mhurhangee/ep-ind-claims huggingface dataset:
A method to manage spillover in a media measuring system, comprising: identifying media detected by a first meter associated with a first media presentation device; identifying an expected frequency spectrum associated with audio of the media, the expected frequency spectrum stored in a database in association with a media identifier corresponding to the media; comparing the expected frequency spectrum to an actual frequency spectrum collected from the media by the first meter; and crediting the media as a media exposure when spillover is not detected based on the comparison. identifying media detected by a first meter associated with a first media presentation device; identifying an expected frequency spectrum associated with audio of the media, the expected frequency spectrum stored in a database in association with a media identifier corresponding to the media; comparing the expected frequency spectrum to an actual frequency spectrum collected from the media by the first meter; and crediting the media as a media exposure when spillover is not detected based on the comparison.
Powder consisting of a molybdenum-, silicon- and boron-containing alloy of the type Mo(x)Si(y)B, wherein the alloying fraction x of silicon is at least 8 at% and at most 19 at%, preferably at least 10 at% and at most 15 at%, and the alloying fraction y of boron is at least 5 at% and at most 13 at%, preferably at least 8 at% and at most 12 at%, characterized in that additionally provided in the alloy is at least one further alloying element consisting of titanium having an alloying fraction of at least 5 at% and at most 10 at%, and/or consisting of hafnium having an alloying fraction of at least 5 at% and at most 8 at%, and/or consisting of iron having an alloying fraction of at least 1.5 at% and at most 1.9 at% and a remaining alloying fraction to 100 at% consists of molybdenum and any impurities. the alloying fraction y of boron is at least 5 at% and at most 13 at%, preferably at least 8 at% and at most 12 at%, characterized in that additionally provided in the alloy is at least one further alloying element consisting of titanium having an alloying fraction of at least 5 at% and at most 10 at%, and/or consisting of hafnium having an alloying fraction of at least 5 at% and at most 8 at%, and/or consisting of iron having an alloying fraction of at least 1.5 at% and at most 1.9 at% and a remaining alloying fraction to 100 at% consists of molybdenum and any impurities.
A method of preparing a filter for purification of liquids comprising a fibrous support composed of fibres and a matrix of polymer with copper impregnated therein and the matrix of polymer superimposed on the surface of the fibres, said method comprising the steps of: (i) preparing a solution of a polymer and pore forming agent in a first solvent wherein the ratio of the amount of the pore forming agent to the amount of the polymer is 1:3 to 1:6; (ii) dispersing copper in the solution to obtain a suspension; (iii) contacting the suspension with the fibrous support composed of fibres; (iv) immersing the fibrous support of step (iii) in a second solvent to washout the pore forming agent and the first solvent and simultaneously precipitating the polymer to form a matrix of polymer with copper impregnated therein which matrix is superimposed on the surface of the fibres. (i) preparing a solution of a polymer and pore forming agent in a first solvent wherein the ratio of the amount of the pore forming agent to the amount of the polymer is 1:3 to 1:6; (ii) dispersing copper in the solution to obtain a suspension; (iii) contacting the suspension with the fibrous support composed of fibres; (iv) immersing the fibrous support of step (iii) in a second solvent to washout the pore forming agent and the first solvent and simultaneously precipitating the polymer to form a matrix of polymer with copper impregnated therein which matrix is superimposed on the surface of the fibres.
A variable wound dressing for use in a system for providing reduced-pressure treatment to a tissue site on a wound bed of a patient, the variable wound dressing comprising a variable cover comprising a sealed envelope and a plurality of spacing members comprising polymer beads or polystyrene balls disposed within an interior space of the sealed envelope, wherein the variable cover is pliable at an ambient pressure and less pliable under reduced pressure; a first reduced-pressure port operable to supply reduced pressure within the variable cover; a second reduced-pressure port operable to supply reduced pressure to a treatment space formed between the variable wound dressing and the wound bed.
Pushing and pulling device for a vehicle foldable top, comprising two link chains (31A, 31B), which are respectively provided with a plurality of link elements (34, 34A, 34B), and which extend at a predetermined distance to one another, wherein the link chains (31A, 31B) are respectively guided at one end in a guide which predetermines a movement direction (R x1, R x2) and the mutual distance of the link chains (31A, 31B) to each other, and at the other end are connected to each other via a transverse connection, so that the link chains (31A, 31B) upon exiting the guide extend in a joint plane, wherein two adjacent link elements (34, 34A, 34B) of the link chains (31A, 31B) are movably connected to each other via a joint (36, 36A, 36B), so that at least a portion of the link elements (34, 34A, 34B) when the link chains (31A, 31B) enter into the respective guide are stored in a corresponding storage area, and wherein the adjacent link elements (34, 34A, 34B) upon exiting the respective guide lie against each other and support each other, characterised in that pivot axes (A Sa, A Sb) have between two adjacent link elements (34, 34A, 34B) of the respective link chain (31A, 31B) a predetermined inclination angle (a a, a b) to the joint plane, wherein the pivot axes (A Sa, A Sb) of both link chains (31A, 31B) are inclined relative to each other so that the link chains (31A, 31B) extend in a self-supporting manner in the predetermined movement direction (R x1, R x2) and mutually block each other against other movement directions (R y1, R y2, R z1, R z2).
A display device comprising: a processing unit, a display unit coupled to the processing unit and a near field communication unit coupled to the processing unit, characterized in that the processing unit is configured to extract display messages to be displayed by the display unit and corresponding near field communication messages to be stored in the near field communication unit from different parallel channels comprised in a single data source, wherein the corresponding near field communication messages are embedded within a data file or data stream that also contains the display messages, and wherein said processing unit is configured to synchronize the display messages with the corresponding near field communication messages which are configured to be read by an external near field communication-enabled mobile device. a processing unit, a display unit coupled to the processing unit and a near field communication unit coupled to the processing unit, characterized in that the processing unit is configured to extract display messages to be displayed by the display unit and corresponding near field communication messages to be stored in the near field communication unit from different parallel channels comprised in a single data source, wherein the corresponding near field communication messages are embedded within a data file or data stream that also contains the display messages, and wherein said processing unit is configured to synchronize the display messages with the corresponding near field communication messages which are configured to be read by an external near field communication-enabled mobile device.
A method for cleaning a substrate having at least one surface having a residue to be removed thereon, the method comprising scanning at least an area of the surface having the residue thereon with laser light to thereby heat the surface and the residue controlling the heating so that a part of the residue first liquefies such that the liquefied part of the residue starts flowing towards the solid part of the residue, thereby forming a meniscus (21, 22) with the solid part of the residue and accumulating in part on top of the solid part, the thus generated thicker layer of residue absorbing further heat to be decomposed or vaporized; wherein the scanning of the laser light comprises moving the laser light back and forth in a first direction repeatedly with a first scanning speed, while moving the laser light in a second direction which is perpendicular to the first direction with a second scanning speed; characterized in that the first scanning speed is fast enough to form the meniscus at a scanned area of the surface, and faster than the second scanning speed, and wherein the second speed is slow enough for the meniscus to move forward in the second direction. scanning at least an area of the surface having the residue thereon with laser light to thereby heat the surface and the residue controlling the heating so that a part of the residue first liquefies such that the liquefied part of the residue starts flowing towards the solid part of the residue, thereby forming a meniscus (21, 22) with the solid part of the residue and accumulating in part on top of the solid part, the thus generated thicker layer of residue absorbing further heat to be decomposed or vaporized; wherein the scanning of the laser light comprises moving the laser light back and forth in a first direction repeatedly with a first scanning speed, while moving the laser light in a second direction which is perpendicular to the first direction with a second scanning speed; characterized in that the first scanning speed is fast enough to form the meniscus at a scanned area of the surface, and faster than the second scanning speed, and wherein the second speed is slow enough for the meniscus to move forward in the second direction.
A cleaning system comprising: an autonomous traveling work machine executing a predetermined work while traveling autonomously; and a cleaning station cleaning the autonomous traveling work machine, the cleaning system comprising: a controller that is configured to control an operation of the autonomous traveling work machine, wherein the controller functions as: an acquirer acquiring dirt information relating to a state of dirt of the autonomous traveling work machine; a determiner determining at least one of a necessity of cleaning the autonomous traveling work machine and a method of cleaning the autonomous traveling work machine, based on the dirt information; and a cleaning executor executing a cleaning operation, according to a determination result of the determiner, characterized in that in the autonomous traveling work machine, a work unit executing the predetermined work is driven by a first motor, and the acquirer acquires a value of at least one of a power consumption, a load voltage, and a load current of the first motor, as the dirt information. an acquirer acquiring dirt information relating to a state of dirt of the autonomous traveling work machine; a determiner determining at least one of a necessity of cleaning the autonomous traveling work machine and a method of cleaning the autonomous traveling work machine, based on the dirt information; and a cleaning executor executing a cleaning operation, according to a determination result of the determiner, characterized in that in the autonomous traveling work machine, a work unit executing the predetermined work is driven by a first motor, and the acquirer acquires a value of at least one of a power consumption, a load voltage, and a load current of the first motor, as the dirt information.
Blade access arrangement for a rotor blade of a wind power plant having a tower, the arrangement comprising a platform having two sides (6, 7) extending from a front end to a back end of the platform tower guide means for guiding the platform against the tower, a bar arrangement (11, 12) comprising one or more bars connecting the platform with the tower guiding means and a hoisting arrangement for hoisting the blade access arrangement up and down, which hoisting arrangement comprises a pair of electric powered wire rope hoists (13, 14) connected to a wire rope, and placed on each side (6, 7) of the platform, characterized in that the hoisting arrangement (13, 14) comprises a further electric powered wire rope hoist connected to a wire rope, and placed on a hoisting arm, which arm is connected pivotably to the back end of the platform, the back end of the platform being the end closest to the tower guide means.
Method for limiting a driving speed ( v) of a vehicle when driving around a corner, wherein a course of a curvature ( κ) in a road portion ahead of the vehicle is determined, wherein, on the basis of the course of the curvature ( κ) and physical load limits of the vehicle, a course of a permissible cornering speed ( v) is determined, and the vehicle is controlled in such a way that the determined permissible cornering speeds (v) are not exceeded when driving around the corner, wherein - by evaluating the course of the curvature ( κ), a road portion on which the curvature ( κ) is greater than a predetermined curvature limit value ( κ lim) is identified as a corner portion, characterized in that - local curvature maxima are identified on the identified corner portion, and wherein - if a plurality of local curvature maxima are identified on the corner portion, a permissible cornering speed ( v) is determined for each local curvature maximum on the basis of the curvature ( κ) and a permissible lateral acceleration ( α quer zul). - by evaluating the course of the curvature ( κ), a road portion on which the curvature ( κ) is greater than a predetermined curvature limit value ( κ lim) is identified as a corner portion, characterized in that - local curvature maxima are identified on the identified corner portion, and wherein - if a plurality of local curvature maxima are identified on the corner portion, a permissible cornering speed ( v) is determined for each local curvature maximum on the basis of the curvature ( κ) and a permissible lateral acceleration ( α quer zul).
A seal system comprising: a first member; a seal carried by the first member and having a seal face; and a second member rotatable relative to the first member about an axis and having: a seat, the seat having a seat face in sliding sealing engagement with the seal face; and a circumferential array of passageway legs open to the seat face; the seal system being characterised by an oil pump for delivering oil via one or more first outlets to the passageway legs in at least a first mode of operation, wherein the seal system further comprises: one or more second outlets, the oil pump coupled to the one or more second outlets to deliver oil to a backside of the seat in at least a second mode of operation. a first member; a seal carried by the first member and having a seal face; and a second member rotatable relative to the first member about an axis and having: a seat, the seat having a seat face in sliding sealing engagement with the seal face; and a circumferential array of passageway legs open to the seat face; the seal system being characterised by a seat, the seat having a seat face in sliding sealing engagement with the seal face; and a circumferential array of passageway legs open to the seat face; the seal system being characterised by an oil pump for delivering oil via one or more first outlets to the passageway legs in at least a first mode of operation,
A security element for producing security documents, such as bank notes, checks or the like, which displays a motif on a background, wherein the security element has a relief structure (7, 10, 12, 13, 14, 16, 17), which covers a motif region (1, 4) of the security element and provides the motif there and covers a background region of the security element and provides the background there, wherein an outline is provided, which delimits the motif region (1, 4) from the background region and which is also formed by the relief structure, wherein the relief structure (12,14,17) of the outline differs from the relief structure (12,13,16a) of the motif region (1, 4) and the relief structure (7,16) of the background region, so that a brightness and/ or color contrast exists between the outline, on the one hand, and the motif region (1, 4) and the background region, on the other hand.
Liquid product dispenser, comprising: - a reservoir configured to contain the liquid product and extending in a longitudinal direction between first and second ends (8a, 8b), - a dispenser head mounted on the second end of the reservoir, which dispenser head comprises an outlet nozzle which can be actuated in the longitudinal direction in order to dispense the liquid product, - an outer shell in which the reservoir is mounted so as to slide axially in the longitudinal direction, - a driving part mounted so as to rotate relative to the outer shell and configured to displace the reservoir axially between a stowage position in which the outlet nozzle is retracted into the outer shell and a deployment position in which the outlet nozzle is at least partially extracted from the outer shell, characterised in that the outlet nozzle has an outlet oriented in the longitudinal direction and configured to move into axial abutment with a part secured to the outer shell when the dispenser head is actuated into the deployment position of the dispenser, and in that the first end of the reservoir is connected to a pushing means by a driving mechanism configured to selectively retract the pushing means and outlet nozzle into the outer shell to the stowed position and axially extract the pushing means and outlet nozzle from the outer shell into the deployment position. - a reservoir configured to contain the liquid product and extending in a longitudinal direction between first and second ends (8a, 8b), - a dispenser head mounted on the second end of the reservoir, which dispenser head comprises an outlet nozzle which can be actuated in the longitudinal direction in order to dispense the liquid product, - an outer shell in which the reservoir is mounted so as to slide axially in the longitudinal direction, - a driving part mounted so as to rotate relative to the outer shell and configured to displace the reservoir axially between a stowage position in which the outlet nozzle is retracted into the outer shell and a deployment position in which the outlet nozzle is at least partially extracted from the outer shell,
A motor-driven compressor comprising: a metal housing accommodating a compression unit and an electric motor; a cover coupled to the housing, wherein the cover includes a resin portion and a metal shield, and the metal shield blocks electromagnetic noise; and a bolt (50, 60) that couples the cover to the housing, wherein the housing and the cover define an accommodating chamber that accommodates a motor driving circuit that drives the electric motor, the motor-driven compressor being characterized in that the cover includes an insertion hole into which the bolt (50, 60) is insertable, the shield includes a seat that surrounds the insertion hole and is held between the bolt (50, 60) and the housing, and the cover is configured to allow for an axial force of the bolt (50, 60) to be applied to the seat and not to the resin portion. a metal housing accommodating a compression unit and an electric motor; a cover coupled to the housing, wherein the cover includes a resin portion and a metal shield, and the metal shield blocks electromagnetic noise; and a bolt (50, 60) that couples the cover to the housing, wherein the housing and the cover define an accommodating chamber that accommodates a motor driving circuit that drives the electric motor, the motor-driven compressor being characterized in that the cover includes an insertion hole into which the bolt (50, 60) is insertable, the shield includes a seat that surrounds the insertion hole and is held between the bolt (50, 60) and the housing, and the cover is configured to allow for an axial force of the bolt (50, 60) to be applied to the seat and not to the resin portion.
An airbag device, mounted on one side of a seat of a vehicle and formed with molded parts (R1, R2) that are bent a plurality of times respectively on both ends of a seat-shaped airbag that face each other in the horizontal and longitudinal direction during expansion and deployment, comprises: a first holding member that holds the first molded part of one end portion of either end portions at least until the start of expansion and deployment, and a second holding member that holds the second molded part of the other end portion at least until the start of expansion and deployment, characterized in that said airbag device comprises an inflator provided closer to one end inside the airbag that injects gas, wherein the first molded part, inflator, and second molded part are arranged so that the first molded part is interposed between the inflator and the second molded part within the airbag prior to expansion and deployment. a first holding member that holds the first molded part of one end portion of either end portions at least until the start of expansion and deployment, and a second holding member that holds the second molded part of the other end portion at least until the start of expansion and deployment,
A method of separating an analyte from a sample, the method comprising: flowing a mobile phase through a chromatography column wherein the mobile phase comprises about 0.005% (v/v) to about 0.20% (v/v) difluoroacetic acid additive, the difluoroacetic acid additive comprising less than about 100 ppb of any individual metal impurity; injecting a sample comprising the analyte into the mobile phase; and separating the analyte from the sample. flowing a mobile phase through a chromatography column wherein the mobile phase comprises about 0.005% (v/v) to about 0.20% (v/v) difluoroacetic acid additive, the difluoroacetic acid additive comprising less than about 100 ppb of any individual metal impurity; injecting a sample comprising the analyte into the mobile phase; and separating the analyte from the sample.
A pharmaceutical composition comprising: a. 4-{[(4'-Fluorophenyl)carbamoyl]amino}benzenesulfonamide (MST-104); or b. 4-{[(3'-Nitrophenyl)carbamoyl]amino}benzenesulfonamide (MST-119) for use in therapy. a. 4-{[(4'-Fluorophenyl)carbamoyl]amino}benzenesulfonamide (MST-104); or b. 4-{[(3'-Nitrophenyl)carbamoyl]amino}benzenesulfonamide (MST-119) for use in therapy.
A web manufacturing method comprising: defibrating feedstock containing at least fiber by a dry manner, and obtaining defibrated material; forming a web by laying the defibrated material; applying pressure to the web; cutting the web; and defibrating trimmings, resulting from cutting the web, by a dry manner. defibrating feedstock containing at least fiber by a dry manner, and obtaining defibrated material; forming a web by laying the defibrated material; applying pressure to the web; cutting the web; and defibrating trimmings, resulting from cutting the web, by a dry manner.