mhurhangee/ep-ind-claims huggingface dataset:
Angle-measuring device having a scanning device which is designed to make it possible to scan at least one closed serial first code and to scan at least one closed serial second code, the length of the second code being shorter than the length of the first code, and the first code and the second code having at least one common code part, having: a detector arrangement which is designed to generate a first sequence of code words of a predefined scanning length (L A) when scanning the closed first code, the first sequence consisting of a first partial sequence and a common partial sequence, the common partial sequence being produced when scanning the common code part, and to generate a second sequence of code words of the predefined scanning length (L A) when scanning the closed second code, the second sequence consisting of a second partial sequence and the common partial sequence, and the common partial sequence being produced when scanning the common code part; characterized by a decoding device which is designed to decode the first sequence and the second sequence of code words, the first code and the second code and the scanning length (L A) being selected in such a manner that the code words in the first sequence and the code words in the second sequence have a Hamming distance of greater than 1. a detector arrangement which is designed to generate a first sequence of code words of a predefined scanning length (L A) when scanning the closed first code, the first sequence consisting of a first partial sequence and a common partial sequence, the common partial sequence being produced when scanning the common code part, and to generate a second sequence of code words of the predefined scanning length (L A) when scanning the closed second code, the second sequence consisting of a second partial sequence and the common partial sequence, and the common partial sequence being produced when scanning the common code part; characterized by a decoding device which is designed to decode the first sequence and the second sequence of code words, the first code and the second code and the scanning length (L A) being selected in such a manner that the code words in the first sequence and the code words in the second sequence have a Hamming distance of greater than 1.
A shaking and/or mixing device, comprising: a drive having a drive shaft, an eccentric unit driven by the drive shaft and having an eccentric hub, and a holder for receiving at least one sample to be treated by the shaking and/or mixing device, wherein the eccentric hub and the holder are connectable to one another by means of a releasable connection in order to transmit a movement of the eccentric hub onto the holder, the releasable connection being provided as an extension of the drive shaft, and wherein a middle axis of the holder is spaced apart from the drive shaft. a drive having a drive shaft, an eccentric unit driven by the drive shaft and having an eccentric hub, and a holder for receiving at least one sample to be treated by the shaking and/or mixing device, wherein the eccentric hub and the holder are connectable to one another by means of a releasable connection in order to transmit a movement of the eccentric hub onto the holder, the releasable connection being provided as an extension of the drive shaft, and wherein a middle axis of the holder is spaced apart from the drive shaft.
Vibration damping receptacle device receiving a motor on a fan housing wall, having a motor mounting element on which a plurality of attackments are constructed, a plurality of receptacles arranged directly on the fan housing wall and a plurality of resilient damping elements which are arranged between the attachments and the receptacles, wherein the attachments and the receptacles each comprise a central opening (7, 8) in which the resilient damping elements are arranged in a releasably fastened manner in the installed state, and wherein the resilient damping elements are angled and their respective axial centrelines point at least in sections in the direction of a motor centre of gravity.
The use of compounds of the formula I R-O-[-CH 2 CH(R 1)-O-]- l -[-CH 2 CH 2 -O-]- m -[-CH 2 CH(R 2)-O-]- n -CH 2 CH 2 - S x -R' in which R is C 8 -C 24 -alkyl; R' is C 10 -C 14 -alkyl; R 1 and R 2 are each independently at each instance C 1 -C 5 -alkyl; m is from 25 to 50; l and n are each independently from 0 to 15; and x is 0, 1 or 2; in washing or cleaning compositions, wherein the washing and cleaning compositions are selected from dishwashing compositions. R is C 8 -C 24 -alkyl; R' is C 10 -C 14 -alkyl; R 1 and R 2 are each independently at each instance C 1 -C 5 -alkyl; m is from 25 to 50; l and n are each independently from 0 to 15; and x is 0, 1 or 2;
An apparatus for determining oil leakage of a gearbox, comprising: a swellable ring arrangeable to surround an output shaft of a motor coupled to the gearbox, characterized in that the swellable ring, when contacting oil, swells to apply a radial force to the output shaft; and a controller configured to detect the oil leakage by detecting at least one of the following caused by the applied radial force: a torque change on the output shaft, or a change in a current for driving the motor. a swellable ring arrangeable to surround an output shaft of a motor coupled to the gearbox, characterized in that the swellable ring, when contacting oil, swells to apply a radial force to the output shaft; and a controller configured to detect the oil leakage by detecting at least one of the following caused by the applied radial force: a torque change on the output shaft, or a change in a current for driving the motor.
A polymer comprising a plurality of (per)fluoropolyether (PFPE) segments (S RF) joined together by hydrogenated (poly)ether segments (S H), said polymer having two end groups, each group comprising a hydroxy or a sulfonate group, said hydrogenated (poly)ether segments (S H) being represented with formula: (S H -I): -R h -O-R h '- wherein (R h) and (R h '), equal or different from one another, are selected from straight or branched divalent alkylene segments, each comprising at least one carbon atom; when (R h) and (R h ') comprise more than one carbon atom, they can optionally be interrupted by one or more ethereal oxygen atom, with the proviso that the hydrogenated (poly)ether segments (S H) are not segments of formula -CH 2 OCH 2 OCH 2 -. (R h) and (R h '), equal or different from one another, are selected from straight or branched divalent alkylene segments, each comprising at least one carbon atom; when (R h) and (R h ') comprise more than one carbon atom, they can optionally be interrupted by one or more ethereal oxygen atom, with the proviso that the hydrogenated (poly)ether segments (S H) are not segments of formula -CH 2 OCH 2 OCH 2 -.
A blanket assembly for use in at least one bay (410, 412) and with at least one frame member (402, 404) of an aircraft, the blanket assembly comprising: an insulation blanket, the insulation blanket comprising, a bay section sized and shaped to fit within the at least one bay and of sufficient thickness to provide thermal insulation to the at least one bay; a return section disposed on a first side of the bay section; and a cap section disposed on a second side of the bay section, opposite the first side, the cap section sized and shaped to at least partially cover the at least one frame member when the cap section is wrapped around the at least one frame member, the cap section being of sufficient thickness to provide thermal insulation to the at least one frame member, wherein the bay section, the return section, and the cap section are of unitary construction, wherein the bay section, the return section, and the cap section vary in thickness as a continuous whole, without the use of seams or heat seals or tape joints, wherein the blanket assembly further comprises a retaining clip placed around the cap section, the retaining clip holding the cap section to the at least one frame member (402, 404), the retaining clip being formed from a resilient material, wherein the retaining clip is made of a plastic or a thermoplastic, and wherein a cap section-facing portion of the retaining clip is textured to enhance a grip of the retaining clip on the insulation blanket. an insulation blanket, the insulation blanket comprising, a bay section sized and shaped to fit within the at least one bay and of sufficient thickness to provide thermal insulation to the at least one bay; a return section disposed on a first side of the bay section; and a cap section disposed on a second side of the bay section, opposite the first side, the cap section sized and shaped to at least partially cover the at least one frame member when the cap section is wrapped around the at least one frame member, the cap section being of sufficient thickness to provide thermal insulation to the at least one frame member, wherein the bay section, the return section, and the cap section are of unitary construction, wherein the bay section, the return section, and the cap section vary in thickness as a continuous whole, without the use of seams or heat seals or tape joints, wherein the blanket assembly further comprises a retaining clip placed around the cap section, the retaining clip holding the cap section to the at least one frame member (402, 404), the retaining clip being formed from a resilient material, wherein the retaining clip is made of a plastic or a thermoplastic, and wherein a cap section-facing portion of the retaining clip is textured to enhance a grip of the retaining clip on the insulation blanket.
A nozzle replacement table unit comprising: a nozzle container configured to accommodate multiple nozzles for replacement; a pedestal to which the nozzle container is detachably attached; a clamp mechanism configured to fix the nozzle container to the pedestal; and an operation section configured to release fixing by the clamp mechanism, wherein the operation section is provided in the nozzle container characterized in that: the operation section is configured as a push button operated through a pressing operation. a nozzle container configured to accommodate multiple nozzles for replacement; a pedestal to which the nozzle container is detachably attached; a clamp mechanism configured to fix the nozzle container to the pedestal; and an operation section configured to release fixing by the clamp mechanism, wherein the operation section is provided in the nozzle container characterized in that: the operation section is configured as a push button operated through a pressing operation.
An apparatus for controlling a reply signal transmission in a mobile communication system, comprising: an error detection part for detecting whether an error is contained in packet data received through a radio channel and generating a reply signal according to the error detection; a symbol repetition control part for outputting a repetition control signal according to a transmission rate of the packet data; a symbol repetition part for repeating the reply signal according to the repetition control signal; and a transmission part for transmitting through a radio channel the repeated reply signal, wherein the reply signal comprises an acknowledgement, ACK/ non-acknowledgement, NACK bit, and wherein a number of repetitions of the reply signal is defined based on the data transmission rate. an error detection part for detecting whether an error is contained in packet data received through a radio channel and generating a reply signal according to the error detection; a symbol repetition control part for outputting a repetition control signal according to a transmission rate of the packet data; a symbol repetition part for repeating the reply signal according to the repetition control signal; and a transmission part for transmitting through a radio channel the repeated reply signal, wherein the reply signal comprises an acknowledgement, ACK/ non-acknowledgement, NACK bit, and wherein a number of repetitions of the reply signal is defined based on the data transmission rate.
A method for selecting a crop score threshold for enhancing tracking of objects in a scene captured in a video sequence, the method comprises: obtaining a respective track for each one of two different objects, wherein each track comprises crops of object instances of the respective object in the scene captured in a calibration video sequence, and wherein each crop has a crop score and a feature vector; splitting each track into respective two or more tracklets thereby forming four or more tracklets; for each candidate crop score threshold of a set of candidate crop score thresholds: determining a respective feature vector for each of the four or more tracklets based on feature vectors of crops of the tracklet having a crop score above the candidate crop score threshold; and determining a respective difference between each tracklet of the four or more tracklets and each other tracklet of the four or more tracklets as a respective difference between each determined respective feature vector and each other determined respective feature vector; and selecting a crop score threshold from the set of candidate crop score thresholds resulting in a maximum difference between a measure of the determined differences between feature vectors from tracklets of different tracks and a measure of the determined differences between feature vectors from tracklets of the same track. obtaining a respective track for each one of two different objects, wherein each track comprises crops of object instances of the respective object in the scene captured in a calibration video sequence, and wherein each crop has a crop score and a feature vector; splitting each track into respective two or more tracklets thereby forming four or more tracklets; for each candidate crop score threshold of a set of candidate crop score thresholds: determining a respective feature vector for each of the four or more tracklets based on feature vectors of crops of the tracklet having a crop score above the candidate crop score threshold; and determining a respective difference between each tracklet of the four or more tracklets and each other tracklet of the four or more tracklets as a respective difference between each determined respective feature vector and each other determined respective feature vector; and determining a respective feature vector for each of the four or more tracklets based on feature vectors of crops of the tracklet having a crop score above the candidate crop score threshold; and determining a respective difference between each tracklet of the four or more tracklets and each other tracklet of the four or more tracklets as a respective difference between each determined respective feature vector and each other determined respective feature vector; and selecting a crop score threshold from the set of candidate crop score thresholds resulting in a maximum difference between a measure of the determined differences between feature vectors from tracklets of different tracks and a measure of the determined differences between feature vectors from tracklets of the same track.
A method for detecting the presence of a BARD1 isoform specific to lung cancer in a biological sample which has been obtained from a subject comprising the step of detecting in said sample at least one of the BARD1 isoforms specific to lung cancer selected from the group comprising isoform π comprising SEQ ID NO: 1, and a sequence having at least 95% homology to SEQ ID NO: 1, wherein the presence of said BARD1 isoforms specific to lung cancer in a sample from said subject is an indication that said subject is afflicted with lung cancer, has an increased risk of lung cancer, and/or has a risk of recurrence after a treatment for lung cancer.
An apparatus for selectively marking color-strikable glass containers, including: a conveyor for carrying the glass containers and for presenting the glass containers having a color-strikable glass composition in sequence; and an energizer positioned adjacent to said conveyor to selectively heat localized regions of the glass containers to impart color to or to change the color of the glass in said localized regions of the glass containers as the glass containers are presented to said energizer by said conveyor; wherein said energizer comprises a gas burner that directly applies heat to the localized regions of the glass containers as the glass containers are presented to said energizer by said conveyor. a conveyor for carrying the glass containers and for presenting the glass containers having a color-strikable glass composition in sequence; and an energizer positioned adjacent to said conveyor to selectively heat localized regions of the glass containers to impart color to or to change the color of the glass in said localized regions of the glass containers as the glass containers are presented to said energizer by said conveyor; wherein said energizer comprises a gas burner that directly applies heat to the localized regions of the glass containers as the glass containers are presented to said energizer by said conveyor.
Filter device, having a stationary head piece and a movable end piece, and a pack of a plurality of specimens including a recess plate (1, 16, 21) between the head piece and the end piece, the recess plate (1, 16, 21) having a base body (2, 17, 25, 29, 32, 41), and a recess in the base body (2, 17, 25, 29, 32, 41), that forms a filter chamber between adjacent specimens, wherein the filter device has a filter cloth between the adjacent specimens for retaining a solid content of a suspension as a filter cake, and allowing a remaining liquid fraction of the suspension to pass as a filtrate, and wherein the recess plate (1, 16, 21) has a. an extension (3, 26), that is connected to a slender edge of the base body (2, 17, 25, 29, 32, 41), b. a fluid duct (9, 19, 23, 40) that connects the fluid pipe (10, 20, 22, 38, 44) to the filter chamber, and c. a fluid pipe (10, 20, 22, 38, 44) for discharging the filtrate out of the recess plate (1, 16, 21), that runs along the slender edge (4, 43), characterized in that the fluid pipe (10, 20, 22, 38, 44) runs between the base body (2, 17, 25, 29, 32, 41) and the extension (3, 26). a. an extension (3, 26), that is connected to a slender edge of the base body (2, 17, 25, 29, 32, 41), b. a fluid duct (9, 19, 23, 40) that connects the fluid pipe (10, 20, 22, 38, 44) to the filter chamber, and c. a fluid pipe (10, 20, 22, 38, 44) for discharging the filtrate out of the recess plate (1, 16, 21), that runs along the slender edge (4, 43),
Wall-mounted luminaire, comprising a base device as a first functional unit and a luminaire housing as a second functional unit, a) wherein the base device is suited to being fitted in a commercially available flush-type device box and has a converter - including a control/regulation device -, a terminal unit for power cables and an electrical connection socket, and b) wherein the luminaire housing has at least one illuminant, a window for the light produced to exit, an electrical connector designed so as to correspond to the connection socket and connecting means for fastening to the base device, characterized in that the base device has a mounting plate having connecting means for fastening to the flush-type device box, c) wherein the mounting plate has recesses that are used as connecting means for engagement, preferably latching, by sprung components of the luminaire housing, d) wherein the electrical connection socket is in the form of a jack socket or in the form of a phono socket and the electrical connector is in the form of a jack plug or in the form of a phono plug, e) wherein the luminaire housing can be rotated with respect to the base device so as in this way to set or orient the cone of light produced by the illuminant in a desired manner, f) wherein, in the case of a luminaire housing in angular form, the luminaire housing can be plugged onto the base device in 90° steps so as thus to stipulate whether the cone of light needs to be oriented downward, upward, to the right or to the left. a) wherein the base device is suited to being fitted in a commercially available flush-type device box and has a converter - including a control/regulation device -, a terminal unit for power cables and an electrical connection socket, and b) wherein the luminaire housing has at least one illuminant, a window for the light produced to exit, an electrical connector designed so as to correspond to the connection socket and connecting means for fastening to the base device, characterized in that the base device has a mounting plate having connecting means for fastening to the flush-type device box, c) wherein the mounting plate has recesses that are used as connecting means for engagement, preferably latching, by sprung components of the luminaire housing, d) wherein the electrical connection socket is in the form of a jack socket or in the form of a phono socket and the electrical connector is in the form of a jack plug or in the form of a phono plug, e) wherein the luminaire housing can be rotated with respect to the base device so as in this way to set or orient the cone of light produced by the illuminant in a desired manner, f) wherein, in the case of a luminaire housing in angular form, the luminaire housing can be plugged onto the base device in 90° steps so as thus to stipulate whether the cone of light needs to be oriented downward, upward, to the right or to the left.
Change holder assembly for a compactor roller for a soil compactor, comprising a change holder to be fixed on a roller casing and at least one roller tool to be fixed on the change holder using a counterholder which can be caused to engage with the change holder and is lockable with respect to the change holder, wherein the change holder has a roller-tool-abutment side and the at least one roller tool has a change holder-abutment side supportable on the roller-tool abutment side, wherein on at least one side of roller-tool-abutment side and change holder-abutment side at least one anti-rotation lug (78, 80), and on the other side of roller-tool-abutment side and change holder-abutment side at least one anti-rotation recess (70, 72) for receiving an anti-rotation lug (78, 80) are provided, wherein the change holder or the counterholder comprises a holder opening and wherein the counterholder or the change holder comprises a holder shaft which is insertable into the holder opening, characterized in that in at least one region (66, 68) at the side of the holder opening an anti-rotation recess (70, 72) or/and an anti-rotation lug is provided and in at least one region (74, 76) at the side of the holder shaft an anti-rotation lug (78, 80) or/and an anti-rotation recess is provided.