mhurhangee/ep-ind-claims huggingface dataset:
A system for a gas turbine engine, comprising: a gear train with an axial centerline; and a gutter disposed radially outside of the axial centerline, the gutter at least partially circumscribing the gear train, and including an inner surface; and a channel configured to receive fluid directed out of the gear train, the channel extending radially into the gutter from the inner surface to a channel end, and circumferentially to a channel outlet (58, 58'); characterised in that at least a portion of the channel has a cross-sectional channel geometry that tapers axially as the channel extends radially towards the channel end; and in that the channel outlet (58, 58') has a triangular cross-sectional geometry a gear train with an axial centerline; and a gutter disposed radially outside of the axial centerline, the gutter at least partially circumscribing the gear train, and including an inner surface; and a channel configured to receive fluid directed out of the gear train, the channel extending radially into the gutter from the inner surface to a channel end, and circumferentially to a channel outlet (58, 58'); characterised in that an inner surface; and a channel configured to receive fluid directed out of the gear train, the channel extending radially into the gutter from the inner surface to a channel end, and circumferentially to a channel outlet (58, 58'); characterised in that at least a portion of the channel has a cross-sectional channel geometry that tapers axially as the channel extends radially towards the channel end; and in that the channel outlet (58, 58') has a triangular cross-sectional geometry
A smartphone comprising: a cover layer; a LCD panel which is located under the cover layer and comprises a liquid crystal layer, a first glass layer and a second glass layer between which the liquid crystal layer is placed, wherein touch electrodes which are configured to sense touch in a capacitive manner are located between the first glass layer and the second glass layer; a backlight unit which is located under the LCD panel; a pressure electrode which is located under the backlight unit; and a substrate which is located under the pressure electrode to block electrical noise from a display module comprising the LCD panel and the backlight unit, wherein the touch electrodes comprise a plurality of drive electrodes and a plurality of receiving electrodes, wherein a drive signal is applied to the drive electrodes and a touch position is detected by a sensing signal which is outputted from the receiving electrodes, wherein a magnitude of a touch pressure is detected based on a change amount of capacitance outputted from the pressure electrode, wherein a reference potential layer is located within the display module, and wherein the capacitance is changed according to a distance between the pressure electrode and the reference potential layer. a cover layer; a LCD panel which is located under the cover layer and comprises a liquid crystal layer, a first glass layer and a second glass layer between which the liquid crystal layer is placed, wherein touch electrodes which are configured to sense touch in a capacitive manner are located between the first glass layer and the second glass layer; a backlight unit which is located under the LCD panel; a pressure electrode which is located under the backlight unit; and a substrate which is located under the pressure electrode to block electrical noise from a display module comprising the LCD panel and the backlight unit, wherein the touch electrodes comprise a plurality of drive electrodes and a plurality of receiving electrodes, wherein a drive signal is applied to the drive electrodes and a touch position is detected by a sensing signal which is outputted from the receiving electrodes, wherein a magnitude of a touch pressure is detected based on a change amount of capacitance outputted from the pressure electrode, wherein a reference potential layer is located within the display module, and wherein the capacitance is changed according to a distance between the pressure electrode and the reference potential layer. wherein the touch electrodes comprise a plurality of drive electrodes and a plurality of receiving electrodes, wherein a drive signal is applied to the drive electrodes and a touch position is detected by a sensing signal which is outputted from the receiving electrodes, wherein a magnitude of a touch pressure is detected based on a change amount of capacitance outputted from the pressure electrode, wherein a reference potential layer is located within the display module, and wherein the capacitance is changed according to a distance between the pressure electrode and the reference potential layer.
A transmission with housing, wherein the housing has an upper housing part and a lower housing part between which a plane is arranged, wherein the upper housing part is placed on the lower housing part, wherein the upper housing part is arranged on a first side of the plane and the lower housing part on the other side of the plane, wherein the upper housing part is shell-shaped, wherein the upper housing part has a top wall which at least in part delimits the interior of the transmission, characterised in that at least one oil-conducting rib structure is arranged on the top wall, which structure is formed as an elevation or indentation, and in that a rib portion of the respective oil-conducting rib structure extends from a region of the top wall with a first amount of inclination to the plane to a region of the top wall with a second amount of inclination to the plane, the second amount being greater than the first amount.
An absorbent article having a longitudinal direction, a longitudinal center line extending along said longitudinal direction, and a lateral direction, said absorbent article comprising a first body portion, a second body portion and a crotch portion located between said first body portion and said second body portion, at least one of said first body portion or said second body portion comprises at least one side panel (112, 114, 116, 118) or is adapted to be provided with at least one side panel (112, 114, 116,118), said at least one side panel (112, 114, 116, 118) comprising at least one multilayered portion, said at least one multilayered portion comprising at least a first layer and a second layer, said at least one multilayered portion comprising a first surface and a second surface, said at least one multilayered portion being obtained by folding said side panel (112, 114, 116, 118), said first layer and said second layer of said at least one multilayered portion being connected to each other and at least part of said first surface of said at least one multilayered portion being provided with surface protrusions, said surface protrusions being integrally made of material of said first layer and said second layer of said at least one multilayered portion, wherein said at least one multilayered portion is subjected to a softening and forming operation to simultaneously connect said first layer and said second layer of said at least one multilayered portion and to provide said at least one multilayered portion with said surface protrusions.
A disc rotor machine for a motor vehicle drive, having a disk-shaped stator which has a plurality of core segments distributed in a circumferential direction and rigidly connected to one another via at least one retaining ring (3, 4), and a plurality of coil windings each extending around a core segment, a rotor which is rotatably mounted relative to the stator and which has a first rotor disc arranged next to the stator towards a first axial side and a second rotor disc arranged next to the stator towards a second axial side opposite the first axial side, wherein the rotor discs (8, 9) can be driven by a plurality of coils of the stator which are distributed in a circumferential direction and comprise the core segments and coil windings, and having a cooling device which cools the coils during operation, characterised in that the stator has a carrier wheel which receives the coil windings and is connected to the at least one retaining ring (3, 4), the carrier wheel forms a cooling channel section of the cooling device which directly accommodates at least one of the coil windings, the at least one of the coil windings is arranged in a partial cavity formed directly by two adjacent hollow spokes (17a, 17b) of the carrier wheel, and the cooling channel section is formed directly by the partial cavity accommodating the at least one coil winding, which runs in a radial plane arranged perpendicular to a central axis of rotation. a disk-shaped stator which has a plurality of core segments distributed in a circumferential direction and rigidly connected to one another via at least one retaining ring (3, 4), and a plurality of coil windings each extending around a core segment, a rotor which is rotatably mounted relative to the stator and which has a first rotor disc arranged next to the stator towards a first axial side and a second rotor disc arranged next to the stator towards a second axial side opposite the first axial side, wherein the rotor discs (8, 9) can be driven by a plurality of coils of the stator which are distributed in a circumferential direction and comprise the core segments and coil windings, and having a cooling device which cools the coils during operation, characterised in that the stator has a carrier wheel which receives the coil windings and is connected to the at least one retaining ring (3, 4), the carrier wheel forms a cooling channel section of the cooling device which directly accommodates at least one of the coil windings, the at least one of the coil windings is arranged in a partial cavity formed directly by two adjacent hollow spokes (17a, 17b) of the carrier wheel, and the cooling channel section is formed directly by the partial cavity accommodating the at least one coil winding, which runs in a radial plane arranged perpendicular to a central axis of rotation.
Sensor device for a motor vehicle, having a housing, in which a sensor element is accommodated, and having a translucent disk element covering an opening in the housing, by means of which measured values of an environment of the sensor device can be determined by means of the sensor element, characterised in that the disk element is arranged on the housing to facilitate a movement relative to the housing through the interposition of a flexible and deformable compensating element.
A bearing (100; 500), comprising: an inner ring (110; 510) including a forward shoulder and an axially opposite aft shoulder, the inner ring having a first inner ring surface (111; 511) radially opposite a second inner ring surface (112; 512); and a bearing cage having a first bearing cage surface radially opposite a second bearing cage surface, wherein the second bearing cage surface is configured to engage with the first inner ring surface of each shoulder, wherein the first inner ring surface of each shoulder comprises an out of round shape having one or more peaks and one or more valleys relative to a radial centerpoint of the bearing; and the first inner ring surface of each shoulder proximate the one or more peaks is a first distance from the second bearing cage surface and the first inner ring surface of each shoulder proximate the one or more valleys is a second distance from the second bearing cage surface, wherein the second distance is greater than the first distance. an inner ring (110; 510) including a forward shoulder and an axially opposite aft shoulder, the inner ring having a first inner ring surface (111; 511) radially opposite a second inner ring surface (112; 512); and a bearing cage having a first bearing cage surface radially opposite a second bearing cage surface, wherein the second bearing cage surface is configured to engage with the first inner ring surface of each shoulder, wherein the first inner ring surface of each shoulder comprises an out of round shape having one or more peaks and one or more valleys relative to a radial centerpoint of the bearing; and the first inner ring surface of each shoulder proximate the one or more peaks is a first distance from the second bearing cage surface and the first inner ring surface of each shoulder proximate the one or more valleys is a second distance from the second bearing cage surface, wherein the second distance is greater than the first distance.
A compression bar system for a braced façade structure, including at least one compression bar; and including connecting elements for traction members and the like, which elements are disposed at the compression bar, wherein each connecting element is formed as a prefabricated component, which can be releasably connected to the compression bar, characterized in that each connecting element includes a hollow pot-shaped base body, in the bottom thereof a through-opening for the passage of a connecting rod being provided, and in that the pot-shaped base body, in the area of its bottom, includes a stepped shoulder, onto which the compression bar is fittable in such a way that the compression bar with its frontal side bears against the base body, and in that the pot-shaped base body includes a peripheral wall, which on its inside is provided with a thread into which an attaching element is screwed for affixing to a building structure.
Method for transmitting telegrams (T1,..., Tn) via a shared medium in a network, wherein the network has a control device (CTRL), a master level, the shared medium, a slave level and terminals (DEV10,..., DEVnm), wherein an access to the shared medium is carried out via master- and/or slave-side modems (MM1,..., MMn; SM1,..., SMN) in each case, wherein the control device (CTRL) communicates with the terminals (DEV10,..., DEVnm) via the shared medium, wherein at least one master- and/or slave-side traffic manager (MTM1,..., MTMn; STM1,..., STMn) makes telegrams (T1,..., Tn) available to the master- and/or slave-side modems (MM1,.., MMn; SM1,..., SMn) characterised in that the master- and/or slave-side traffic managers (MTM1,..., MTMn; STM1,..., STMn) • have knowledge of the structure of relevant parts of the network, • compile the telegrams (T1,..., Tn) into groups of telegrams (T1,..., Tn) and form the groups of telegrams (T1,..., Tn) on the basis of information with respect to the modems (MM1,..., MMn; SM1,..., SMn) and/or terminals (DEV10,..., DEVnm) which can be reached via the respective traffic manager (MTM1,..., MTMn; STM1,..., STMn). • have knowledge of the structure of relevant parts of the network, • compile the telegrams (T1,..., Tn) into groups of telegrams (T1,..., Tn) and
A bar unloading apparatus of the revolver type, comprising: - a longitudinal rotor divided into at least three longitudinal stretches (11, 12, 13) integral with one another and adapted to rotate about a longitudinal rotation axis, on the outer longitudinal surfaces of which there is provided a plurality of longitudinal channels (A, B, C, D), extending on the at least three stretches over the whole longitudinal extension of the rotor and parallel to said longitudinal axis, to receive respective longitudinal bars, - and at least one braking device for braking the longitudinal bars entering in at least one of the longitudinal channels (A, B, C, D), wherein the at least one braking device is integrated in at least one first stretch of said at least three longitudinal stretches (11, 12, 13), characterized in that the at least one breaking device is rotationally fixed to the longitudinal rotor and is provided with braking elements in each of said longitudinal channels (A, B, C, D) so that said at least one braking device can rotate together with the longitudinal rotor and brake the longitudinal bars even during a rotation of the longitudinal rotor. - a longitudinal rotor divided into at least three longitudinal stretches (11, 12, 13) integral with one another and adapted to rotate about a longitudinal rotation axis, on the outer longitudinal surfaces of which there is provided a plurality of longitudinal channels (A, B, C, D), extending on the at least three stretches over the whole longitudinal extension of the rotor and parallel to said longitudinal axis, to receive respective longitudinal bars, - and at least one braking device for braking the longitudinal bars entering in at least one of the longitudinal channels (A, B, C, D),
Battery module having a plurality of battery cells, in particular lithium ion battery cells, comprising a plurality of partition walls, wherein a battery cell is arranged between two partition walls and a first compensating element is arranged between a first battery cell and a partition wall that is adjacent to the first battery cell, and a second compensating element is arranged between a second battery cell and a partition wall that is adjacent to the second battery cell, characterized in that the first compensating element and the second compensating element comprise a different value of a deformation constant, wherein the battery module comprises a plurality of compensating elements, wherein the battery module comprises in a longitudinal direction a first region and a second region, characterized in that the values of the deformation constants of the compensating elements decrease in the first region in the longitudinal direction of the battery module and/or increase in the second region in the longitudinal direction of the battery module.
Device for compensating imperfections at a coherent optical receiver, the device being configured to: obtain a receive signal from the receiver; adapt a first equalizer based on a target output for the first equalizer; compensate the receive signal with the first equalizer, in order to compensate imperfections caused by the receiver; and compensate the receive signal further with a second equalizer, in order to compensate imperfections caused by a link between a transmitter and the receiver; wherein the device is characterized by being configured to: estimate a channel response based on a configuration of the second equalizer; extract a transfer function of the link from the channel response; and calculate the target output for the first equalizer based on the transfer function and based on bit decisions obtained from the receive signal. obtain a receive signal from the receiver; adapt a first equalizer based on a target output for the first equalizer; compensate the receive signal with the first equalizer, in order to compensate imperfections caused by the receiver; and compensate the receive signal further with a second equalizer, in order to compensate imperfections caused by a link between a transmitter and the receiver; wherein the device is characterized by being configured to: estimate a channel response based on a configuration of the second equalizer; extract a transfer function of the link from the channel response; and calculate the target output for the first equalizer based on the transfer function and based on bit decisions obtained from the receive signal. estimate a channel response based on a configuration of the second equalizer; extract a transfer function of the link from the channel response; and calculate the target output for the first equalizer based on the transfer function and based on bit decisions obtained from the receive signal.
A method of predicting the onset of opioid-related neonatal abstinence syndrome comprising testing an ex vivo biological sample taken from a neonate for the presence or absence of single nucleotide polymorphisms selected from rs3745274G>T and/or rs2279343A>G.
A safety valve assembly (1; 1'; 1") for connection to a fluid supply line, comprising: i) a valve unit (3; 3"), having a first end and a second end defining an axis therebetween, said valve unit comprising a valve (15; 15") between said first and second ends; and ii) a connection fitting (5; 5'; 5") for fluidly connecting the first end of the valve unit to the fluid supply line, the connection fitting comprising: a) a first tubular member (17, 17'; 17") fittable to, or integral with, the first end of the valve unit, b) a second tubular member (27; 27'; 55) adapted for receiving the fluid supply line, and c) a pair of washers (33, 35; 33', 35'; 33", 35") locatable between said first and second tubular members so as to maintain the first tubular member in a non-contacting arrangement relative to the second tubular member to restrict relative movement therebetween; wherein one of the first and second tubular members is locatable within the other tubular member, wherein each washer in the pair of washers is positioned in an axially spaced relationship relative to the other washer, and wherein each washer is composed of an electrically insulating, thermally resistant material, thereby enabling electrical isolation of the first and second tubular members (17, 27; 17', 27'; 17", 55) from one another and wherein the electrically insulating, thermally resistant material is a ceramic material. i) a valve unit (3; 3"), having a first end and a second end defining an axis therebetween, said valve unit comprising a valve (15; 15") between said first and second ends; and ii) a connection fitting (5; 5'; 5") for fluidly connecting the first end of the valve unit to the fluid supply line, the connection fitting comprising: a) a first tubular member (17, 17'; 17") fittable to, or integral with, the first end of the valve unit, b) a second tubular member (27; 27'; 55) adapted for receiving the fluid supply line, and c) a pair of washers (33, 35; 33', 35'; 33", 35") locatable between said first and second tubular members so as to maintain the first tubular member in a non-contacting arrangement relative to the second tubular member to restrict relative movement therebetween; wherein one of the first and second tubular members is locatable within the other tubular member, wherein each washer in the pair of washers is positioned in an axially spaced relationship relative to the other washer, and wherein each washer is composed of an electrically insulating, thermally resistant material, thereby enabling electrical isolation of the first and second tubular members (17, 27; 17', 27'; 17", 55) from one another and wherein the electrically insulating, thermally resistant material is a ceramic material. a) a first tubular member (17, 17'; 17") fittable to, or integral with, the first end of the valve unit, b) a second tubular member (27; 27'; 55) adapted for receiving the fluid supply line, and c) a pair of washers (33, 35; 33', 35'; 33", 35") locatable between said first and second tubular members so as to maintain the first tubular member in a non-contacting arrangement relative to the second tubular member to restrict relative movement therebetween;
A cross-shaped ultrasound transducer matrix array for an ultrasound probe, comprising a cross-shaped over-all ultrasound transducer area comprising: a center region comprising a matrix array of ultrasound transducers elements, wherein the center region has four edges, and four branch regions each comprising a matrix array of ultrasound transducers elements, wherein each branch region extends from one of the edges of the center region and wherein each branch region is curved around an axis parallel to the edge of the center region from which the respective branch region extends, characterized in that the matrix arrays of each of the center region and the branch regions are two-dimensional matrix arrays comprising transducer elements arranged in a plurality of rows and a plurality of columns. a center region comprising a matrix array of ultrasound transducers elements, wherein the center region has four edges, and four branch regions each comprising a matrix array of ultrasound transducers elements, wherein each branch region extends from one of the edges of the center region and wherein each branch region is curved around an axis parallel to the edge of the center region from which the respective branch region extends, characterized in that the matrix arrays of each of the center region and the branch regions are two-dimensional matrix arrays comprising transducer elements arranged in a plurality of rows and a plurality of columns.