of the shaft (14; 14a), leads to increased friction in the radial bearings, which increases a self-locking of the transmission drive device, is produced.
An input multiplexer, used to divide broadband signals into multi-channel narrowband signals according to the frequency, the input multiplexer including a public cavity and at least two channel filters, wherein the public cavity is a broadband resonator that is used to input broadband signals and is coupled with each of the channel filters respectively, wherein the public cavity includes a public resonance cavity and a public resonant post, the public cavity achieving the input coupling of broadband input signals via the public resonant post, and the public resonant post of the public cavity is parallel to each resonant post of each channel filter, and wherein the public cavity is coupled with a first resonator of each channel filter, the first resonator being connected with an input port of the channel filter; characterized in that the input multiplexer includes an arrangement of 4 channel filters, arranged according to a 2x2 square matrix in which side surfaces of each of the channel filters lay alongside of each other, wherein a pair of channel filters of said 4 channel filters shares a same bottom surface with the other pair of channel filters and neighbouring channel filters of a same pair share a same sidewall such that the 4 channels are arranged in a back to back, side by side structure, wherein the input ports of the public cavity and of each of the channel filters are located on a top of the input multiplexer, the first resonators of each of the channel filters laying alongside of each other.
A portable digital multimeter, comprising: a display for displaying measurement values and available functions of the multimeter; a memory for storing information relating to the measurement values or the available functions; a user interface that receives a user input indicating a request for context-sensitive explanatory information regarding the measurement values or the available functions; and a processor which, in response to receiving the user input, retrieves the information from the memory to allow the information to be shown on the display; characterized in that the memory is programmable for customized information to be shown on the display, wherein a user can re-program the memory through an associated Flash input, USB port, or other interface to store context-sensitive explanatory information according to user specific requirements. a display for displaying measurement values and available functions of the multimeter; a memory for storing information relating to the measurement values or the available functions; a user interface that receives a user input indicating a request for context-sensitive explanatory information regarding the measurement values or the available functions; and a processor which, in response to receiving the user input, retrieves the information from the memory to allow the information to be shown on the display; characterized in that the memory is programmable for customized information to be shown on the display, wherein a user can re-program the memory through an associated Flash input, USB port, or other interface to store context-sensitive explanatory information according to user specific requirements.
A method for producing hydroxypropyl methyl cellulose phthalate comprising: an esterification step of reacting hydroxypropyl methyl cellulose with a carboxybenzoylating agent in the presence of an aliphatic carboxylic acid in a kneader reactor equipped with two or more stirring blades rotating around their own axes and orbitally revolving, to obtain a reaction product solution containing hydroxypropyl methyl cellulose phthalate; a precipitation step of precipitating the hydroxypropyl methyl cellulose phthalate by mixing the reaction product solution with water to obtain a suspension of the precipitated hydroxypropyl methyl cellulose phthalate; and a washing and recovering step of washing the hydroxypropyl methyl cellulose phthalate in the suspension and recovering the washed hydroxypropyl methyl cellulose phthalate. an esterification step of reacting hydroxypropyl methyl cellulose with a carboxybenzoylating agent in the presence of an aliphatic carboxylic acid in a kneader reactor equipped with two or more stirring blades rotating around their own axes and orbitally revolving, to obtain a reaction product solution containing hydroxypropyl methyl cellulose phthalate; a precipitation step of precipitating the hydroxypropyl methyl cellulose phthalate by mixing the reaction product solution with water to obtain a suspension of the precipitated hydroxypropyl methyl cellulose phthalate; and a washing and recovering step of washing the hydroxypropyl methyl cellulose phthalate in the suspension and recovering the washed hydroxypropyl methyl cellulose phthalate.
A connector (10; 20) for a weight lifting apparatus, adapted to be slidably attached to a sliding rail of the weight lifting apparatus and comprising means for releasably securing a barbell, wherein the connector further comprises a rotational latching device adapted to engage lateral protrusions of the weight lifting apparatus, and wherein the connector comprises a support arm (11; 21) extending outwardly to provide a support surface for supporting the barbell during free weight exercise when the barbell is not locked in the securing means, and when the rotational latching device is engaged with the lateral protrusions of the weight lifting apparatus.
An optical primer for igniting an ignition material contained in a case that is part of an ammunition cartridge, characterised in that said primer comprises a pair of light emitting devices (66, 68) that are electrically configured in a reverse parallel direction so that one of the devices (66, 68) conducts for current flow in one direction and the other device (66, 68) conducts for current flow in an opposite direction.
An electrical circuit, comprising: a local oscillator configured to generate a first reference signal and a second reference signal having a predetermined phase shift with the first reference signal; an I-channel mixer configured to inject the first reference signal to an incoming signal and generate a first output, wherein the incoming signal and the first output include an I-channel signal component and a Q-channel signal component; a Q-channel mixer configured to inject the second reference signal to the incoming signal to generate a second output; and a compensation mixer configured to multiply the first output with a constant factor to generate a third output; a first low pass filter configured to approximately attenuate frequencies in the third output to generate a fourth output; and a first correcting filter configured to filter the fourth output to generate a fifth output; a second low pass filter configured to approximately attenuate frequencies in the second output to generate a sixth output; and a second correcting filter configured to filter the sixth output to generate a seventh output, wherein the first correcting filter and the second correcting filter are configured to reduce a channel impulse response mismatch between the first low pass filter and the second low pass filter. a local oscillator configured to generate a first reference signal and a second reference signal having a predetermined phase shift with the first reference signal; an I-channel mixer configured to inject the first reference signal to an incoming signal and generate a first output, wherein the incoming signal and the first output include an I-channel signal component and a Q-channel signal component; a Q-channel mixer configured to inject the second reference signal to the incoming signal to generate a second output; and a compensation mixer configured to multiply the first output with a constant factor to generate a third output; a first low pass filter configured to approximately attenuate frequencies in the third output to generate a fourth output; and a first correcting filter configured to filter the fourth output to generate a fifth output; a second low pass filter configured to approximately attenuate frequencies in the second output to generate a sixth output; and a second correcting filter configured to filter the sixth output to generate a seventh output, wherein the first correcting filter and the second correcting filter are configured to reduce a channel impulse response mismatch between the first low pass filter and the second low pass filter.
A mobile crane comprising a drive assembly frame which is configured at least in sections as a hollow profile, wherein the vertical profile sides of the drive assembly frame are formed from multiple profile segments, at least beyond the suspensions of wheel carriers arranged on both sides (L, R) of the drive assembly frame up to a predetermined height, wherein the profile segments are connected to each other such that the horizontal width of the profile increases from the lower side of the profile; - at least one drive assembly axle, comprising mutually independent suspensions embodied as double transverse control arm wheel suspensions, wherein the suspensions each comprise two control arm planes which are arranged one above the other and which each comprise at least one transverse control arm (4, 5, 6) which couple the wheel carriers onto the drive assembly frame and are connected to the drive assembly frame such that they can be rotated about an axis which extends substantially parallel to the longitudinal axis of the drive assembly frame, wherein the transverse control arms (5, 6) of the upper control arm plane extend from the wheel carrier up to a vertical profile side of the drive assembly frame. - at least one drive assembly axle, comprising mutually independent suspensions embodied as double transverse control arm wheel suspensions, wherein the suspensions each comprise two control arm planes which are arranged one above the other and which each comprise at least one transverse control arm (4, 5, 6) which couple the wheel carriers onto the drive assembly frame and are connected to the drive assembly frame such that they can be rotated about an axis which extends substantially parallel to the longitudinal axis of the drive assembly frame, wherein the transverse control arms (5, 6) of the upper control arm plane extend from the wheel carrier up to a vertical profile side of the drive assembly frame.