mhurhangee/ep-ind-claims huggingface dataset:
Supporting bearing of a vibration damper or a damper/spring unit in the wheel suspension system of a vehicle with a supporting bearing flange which is supported on and fastened in a non-positive manner to a vehicle body structure of the vehicle, which supporting bearing flange engages around an annular elastomer element, in which an element of the damper and, in particular, its piston rod is suspended, the supporting bearing flange penetrating a passage opening in the vehicle body structure with a circular collar which forms a hollow cylinder, the cylinder axis of which coincides at least approximately with the longitudinal axis of the vibration damper, to such an extent that a supporting bearing nut or a supporting bearing cover which is designed in the manner of a union nut can be screwed and is screwed onto a thread which is provided on the outer wall of the said collar, which supporting bearing nut or supporting bearing cover pulls the supporting bearing flange towards the vehicle body structure in a manner which is supported ultimately on the vehicle body structure, with the result that an edge ring section of the vehicle body, which edge ring section surrounds the passage opening, is clamped in between the supporting bearing flange and the supporting bearing nut or the supporting bearing cover, characterized in that a measure for increasing the prestressing force in the threaded connection between the supporting bearing nut and the collar is provided, which measure goes beyond the design of the supporting bearing nut and the thread, for which purpose the collar has a shape which increases its elasticity in the direction of the longitudinal axis of the thread, with the result that the collar of the supporting bearing flange can be elastically deformed slightly as viewed in the direction of the longitudinal axis of the said thread.
An ultrasound wand comprising: a probe having a housing and a proximal end and a distal end; and a handle operatively coupled to the probe, such that the probe rotates about a longitudinal axis of the handle, wherein the housing of the probe defines a channel configured to accept a biopsy needle, the channel being defined by the housing to have an oblique path through the probe, the probe comprises a needle guide disposed adjacent to the channel, and a lateral fire sensor is positioned within the housing of the probe, characterised in that the handle includes a first motor to rotate the probe about the longitudinal axis of the handle and a second motor is operatively coupled to the needle guide to pivot the biopsy needle within the channel. a probe having a housing and a proximal end and a distal end; and a handle operatively coupled to the probe, such that the probe rotates about a longitudinal axis of the handle, wherein the housing of the probe defines a channel configured to accept a biopsy needle, the channel being defined by the housing to have an oblique path through the probe, the probe comprises a needle guide disposed adjacent to the channel, and a lateral fire sensor is positioned within the housing of the probe, characterised in that the handle includes a first motor to rotate the probe about the longitudinal axis of the handle and a second motor is operatively coupled to the needle guide to pivot the biopsy needle within the channel.
A composition comprising: a nanoscale core comprised of a metal or metal alloy; a plurality of capping agent entities associated on the nanoscale core, wherein the capping agent entities are selected from the group consisting of citrate, citric acid, ascorbic acid, ascorbate, palmitoylascorbate, and combinations thereof; an outer silica encapsulant layer; and a plurality of SE RS-active agent dopant entities distributed at locations selected from the group consisting of: on the nanoscale core, on or between capping agent entities, and combinations thereof, wherein the composition is substantially free of a surface primer and characterized in that when embedded in 1% agarose in well-plates and imaged, the composition has a detection threshold of or below 20 fM for Raman imaging. a nanoscale core comprised of a metal or metal alloy; a plurality of capping agent entities associated on the nanoscale core, wherein the capping agent entities are selected from the group consisting of citrate, citric acid, ascorbic acid, ascorbate, palmitoylascorbate, and combinations thereof; an outer silica encapsulant layer; and a plurality of SE RS-active agent dopant entities distributed at locations selected from the group consisting of: on the nanoscale core, on or between capping agent entities, and combinations thereof, wherein the composition is substantially free of a surface primer and characterized in that when embedded in 1% agarose in well-plates and imaged, the composition has a detection threshold of or below 20 fM for Raman imaging.
Apparatus for manufacturing bristle fields having bristles, with a retaining device for a bristle holder having at least one bristle mount, and with a device for introducing the bristles into the at least one bristle mount, wherein the device for introducing the bristles has a transport means in order to transport the bristles to the at least one bristle mount, wherein the transport means has a plurality of stacked bearers (6, 6', 6") in which respectively at least one opening (7, 7') is provided, wherein the openings (7, 7') of the stacked bearers form at least one continuous transport channel through which the bristles can be transported with a stream of gas to the at least one bristle mount, wherein a wall of the transport channel has discontinuities in a longitudinal direction of the transport channel which are provided in that the wall of the transport channel is rough and has a mean roughness depth Rz of between 1.6 μm and 50 μm.
A computer-implemented method comprising: providing well data from a well in a subsurface region that comprises a reflector (314, 1402, 1602); providing seismic data for the subsurface region; decomposing at least a portion of the seismic data using principal component analysis to generate principal components; selecting one of the principal components based at least in part on the well data (1444, 1643); applying auto tracking to data of the selected principal component (1494, 1694); and outputting output data based at least in part on the auto tracking (1496, 1696). providing well data from a well in a subsurface region that comprises a reflector (314, 1402, 1602); providing seismic data for the subsurface region; decomposing at least a portion of the seismic data using principal component analysis to generate principal components; selecting one of the principal components based at least in part on the well data (1444, 1643); applying auto tracking to data of the selected principal component (1494, 1694); and outputting output data based at least in part on the auto tracking (1496, 1696).
A cosmetic composition containing a pigment, a resin and a solvent, wherein the pigment comprises a pearlescent pigment prepared by coating a vegetable natural pigment on a matrix, so that the cosmetic composition is capable of exhibiting various colors.
A method of communicating in a wireless network, comprising: transmitting, at an access point, a full beacon at a first multiple of a beacon interval; transmitting a compressed beacon at each beacon interval that is not the first multiple of the beacon interval; and characterised by communicating the first multiple, comprising a full beacon period, in a full beacon frame or in a probe response frame. transmitting, at an access point, a full beacon at a first multiple of a beacon interval; transmitting a compressed beacon at each beacon interval that is not the first multiple of the beacon interval; and characterised by communicating the first multiple, comprising a full beacon period, in a full beacon frame or in a probe response frame.
Tyre attachment valve device as a connecting element between a filling tube of a puncture repair kit and a tyre valve of a vehicle tyre, wherein the tyre attachment valve device has a main body with an inlet opening and an outlet opening, wherein an opening comprises at least one thread via which the tyre attachment valve device can be connected to the tyre valve, and the tyre attachment valve device has a discharge valve for regulating the air, wherein the tyre attachment valve device has at least one closing element which is arranged in the housing, wherein the tyre attachment valve device only opens when it is connected to a car tyre valve, characterized in that the main body, the thread and the closing element are formed as one component, wherein the thread comprises plastic.
A navigation system comprising: a system control configured to combine correlation results from the correlation engine over a period of time to determine at least one characteristic of the received signal; a correlation engine configured to despread a received signal, the correlation engine being adapted to receive a set of at least one parameter defining a replica signal and to return a correlation result representing the similarity of the received signal to the replica signal, the correlation engine comprising: a correlator configured to evaluate the received signal against a replica signal, generated according to the set of at least one parameter, to produce a correlation result; a packet encoder configured to produce a packet comprising a destination address, a source address, and the correlation result; and a packet decoder adapted to extract data from a configuration packet, the extracted data including the set of parameters defining replica signals; an input/output interface adapted to receive the configuration packet from the system control and configured to provide the packet to the system control in the navigation system. a system control configured to combine correlation results from the correlation engine over a period of time to determine at least one characteristic of the received signal; a correlation engine configured to despread a received signal, the correlation engine being adapted to receive a set of at least one parameter defining a replica signal and to return a correlation result representing the similarity of the received signal to the replica signal, the correlation engine comprising: a correlator configured to evaluate the received signal against a replica signal, generated according to the set of at least one parameter, to produce a correlation result; a packet encoder configured to produce a packet comprising a destination address, a source address, and the correlation result; and a packet decoder adapted to extract data from a configuration packet, the extracted data including the set of parameters defining replica signals; an input/output interface adapted to receive the configuration packet from the system control and configured to provide the packet to the system control in the navigation system. a correlator configured to evaluate the received signal against a replica signal, generated according to the set of at least one parameter, to produce a correlation result; a packet encoder configured to produce a packet comprising a destination address, a source address, and the correlation result; and a packet decoder adapted to extract data from a configuration packet, the extracted data including the set of parameters defining replica signals; an input/output interface adapted to receive the configuration packet from the system control and configured to provide the packet to the system control in the navigation system.
A feed ingredient comprising at least 20% by weight Clostridium tyrobutyricum, wherein said Clostridium tyrobutyricum comprises at least 70% of dry weight crude protein and optionally at least 7% of dry weight lysine and/or at least 1% of dry weight methionine.
Method of installing an exhaust gas scrubber system of a power plant in a marine vessel, the method comprising providing an exhaust gas scrubber system comprising a scrubber vessel module and a scrubbing liquid processing module, fluidly connecting the scrubbing liquid processing module to marine vessel accessory, fluidly connecting the scrubber vessel module to the scrubbing liquid processing module and to a flue of the marine vessel, attaching the scrubbing liquid processing module on a deck of the marine vessel, characterized by attaching the scrubbing liquid processing module on a deck of the marine vessel by a first support framework of the scrubbing liquid processing module, laying the scrubber vessel module on the first support frame work of the scrubbing liquid processing module by means of a second support frame work and attaching the modules (12, 14) with each other such that the second support framework is supported by the first support framework, which first support framework is configured to bear support forces required to support the scrubber vessel module on the first support framework, and the first support framework is provided with a set of first connector parts at its top part and the second support framework is provided with a set of second connector parts at its bottom part, and the set of the first connector parts are compatible with the set of the second connector parts to lock the scrubber vessel module onto the scrubbing liquid processing module by releasable connection between the set of the first connector parts and the set of the second connector parts.
An apparatus (100; 910; 920; 930; 960) for wirelessly transferring power for charging or consumption purposes, comprising: a transmitting device (104; 200; 520) comprising at least one of an equipment and a household appliance for use in a wireless power transfer system; the transmitting device, comprising: a transmit antenna (114; 204; 710 A-D; 912; 922; 932; 942; 952) to inductively transfer power to a receive antenna by generating a near field radiation at a resonant frequency within a coupling-mode region (510, 510'); an amplifier (124; 210) for applying an RF signal to the transmit antenna (114; 204; 710 A-D; 912; 922; 932; 942; 952); a presence detector for detecting a presence of a receiver device within the coupling-mode region (510, 510') and generating a presence signal; and a controller operably coupled to the presence detector and the amplifier (124; 210), the controller for adjusting a power output of the amplifier (124; 210) responsive to the presence signal, the controller being further configured to subsequently detect a presence of a second or more receiver devices within the coupling-mode region and to cause power to be simultaneously transmitted to each of the second or more devices in a time multiplexed manner. a transmit antenna (114; 204; 710 A-D; 912; 922; 932; 942; 952) to inductively transfer power to a receive antenna by generating a near field radiation at a resonant frequency within a coupling-mode region (510, 510'); an amplifier (124; 210) for applying an RF signal to the transmit antenna (114; 204; 710 A-D; 912; 922; 932; 942; 952); a presence detector for detecting a presence of a receiver device within the coupling-mode region (510, 510') and generating a presence signal; and a controller operably coupled to the presence detector and the amplifier (124; 210), the controller for adjusting a power output of the amplifier (124; 210) responsive to the presence signal, the controller being further configured to subsequently detect a presence of a second or more receiver devices within the coupling-mode region and to cause power to be simultaneously transmitted to each of the second or more devices in a time multiplexed manner.
Wear ring for guidance of two machine components (30, 32) which are arranged movably relative to one another along/around a movement axis, the wear ring being formed in one piece from a plastic or a reinforced plastic material and which is slit such that it has two free ends, wherein the wear ring has a front side, a rear side and two flanks (20, 22), wherein the wear ring has a cross-sectional width W, which, with respect to the wear ring's central axis, at least sectionally increases in a radial direction towards the rear side thereof and wherein the wear ring has one or more recesses formed on its front side and on its rear side, characterized in that the recesses of the front side and the recesses of the rear side are spaced from one another in the direction of the central axis of the wear ring and the recesses of each side (16, 18) of the wear ring are arranged spaced apart from one another in the circumferential direction of the wear ring.
A vehicle lower structure comprising: a plurality of spat body portions (32, 40) that are provided side by side on a vehicle front side of a wheel as seen in a vehicle longitudinal direction, are protruded from an underfloor of the vehicle toward a vehicle lower side, and extend in a vehicle width direction, characterized in that at least one of the spat body portions (32, 40) of second and subsequent rows from a vehicle rear side include a guide portion; wherein the guide portion is inclined toward the vehicle rear side and outward in the vehicle width direction to guide a traveling wind, and has a vehicle-width-direction outer end that is arranged more outward in the vehicle width direction than a vehicle-width-direction outer end of the spat body portion that is adjacent to the vehicle rear side. a plurality of spat body portions (32, 40) that are provided side by side on a vehicle front side of a wheel as seen in a vehicle longitudinal direction, are protruded from an underfloor of the vehicle toward a vehicle lower side, and extend in a vehicle width direction, characterized in that at least one of the spat body portions (32, 40) of second and subsequent rows from a vehicle rear side include a guide portion;
A method for monitoring optical performance of a wavelength channel, comprising: generating (S101c), by a node, an amplified spontaneous emission signal by using an optical amplifier; obtaining (S102c), by the node, a noise signal over an operating wavelength from the amplified spontaneous emission signal through filtering by using a tunable optical bandpass filter, wherein the operating wavelength is the wavelength of an unestablished wavelength channel; adjusting (S103c), by the node, optical power of the noise signal over the operating wavelength by using a variable optical attenuator until a condition is satisfied, wherein the condition comprises: that the noise signal over the operating wavelength is detected by a monitoring port of the optical amplifier; amplifying (S104c), by the node by using the optical amplifier, the noise signal adjusted by the variable optical attenuator, and obtaining an optical signal over the operating wavelength; establishing (S105c), by the node, a cross-connection of the unestablished wavelength channel; adjusting (S106c), by the node, optical power of the optical signal over the operating wavelength which is output from the cross-connection by using a further variable optical attenuator until a sending end of the node detects the optical signal, wherein the optical signal over the operating wavelength is sent to the sending end after its optical power is adjusted; and obtaining (S107c), by the node, optical performance of the unestablished wavelength channel by monitoring the optical signal at the sending end. generating (S101c), by a node, an amplified spontaneous emission signal by using an optical amplifier; obtaining (S102c), by the node, a noise signal over an operating wavelength from the amplified spontaneous emission signal through filtering by using a tunable optical bandpass filter, wherein the operating wavelength is the wavelength of an unestablished wavelength channel; adjusting (S103c), by the node, optical power of the noise signal over the operating wavelength by using a variable optical attenuator until a condition is satisfied, wherein the condition comprises: that the noise signal over the operating wavelength is detected by a monitoring port of the optical amplifier; amplifying (S104c), by the node by using the optical amplifier, the noise signal adjusted by the variable optical attenuator, and obtaining an optical signal over the operating wavelength; establishing (S105c), by the node, a cross-connection of the unestablished wavelength channel; adjusting (S106c), by the node, optical power of the optical signal over the operating wavelength which is output from the cross-connection by using a further variable optical attenuator until a sending end of the node detects the optical signal, wherein the optical signal over the operating wavelength is sent to the sending end after its optical power is adjusted; and obtaining (S107c), by the node, optical performance of the unestablished wavelength channel by monitoring the optical signal at the sending end.
Process for the production of a compound of the formula wherein ** marks an asymmetric carbon atom, R 1 is optionally substituted C 1 -C 4 alkyl and R 2 is optionally substituted methyl, characterized in that tetrafluoroethyldimethylamine is reacted with a lactic acid derivative of the formula wherein * marks an asymmetric carbon atom in R- or S-configuration and R 1 and R 2 have the meaning given above, the carbon atom marked ** in formula having inversed configuration in comparison to the corresponding carbon atom marked * in formula, and wherein the reaction is carried out under cooling and dropwise mixing of both educts at temperatures between 0°C and 30°C. ** marks an asymmetric carbon atom, R 1 is optionally substituted C 1 -C 4 alkyl and R 2 is optionally substituted methyl, characterized in that tetrafluoroethyldimethylamine is reacted with a lactic acid derivative of the formula wherein * marks an asymmetric carbon atom in R- or S-configuration and R 1 and R 2 have the meaning given above, the carbon atom marked ** in formula having inversed configuration in comparison to the corresponding carbon atom marked * in formula, and wherein the reaction is carried out under cooling and dropwise mixing of both educts at temperatures between 0°C and 30°C. * marks an asymmetric carbon atom in R- or S-configuration and R 1 and R 2 have the meaning given above, the carbon atom marked ** in formula having inversed configuration in comparison to the corresponding carbon atom marked * in formula, and wherein the reaction is carried out under cooling and dropwise mixing of both educts at temperatures between 0°C and 30°C.