mhurhangee/ep-ind-claims huggingface dataset:
Disc brake for a vehicle, in particular for a utility vehicle, comprising a brake disc with a brake disc rotation axis, a brake caliper, in particular a disc caliper, with an application section and a rear section, at least two brake pads (4, 5) each with a brake pad backing-plate (4a, 5a) provided with a pad holding spring (6, 7), in each case supported under prestress by a pad retaining clip fixed detachably to the brake caliper, and of which a brake pad on the application side is associated with the application section and a brake pad on the rear side is associated with the rear section, and a securing device for securing the position of the pad retaining clip, characterised in that the securing device comprises at least one movably guided stud element which can be moved from a rest position to an engaged position and back again, and in the said engaged position the at least one stud element ∥ forms a detachable connection between the pad retaining clip and the pad backing-plate of the brake pad on the rear side.
A safety needle comprising: a substantially hollow outer member; a needle assembly including a needle any an inner hub secured to an end of the needle opposite a sharp tip of the needle; and a pair of flexible blocking members (108, 110), wherein the substantially hollow outer member includes a bore extending along a length thereof; and the needle assembly including the needle and the hub is movable in relation to the hollow outer member through the bore thereof between an extended position wherein the sharp tip of the needle is extended from the hollow outer member to a retracted position wherein the sharp tip of the needle is within the hollow outer member; and characterized by the blocking members (108, 110) projecting radially and angling distally from opposed sides of the hub, the blocking members being sufficiently flexible to be movable through the bore to completely exit the hollow outer member at a proximal most end thereof and expand to engage a proximal most surface of the hollow outer member to maintain the needle assembly in the retracted position. a substantially hollow outer member; a needle assembly including a needle any an inner hub secured to an end of the needle opposite a sharp tip of the needle; and a pair of flexible blocking members (108, 110),
Tank container with a surge baffle arrangement (3f, m, r) comprising, arranged transversely to a longitudinal axis of a vessel of the tank container, two surge baffle elements (31, 33, 35) each being arranged in a main plane (11a, b, c) passing through the tank interior and interspercing the tank interior and joined by their ends (91, 92) to a tank shell defining the tank interior, wherein each surge baffle element (31, 33, 35) is engineered as a flat longitudinally profiled element oriented vertical in the profile direction and comprising a free inner side edge and a free outer side edge in the profile direction, the free inner side edges of the surge baffle elements (31, 33, 35) are facing each other and define a gap in between for facilitating both cleaning and servicing, characterised in that a passage is disposed between each free outer side edge and the tank side shell, and the surge baffle elements (31, 35) are arranged in two main planes (11a, b) inclined towards each other.
A binder for monolithic refractories comprising a solid solution obtained by dissolving Ca components in α-SrAl 2 O 4 or β-SrAl 2 O 4, wherein when the Ca components are dissolved in the α-SrAl 2 O 4, the crystallite diameter of the solid solution is from 40 nm to 75 nm, and when the Ca components are dissolved in the β-SrAl 2 O 4, the crystallite diameter of the solid solution is from 35 nm to 70 nm.
A method of controlling signal launch power of an optical signal to be launched onto an optical communications network, comprising pre-distorting the launch power of the optical signal in accordance with a known value of a bit rate of the optical signal wherein the pre-distortion is determined by comparing a signal derived from an output of an optical amplifier on the path of the optical signal with a signal representative of the known value of the bit rate of said optical signal.
Tilt-decoupled steering apparatus of a motorcycle comprising a handlebar bridge for receiving a motorcycle handlebar, a fork bridge for receiving a fork leg, and at least one decoupling apparatus (30, 30', 30") which connects the handlebar bridge to the fork bridge, the handlebar bridge being mounted such that it can be rotated about a steering axis and being fixed about a tilt axis which is orthogonal with respect to the steering axis, the fork bridge being mounted such that it can be rotated about the steering axis and about the tilt axis, the decoupling apparatus (30, 30', 30'') being configured to transmit a steering movement and a steering torque in a steering direction about the steering axis between the handlebar bridge and the fork bridge, and to compensate for a tilt movement in a tilt direction about the tilt axis of the fork bridge with respect to the handlebar bridge, the steering apparatus comprising, furthermore, a steering pin which is fixed on the handlebar bridge, extends coaxially along the steering axis, and can be mounted rotatably on a motorcycle frame of the motorcycle, with the result that the handlebar bridge can be connected by way of the steering pin to the motorcycle frame such that it can be rotated about the steering axis and is fixed with respect to the tilt axis, characterized in that the steering apparatus comprises, furthermore, a pivot bearing with an inner ring and an outer ring, the inner ring of the pivot bearing being arranged on the steering pin or the motorcycle frame concentrically with respect to the steering axis, and the outer ring of the pivot bearing being connected to the fork bridge, with the result that the fork bridge can be connected by way of the pivot bearing to the motorcycle frame such that it can be rotated about the steering axis and about the tilt axis.
A sodium-sulfur battery having a plurality of cells contained in a casing provided with a top lid and including a heat-insulating layer, wherein a reservoir space is formed to retain and solidify a high-temperature molten material having flowed out of the cells, characterized in that the reservoir space is formed by a reservoir container including a composite member of a rigid member, a heat-insulating material, and a heat-resisting material, the reservoir container is laid between the casing and a casing pallet which supports the casing, and the reservoir container has a side wall standing with a gap between the side wall and an outer wall surface of the casing.
A method for generating a display at a client, the method comprising: monitoring output produced by an application program executing on a server, the output comprising a non-textual element and a textual element; intercepting the output produced by the application program; identifying the textual element of the output and transmitting the textual element of the output from the application program on the server to the client; identifying a bitmap representation of the non-textual element within the application output; and transmitting to the client a compressed data format in place of the bitmap representation of the non-textual element; characterised by: retrieving, upon identifying the bitmap representation, an available compressed data format associated with the bitmap representation of the non-textual element; and transmitting to the client the retrieved compressed data format in place of the non-textual element. monitoring output produced by an application program executing on a server, the output comprising a non-textual element and a textual element; intercepting the output produced by the application program; identifying the textual element of the output and transmitting the textual element of the output from the application program on the server to the client; identifying a bitmap representation of the non-textual element within the application output; and transmitting to the client a compressed data format in place of the bitmap representation of the non-textual element; characterised by: retrieving, upon identifying the bitmap representation, an available compressed data format associated with the bitmap representation of the non-textual element; and transmitting to the client the retrieved compressed data format in place of the non-textual element. retrieving, upon identifying the bitmap representation, an available compressed data format associated with the bitmap representation of the non-textual element; and transmitting to the client the retrieved compressed data format in place of the non-textual element.
A floor finish stripper composition comprising: a) phenyl-substituted alkyl alcohol; b) oxygenated swelling solvent other than the phenyl-substituted alkyl alcohol; c) water; d) sufficient coupler so that the composition has a single phase; e) sufficient saponification agent comprising the reaction product of a fatty acid or fatty ester with a stoichiometric excess of an alkali metal hydroxide or ammonium hydroxide so that the composition has an alkaline pH and has a reduced oily residue after stripping when compared to an otherwise similar composition that does not contain the saponification agent. a) phenyl-substituted alkyl alcohol; b) oxygenated swelling solvent other than the phenyl-substituted alkyl alcohol; c) water; d) sufficient coupler so that the composition has a single phase; e) sufficient saponification agent comprising the reaction product of a fatty acid or fatty ester with a stoichiometric excess of an alkali metal hydroxide or ammonium hydroxide so that the composition has an alkaline pH and has a reduced oily residue after stripping when compared to an otherwise similar composition that does not contain the saponification agent.
A repair method for extending a service life of a power turbine disk having corrosion damage, wherein the power turbine includes stages (16, 18, 20, 22) and interstage gaps (26, 28, 30, 32), comprising: machining a corrosion damaged disk to a depth suitable for repairing the corrosion to form a machined disk; and characterised in conducting a first thermal analysis of a baseline configuration of a baseline disk that does not have corrosion to determine a first steady state temperature distribution; conducting a second thermal analysis of the machined disk to determine a second steady state temperature distribution of the machined disk; calculating a first predicted safe cyclic life (PSCL) for disk axisymmetric features of the machined disk; calculating a second PSCL for disk firtree features of the machined disk; and qualifying the repair method to ensure that the quality of the machined disk is consistent with a new disk. machining a corrosion damaged disk to a depth suitable for repairing the corrosion to form a machined disk; and characterised in conducting a first thermal analysis of a baseline configuration of a baseline disk that does not have corrosion to determine a first steady state temperature distribution; conducting a second thermal analysis of the machined disk to determine a second steady state temperature distribution of the machined disk; calculating a first predicted safe cyclic life (PSCL) for disk axisymmetric features of the machined disk; calculating a second PSCL for disk firtree features of the machined disk; and qualifying the repair method to ensure that the quality of the machined disk is consistent with a new disk.
A dc interruption apparatus comprising: a rectifier (20, 20A, 20B, 20C, 20D) to convert ac power to dc power with a plurality of semiconductor devices arranged in a bridge and including a positive output end for each of phases; characterised by a dc high speed vacuum circuit breaker (30, 30A, 30B) including a main contact (30a, 30b, 30c) for each of the phases, each of the main contacts including a first end to be connected with the positive output end of the rectifier of a corresponding one of the phases and a second end, the second ends of the main contacts of the dc high speed vacuum circuit breaker being connected together to a common connection point (40, 40a, 40b) which is connected with a load (50, 220). a rectifier (20, 20A, 20B, 20C, 20D) to convert ac power to dc power with a plurality of semiconductor devices arranged in a bridge and including a positive output end for each of phases; characterised by a dc high speed vacuum circuit breaker (30, 30A, 30B) including a main contact (30a, 30b, 30c) for each of the phases, each of the main contacts including a first end to be connected with the positive output end of the rectifier of a corresponding one of the phases and a second end, the second ends of the main contacts of the dc high speed vacuum circuit breaker being connected together to a common connection point (40, 40a, 40b) which is connected with a load (50, 220).
A high-voltage intelligent switch AC capacitor, comprising a high-voltage intelligent switch and a high-voltage AC capacitor, characterized in that the high-voltage intelligent switch and the high-voltage AC capacitor are integrally formed of a plurality of intelligent switch capacitor units connected in series, and have a control end (c) for controlling the high-voltage intelligent switch; each of the plurality of the intelligent switch capacitor units are composed of an intelligent switch control module, a relay switch, and an AC capacitor, wherein contacts of the relay switch are connected with the AC capacitor in series, and the intelligent switch control module is connected to both ends of a series circuit of the contacts of the relay switch and the AC capacitor.
A method for monitoring data traffic congestion of an access point, the method comprising: determining a computing device group including a plurality of computing devices communicatively coupled to each other over a network via the access point; selecting a sink computing device from the plurality of computing devices of the computing device group; establishing a current data rate and a peak data rate for data transmissions from a source computing device to at least one computing device of the computing device group via the wireless access point; determining (312; 408) a round-trip-time value for an internet control message protocol, ICMP, packet transmitted to the sink computing device; in response to the round-trip-time value being less than a first threshold value, increasing (316; 412) the current data rate and setting (318; 414) the peak data rate to the current data rate, and in response to the round-trip-time value being greater than a second threshold value, decreasing (320; 424) the peak data rate and decreasing (322; 426) the current data rate based on the peak data rate, wherein decreasing the current data rate comprises: determining a new midpoint data rate value equal to half of the sum of the peak data rate and a previously determined midpoint data rate value, wherein the midpoint data rate is initially set to an initial value; and setting the current data rate of the source computing device to the determined midpoint data rate value. determining a computing device group including a plurality of computing devices communicatively coupled to each other over a network via the access point; selecting a sink computing device from the plurality of computing devices of the computing device group; establishing a current data rate and a peak data rate for data transmissions from a source computing device to at least one computing device of the computing device group via the wireless access point; determining (312; 408) a round-trip-time value for an internet control message protocol, ICMP, packet transmitted to the sink computing device; in response to the round-trip-time value being less than a first threshold value, increasing (316; 412) the current data rate and setting (318; 414) the peak data rate to the current data rate, and in response to the round-trip-time value being greater than a second threshold value, decreasing (320; 424) the peak data rate and decreasing (322; 426) the current data rate based on the peak data rate, wherein decreasing the current data rate comprises: determining a new midpoint data rate value equal to half of the sum of the peak data rate and a previously determined midpoint data rate value, wherein the midpoint data rate is initially set to an initial value; and setting the current data rate of the source computing device to the determined midpoint data rate value. determining a new midpoint data rate value equal to half of the sum of the peak data rate and a previously determined midpoint data rate value, wherein the midpoint data rate is initially set to an initial value; and setting the current data rate of the source computing device to the determined midpoint data rate value.
An inhibitor of phosphatase activity of soluble epoxide hydrolase for use in a method of treating cardiovascular calcification in a subject in need thereof wherein the inhibitor of phosphatase activity of soluble epoxide hydrolase is N-acetyl-S-farnesyl-L-cysteine.
Device for filling a container with a sterilised filling product, preferably for filling a beverage container with a sterilised beverage in a beverage container filling facility, said device comprising a sterilisation device for sterilising the filling product, a sterile tank for buffered receiving of the filling product sterilised in the sterilisation device, and a filling device with a filling valve for filling the container to be filled, wherein the filling valve is a proportional valve for controlling and/or regulating the flow of filling product into the container to be filled, characterised in that the proportional valve is connected to the sterile tank in a buffer-free manner, and the sterile tank is the only buffer device in the device.
A communications module for a door station, comprising: a connection interface for communications with at least one door station (100, 110) in accordance with a door station communication protocol, a network interface for communications via a network in accordance with a network communication protocol, and a controller coupling the network interface and the connection interface, wherein the controller is configured to set or change the door station communications protocol of the connection interface. a connection interface for communications with at least one door station (100, 110) in accordance with a door station communication protocol, a network interface for communications via a network in accordance with a network communication protocol, and a controller coupling the network interface and the connection interface, wherein the controller is configured to set or change the door station communications protocol of the connection interface.
A wind turbine blade comprising an airfoil profile body 50 having a pressure side and a suction side, and a leading edge and a trailing edge with a chord length extending there between, the blade having a tip end and a root end, the wind turbine blade being defined in a XYZ coordinate system having a X-axis parallel to the chord length in the direction from the trailing towards the leading edge, a Y-axis perpendicular to the X-axis and in the direction from the pressure side to the suction side and a Z-axis perpendicular to an XY plane and in the longitudinal direction of the blade from the root end to the tip end, the wind turbine blade further comprising: at least one tip communication device located towards said tip end, at least one root communication device located towards said root end, said at least one root communication device being in wireless radio communication with said at least one tip communication device via a wireless communication path, to monitor the distance between said at least one tip communication device and said at least one root communication device to determine a movement of said at least one tip communication device relative to said at least one root communication device indicative of a blade deflection, wherein said at least one tip- and at least one root communication devices comprise antennas polarized substantially along the Y-axis of the XYZ coordinate system. at least one tip communication device located towards said tip end, at least one root communication device located towards said root end, said at least one root communication device being in wireless radio communication with said at least one tip communication device via a wireless communication path, to monitor the distance between said at least one tip communication device and said at least one root communication device to determine a movement of said at least one tip communication device relative to said at least one root communication device indicative of a blade deflection, wherein
An image sensor comprising: a plurality of red pixel groups each including a first red pixel and a second red pixel each configured to sense a red color, the first red pixel and the second red pixel being adjacent to each other in a first direction and sharing a single microlens with each other; a plurality of green pixel groups each including a first green pixel and a second green pixel each configured to sense a green color, the first green pixel and the second green pixel being adjacent to each other in the first direction and sharing a single microlens with each other; a plurality of blue pixel groups each including a first blue pixel and a second blue pixel each configured to sense a blue color, the first blue pixel and the second blue pixel being adjacent to each other in the first direction and sharing a single microlens with each other; and at least one color pixel group (GC, GM, GY) including a first color pixel (PXC1, PXM1, PXY1) and a second color pixel (PXC2, PXM2, PXY2) each configured to sense a certain color, the first color pixel (PXC1, PXM1, PXY1) and the second color pixel (PXC2, PXM2, PXY2) being adjacent to each other in a second direction and sharing a single microlens with each other, the first direction being perpendicular to the second direction; the certain color is different from the red color, the blue color, and the green color; and the at least one color pixel group (GC, GM, GY) is between one of the red pixel groups and one of the green pixel groups, and between one of the green pixel groups and one of the blue pixel groups. a plurality of red pixel groups each including a first red pixel and a second red pixel each configured to sense a red color, the first red pixel and the second red pixel being adjacent to each other in a first direction and sharing a single microlens with each other; a plurality of green pixel groups each including a first green pixel and a second green pixel each configured to sense a green color, the first green pixel and the second green pixel being adjacent to each other in the first direction and sharing a single microlens with each other; a plurality of blue pixel groups each including a first blue pixel and a second blue pixel each configured to sense a blue color, the first blue pixel and the second blue pixel being adjacent to each other in the first direction and sharing a single microlens with each other; and at least one color pixel group (GC, GM, GY) including a first color pixel (PXC1, PXM1, PXY1) and a second color pixel (PXC2, PXM2, PXY2) each configured to sense a certain color, the first color pixel (PXC1, PXM1, PXY1) and the second color pixel (PXC2, PXM2, PXY2) being adjacent to each other in a second direction and sharing a single microlens with each other, the first direction being perpendicular to the second direction; the certain color is different from the red color, the blue color, and the green color; and the at least one color pixel group (GC, GM, GY) is between one of the red pixel groups and one of the green pixel groups, and between one of the green pixel groups and one of the blue pixel groups.