mhurhangee/ep-ind-claims huggingface dataset:
A vibration damping device for a blade of a rotating machine, the device comprising: at least one housing configured to be containable in a cavity formed under a platform of the blade, and to be detachable from the blade; and an attenuation material disposed in a vibration damping space formed inside the housing, characterized in that the housing further includes: a heavy member made of a material higher in density than the attenuation material, and configured to be detachable from the housing. at least one housing configured to be containable in a cavity formed under a platform of the blade, and to be detachable from the blade; and an attenuation material disposed in a vibration damping space formed inside the housing, characterized in that the housing further includes: a heavy member made of a material higher in density than the attenuation material, and configured to be detachable from the housing.
Washing tub unit for a washing machine comprising a) a washing tub having a tub interior and housing a rotatable drum for receiving goods to be washed, b) a draining sump arranged in a lower region of the washing tub, the sump having a sump bottom and a side wall structure surrounding a sump inlet and being connected to the sump bottom, and c) a draining device being in fluid connection with the draining sump for draining washing liquid from the tub interior, d) wherein the draining device comprises a draining conduit and a draining pump, e) characterized in that the draining conduit has a conduit wall structure (17, 87) surrounding an inner chamber of the draining conduit, f) wherein a separating part of the conduit wall structure (17, 87) of the draining conduit forms a part of the side wall structure of the sump and separates the sump from the inner chamber of the draining conduit, g) wherein the inner chamber of the draining conduit is in fluid connection with the sump through at least one sump outlet, which sump outlet is formed as an opening in the separating part of the wall structure (17, 87). a) a washing tub having a tub interior and housing a rotatable drum for receiving goods to be washed, b) a draining sump arranged in a lower region of the washing tub, the sump having a sump bottom and a side wall structure surrounding a sump inlet and being connected to the sump bottom, and c) a draining device being in fluid connection with the draining sump for draining washing liquid from the tub interior, d) wherein the draining device comprises a draining conduit and a draining pump, e) characterized in that the draining conduit has a conduit wall structure (17, 87) surrounding an inner chamber of the draining conduit, f) wherein a separating part of the conduit wall structure (17, 87) of the draining conduit forms a part of the side wall structure of the sump and separates the sump from the inner chamber of the draining conduit, g) wherein the inner chamber of the draining conduit is in fluid connection with the sump through at least one sump outlet, which sump outlet is formed as an opening in the separating part of the wall structure (17, 87).
Vehicle having at the front a bumper cross extending in a cross-direction to the vehicle, a bumper skin, a bumper frame arranged on the side of the bumper skin facing inward of the vehicle, characterized that the frame has a cooperant support interface with a support attached to the crossover, the reinforcement leaning vertically on the support through its maintenance interface, so as to prevent the crossover from moving in the vertical direction of the vehicle and towards the bottom of the vehicle, while leaving the movement of the maintenance interface in a longitudinal direction at vehicle means the support and the maintenance interface having a means of blocking the said maintenance interface following the cross direction. characterized by the means of blocking being formed by two ribs (61, 62) on the support and extending parallel to the longitudinal axis, separated from each other, and I support interface has a protruding in the vertical direction and extending between the ribs (61, 62) following the transverse direction to the vehicle over a distance approximately equal to the spacing between the ribs (61, 62).
A method for targeted application of topical agents to an isolated body part comprising the steps of: (a) capturing an image of the isolated body part; (b) transforming the image data to mathematical model of the geometry of the isolated body part; (c) forming an applicator mask having an applicator surface having a three-dimensional shape corresponding to the isolated body part; (d) forming a releasable membrane on the applicator surface of the applicator mask comprising one or more benefit agents disposed in one or more treatment zones of the applicator, wherein the adhesion of the membrane to the isolated body part is greater than the adhesion of the membrane to the applicator surface; (e) disposing the applicator mask on the isolated body part so that the releasable membrane is in contact with the isolated body part; and (f) removing the applicator mask from the isolated body part while leaving the membrane in contact with the isolated body part. (a) capturing an image of the isolated body part; (b) transforming the image data to mathematical model of the geometry of the isolated body part; (c) forming an applicator mask having an applicator surface having a three-dimensional shape corresponding to the isolated body part; (d) forming a releasable membrane on the applicator surface of the applicator mask comprising one or more benefit agents disposed in one or more treatment zones of the applicator, wherein the adhesion of the membrane to the isolated body part is greater than the adhesion of the membrane to the applicator surface; (e) disposing the applicator mask on the isolated body part so that the releasable membrane is in contact with the isolated body part; and (f) removing the applicator mask from the isolated body part while leaving the membrane in contact with the isolated body part.
A nucleic acid molecule comprising a nucleic acid sequence that confers resistance to inhibition by one or more acetyl-CoA carboxylase herbicides, wherein said sequence comprises: (i) a sequence comprising SEQ ID NO:1 or a sequence at least 95% homologous thereto, which further comprises the nucleotide substitution of guanine substituted with cytosine at position 220 of SEQ ID NO:1; or (ii) an acetyl-CoA carboxylase resistant gene as found in ATCC No. PTA-8033, ATCC No. PYA-8034, or a sequence at least 95% homologous thereto, which further comprises the nucleotide substitution of guanine substituted with cytosine at position 220 of SEQ ID NO:1. (i) a sequence comprising SEQ ID NO:1 or a sequence at least 95% homologous thereto, which further comprises the nucleotide substitution of guanine substituted with cytosine at position 220 of SEQ ID NO:1; or (ii) an acetyl-CoA carboxylase resistant gene as found in ATCC No. PTA-8033, ATCC No. PYA-8034, or a sequence at least 95% homologous thereto, which further comprises the nucleotide substitution of guanine substituted with cytosine at position 220 of SEQ ID NO:1.
Conveying device having a roller module which has a conveying direction and a transverse direction, wherein the transverse direction is aligned so as to be perpendicular to the conveying direction, wherein at least two rotatable conveyor rollers which have in each case at least one conveying circumferential face are provided, wherein the rotation axes of the conveyor rollers are disposed so as to be parallel with the transverse direction, wherein the conveyor rollers in the conveying direction are sequentially disposed, wherein the conveying circumferential faces of the conveyor rollers define a conveying plane, wherein at least one rotatable entrainment roller of which the rotation axis is disposed so as to be parallel with the transverse direction is provided, wherein the at least one entrainment roller is disposed on that side of the at least two conveyor rollers that faces away from the conveying plane, wherein a circumferential face of the at least one entrainment roller is in a rotationally entraining engagement with the conveying circumferential faces of two assigned conveyor rollers, wherein at least two entrainment rollers are provided, characterized in that the conveying device comprises two chain conveyors which have in each case one rotatable deflection wheel, wherein a single timing belt wheel which is capable of being brought into a form-fitting rotational entraining engagement with the two mentioned deflection wheels is provided, wherein said single timing belt wheel is in a form-fitting rotational entraining engagement with one of the two mentioned deflection wheels, wherein a timing belt which wraps the timing belt wheel and an entrainment roller is provided, wherein two entrainment rollers are in each case provided with one timing belt sprocket, wherein one of the two mentioned timing belt sprockets is wrapped by the timing belt.
A sanitary tub with a drainage opening arranged in a recess of the tub base, a drainage fitting connected to the drainage opening and a cover arranged over the drainage opening which has an enamelled upper side as well as a shape adapted to the recess and which on the underside lies directly on the recess of the tub base and/or the drainage fitting, wherein the cover has sections on the underside which form spacer elements and/or form fitting elements, characterised in that the cover is designed as a one-piece, dimensionally stable and enamelled metal component and that the entire surface of the cover has enamelling.
Fitting for actuating a mechanism in a door or in a window, - having a handle mounted on or in a stop body such that it can rotate about an axis of rotation, - wherein the stop body can be fastened to the door or the window, - having a polygon for actuating the mechanism in the door or in the window, - having a coupling element for coupling the handle to the polygon, - and having a blocking device which blocks the actuation of the polygon about the axis of rotation in a blocking position, - wherein the blocking device can be transferred to a release position by axially actuating the handle from a first handle position to a second handle position along the axis of rotation, characterised in that a. in the first handle position, the handle is decoupled from the polygon, b. wherein the blocking device is in the blocking position, and c. in that in the second handle position, the coupling element couples the handle to the polygon and holds the blocking device in the release position. - having a handle mounted on or in a stop body such that it can rotate about an axis of rotation, - wherein the stop body can be fastened to the door or the window, - having a polygon for actuating the mechanism in the door or in the window, - having a coupling element for coupling the handle to the polygon, - and having a blocking device which blocks the actuation of the polygon about the axis of rotation in a blocking position, - wherein the blocking device can be transferred to a release position by axially actuating the handle from a first handle position to a second handle position along the axis of rotation, characterised in that a. in the first handle position, the handle is decoupled from the polygon, b. wherein the blocking device is in the blocking position, and c. in that in the second handle position, the coupling element couples the handle to the polygon and holds the blocking device in the release position. a. in the first handle position, the handle is decoupled from the polygon, b. wherein the blocking device is in the blocking position, and c. in that in the second handle position, the coupling element couples the handle to the polygon and holds the blocking device in the release position.
A method for encoding an original symbol comprising a predefined number of values (S 0 -S N-1), the method comprising: a) determining whether the symbol can be encoded by a codeword of a first codebook, the first codebook including codewords for a plurality of symbols and a predefined codeword indicating that a symbol cannot be encoded by a codeword of the first codebook; b) in case the symbol can be encoded by a codeword of the first codebook, selecting and transmitting the codeword associated with the symbol from the first codebook; and c) in case the symbol cannot be encoded by a codeword of the first codebook: c.1) selecting from the first codebook and transmitting the predefined codeword, and c.2) splitting the symbol into a plurality of first sub-symbols, each of the first sub-symbols comprising a predefined number of values of the original symbol, and selecting and transmitting a codeword for each of the first sub-symbols from a second codebook, wherein the encoded symbol is represented only by the codeword selected in step b) from the first codebook, or by the predefined codeword selected in step c.1) from the first codebook and the plurality of codewords selected in step c.2) from the second codebook. a) determining whether the symbol can be encoded by a codeword of a first codebook, the first codebook including codewords for a plurality of symbols and a predefined codeword indicating that a symbol cannot be encoded by a codeword of the first codebook; b) in case the symbol can be encoded by a codeword of the first codebook, selecting and transmitting the codeword associated with the symbol from the first codebook; and c) in case the symbol cannot be encoded by a codeword of the first codebook: c.1) selecting from the first codebook and transmitting the predefined codeword, and c.2) splitting the symbol into a plurality of first sub-symbols, each of the first sub-symbols comprising a predefined number of values of the original symbol, and selecting and transmitting a codeword for each of the first sub-symbols from a second codebook, wherein the encoded symbol is represented only by the codeword selected in step b) from the first codebook, or by the predefined codeword selected in step c.1) from the first codebook and the plurality of codewords selected in step c.2) from the second codebook. c.1) selecting from the first codebook and transmitting the predefined codeword, and c.2) splitting the symbol into a plurality of first sub-symbols, each of the first sub-symbols comprising a predefined number of values of the original symbol, and selecting and transmitting a codeword for each of the first sub-symbols from a second codebook,
A pipe connecting device for connecting pipes for the transport of low-temperature liquids, comprising: two connecting elements (10, 12) for connecting to a respective pipe end, two bearing elements (16, 18) respectively connected to one of the connecting elements (10, 12) and partially overlapping each other in the longitudinal direction, a bearing arranged between the bearing elements (16, 18), a tubular interior part surrounded by the bearing elements (16, 18), wherein the connecting elements (10, 12) and the interior part define an interior space through which the liquid is supplied, a circumferential groove, open towards the interior space, provided between the interior part and one of the connecting elements (10, 12), in which groove a primary seal is arranged, and a circumferential closed chamber provided between the interior part and one of the connecting elements, in which chamber a secondary seal is arranged, wherein between the chamber and the interior space a pressure compensation takes place, characterized in that the chamber is connected to the interior space via a connecting duct serving as a pressure compensation duct. two connecting elements (10, 12) for connecting to a respective pipe end, two bearing elements (16, 18) respectively connected to one of the connecting elements (10, 12) and partially overlapping each other in the longitudinal direction, a bearing arranged between the bearing elements (16, 18), a tubular interior part surrounded by the bearing elements (16, 18), wherein the connecting elements (10, 12) and the interior part define an interior space through which the liquid is supplied, a circumferential groove, open towards the interior space, provided between the interior part and one of the connecting elements (10, 12), in which groove a primary seal is arranged, and a circumferential closed chamber provided between the interior part and one of the connecting elements, in which chamber a secondary seal is arranged, wherein between the chamber and the interior space a pressure compensation takes place, characterized in that the chamber is connected to the interior space via a connecting duct serving as a pressure compensation duct.
A transgenic rodent genetically modified to have respiratory chain dysfunction in dopaminergic neurons only or genetically modified to lack respiratory chain function in dopaminergic neurons only, by selective suppression or deletion of mitochondrial transcription factor A (Tfam) in DA neurons, wherein said selective suppression or deletion comprises mating of a rodent expressing Cre recombinase under the transcriptional control of the dopamine transporter promoter (DAT-cre rodent) with a rodent of the same species which is homozygous for a loxP-flanked mitochondrial transcription factor A allele (Tfam loxp / Tfam loxP).
A method for assisting a User Equipment, UE, to implement an Uplink UL, channel access in a base station of an eLAA-based communication system, comprising: determining a listen-before-talk, LBT, priority for the UE; and transmitting a first signaling indicating the determined LBT priority to the UE, wherein determining a LBT priority for the UE further comprises: determining a set of UL channel access parameters according to predetermined factors; and determining the LBT priority based on the set of UL channel access parameters, wherein the predetermined factors at least comprise one or more of: number of UEs scheduled in the UL transmission burst; traffic types and interference situations of the scheduled UEs; and eLAA TDD configuration information.
A system comprising a camera assembly, at least one processor, and memory storing instructions that, when executed by the at least one processor, cause the system to: determine a direction of movement of the camera assembly; predict environmental factors based on the direction of movement by predicting a location of the camera assembly based on the direction of movement and predicting the environmental factors at the predicted location; extract a set of features from a previously captured image, wherein the features are associated with a quality value; determine camera settings based on the predicted environmental factors and the quality values so as to improve capture of at least some of the extracted set of features; and capture an image with the camera assembly using the determined camera settings. determine a direction of movement of the camera assembly; predict environmental factors based on the direction of movement by predicting a location of the camera assembly based on the direction of movement and predicting the environmental factors at the predicted location; extract a set of features from a previously captured image, wherein the features are associated with a quality value; determine camera settings based on the predicted environmental factors and the quality values so as to improve capture of at least some of the extracted set of features; and capture an image with the camera assembly using the determined camera settings.
An aroma cartridge, comprising a columnar housing having first and second surfaces each substantially having a shape of a triangle parallel to and congruent with each other and a side surface connecting the first and second surfaces; wherein said housing has a hollow portion to store a scent source, a scent passage opening at said first surface for emitting scent from the scent source in the hollow portion to the outside, connecting said hollow portion to the outside, and an opening for introducing air from outside to said hollow portion; each of said first and second surfaces has a corresponding first vertex; said scent passage is opened at a portion near said first vertex of said first surface; said aroma cartridge further comprising a near field communication tag provided on said second surface or said side surface of said housing for transmitting identification data for identifying type of scent source contained in the aroma cartridge to a near field communication chip by near field communication; wherein said near field communication tag is arranged on the surface of said housing, at a position closer to said second surface than said first surface and closer to an opposite side of said first vertex of said second surface than said first vertex of said second surface, said opening is formed on said side surface, and said near field communication tag is arranged at a position closer to the center of said opposite side than said first vertex on said second surface of said housing. a columnar housing having first and second surfaces each substantially having a shape of a triangle parallel to and congruent with each other and a side surface connecting the first and second surfaces; wherein said housing has a hollow portion to store a scent source, a scent passage opening at said first surface for emitting scent from the scent source in the hollow portion to the outside, connecting said hollow portion to the outside, and an opening for introducing air from outside to said hollow portion; each of said first and second surfaces has a corresponding first vertex; said scent passage is opened at a portion near said first vertex of said first surface; said aroma cartridge further comprising a near field communication tag provided on said second surface or said side surface of said housing for transmitting identification data for identifying type of scent source contained in the aroma cartridge to a near field communication chip by near field communication; wherein said near field communication tag is arranged on the surface of said housing, at a position closer to said second surface than said first surface and closer to an opposite side of said first vertex of said second surface than said first vertex of said second surface, said opening is formed on said side surface, and said near field communication tag is arranged at a position closer to the center of said opposite side than said first vertex on said second surface of said housing.
A suspension headrest comprising: a perimeter frame comprising a forward side, an aft side, and an open central region; and a suspension membrane affixed to the forward side of the perimeter frame; wherein the suspension membrane is held in tension across the open central region of the perimeter frame and may deflect into the open central region when load is applied to the suspension membrane characterised in that: the suspension membrane and the perimeter frame comprise a single piece of material of varying thickness. a perimeter frame comprising a forward side, an aft side, and an open central region; and a suspension membrane affixed to the forward side of the perimeter frame; wherein the suspension membrane is held in tension across the open central region of the perimeter frame and may deflect into the open central region when load is applied to the suspension membrane