mhurhangee/ep-ind-claims huggingface dataset:
A method for providing improved perpetrator imaging comprising: identifying a client device as at least one of lost and stolen; detecting, on the client device, a difference in first pixel data associated with a first frame of a visual image and second pixel data associated with a second frame of the visual image; and capturing (608, 704), on the client device, a plurality of photographs in response to detecting the difference. identifying a client device as at least one of lost and stolen; detecting, on the client device, a difference in first pixel data associated with a first frame of a visual image and second pixel data associated with a second frame of the visual image; and capturing (608, 704), on the client device, a plurality of photographs in response to detecting the difference.
A controller (100 to 103) of an air-conditioning system of a control target, comprising: - a feedback control unit configured to generate a state quantity command from a control parameter for feedback control and a difference between a target value of a room temperature and a measured room temperature and control the room temperature to the target value on a basis of the state quantity command; - a control target heat characteristic model calculation unit configured to, during normal operation, calculate parameters of heat transport equations (R 1, R 2, R z, C 1, C 2, C z, α, β, γ, and δ) from at least one of a state quantity regarding an amount of heat supplied to the control target and the state quantity command, and the measured room temperature, and wherein the parameters correspond to a parameter of a model regarding a heat characteristic of the control target; and - a control parameter determination unit configured to calculate the control parameter for feedback control by two transfer functions (F1(s), F2(s)), wherein the first transfer function (F1(s)) is determined from the amount of heat (Q HVAC) from the air-conditioning system to the room temperature (T z) of the control target, and the second transfer function (F2(s)) is determined from the amount of heat of the outdoor air temperature T o to the room temperature (T z) of the control target by using the heat transport equations and the parameters (R 1, R 2, R z, C 1, C 2, C z, α, β, γ, and δ) thereof as received from the control target heat characteristic model calculation unit. - a feedback control unit configured to generate a state quantity command from a control parameter for feedback control and a difference between a target value of a room temperature and a measured room temperature and control the room temperature to the target value on a basis of the state quantity command; - a control target heat characteristic model calculation unit configured to, during normal operation, calculate parameters of heat transport equations (R 1, R 2, R z, C 1, C 2, C z, α, β, γ, and δ) from at least one of a state quantity regarding an amount of heat supplied to the control target and the state quantity command, and the measured room temperature, and wherein the parameters correspond to a parameter of a model regarding a heat characteristic of the control target; and - a control parameter determination unit configured to calculate the control parameter for feedback control by two transfer functions (F1(s), F2(s)), wherein the first transfer function (F1(s)) is determined from the amount of heat (Q HVAC) from the air-conditioning system to the room temperature (T z) of the control target, and the second transfer function (F2(s)) is determined from the amount of heat of the outdoor air temperature T o to the room temperature (T z) of the control target by using the heat transport equations and the parameters (R 1, R 2, R z, C 1, C 2, C z, α, β, γ, and δ) thereof as received from the control target heat characteristic model calculation unit.
A method for operating a voice command interface configured to control a media playback device, the method comprising: receiving at a media playback device, an instruction from a user, the instruction indicative of a user command requesting an outcome, wherein the outcome is playback of a media content item; determining whether the outcome will be recognizable by the user of the media playback device in a predetermined period of time after receiving the instruction by determining an attribute of the media content item, and when the attribute does not meet a threshold, determining that the media content item will not be recognized by the user of the media playback device in the predetermined period of time; and upon determining that the outcome will not be recognizable by the user of the media playback device in the predetermined period of time, providing a tactile feedback before the predetermined period of time elapses. receiving at a media playback device, an instruction from a user, the instruction indicative of a user command requesting an outcome, wherein the outcome is playback of a media content item; determining whether the outcome will be recognizable by the user of the media playback device in a predetermined period of time after receiving the instruction by determining an attribute of the media content item, and when the attribute does not meet a threshold, determining that the media content item will not be recognized by the user of the media playback device in the predetermined period of time; and upon determining that the outcome will not be recognizable by the user of the media playback device in the predetermined period of time, providing a tactile feedback before the predetermined period of time elapses.
Refrigeration appliance, in particular domestic refrigerator, having receptacles (20, 21) and at least one interior accessible via a door, at the bottom of which interior a trough-like depression is formed into which the receptacles (20, 21) can be placed, characterised in that at least two of the receptacles (20, 21) are interconnected via a joint (6, 7).
A multigene expression system for simultaneous expression of at least 6 transgenes, comprising at least two different nucleic acid expression cassettes, wherein each expression cassette comprises a promoter operably linked to three or more transgenes connected to one another by at least one sequence encoding a 2A peptide, and wherein the promoters of the expression cassettes are the same.
A method for selecting a location of a procedure site, the method comprising: identifying one or more procedure site locations within a defined area on a user interface; automatically determining by a processor a value associated with each of the one or more procedure site locations, each value being determined by how many features are located within a predetermined distance from the respective procedure site location; assigning a visual representation to one or more of the determined values; populating the defined area on the user interface with one or more visual representations of the determined values, wherein the visual representation comprises a color, a shape, a size of a dot or other geometric shape, or any combination of the above; and using the one or more populated visual representations to confirm or modify the identified one or more procedure site locations, or to select a new procedure site location. identifying one or more procedure site locations within a defined area on a user interface; automatically determining by a processor a value associated with each of the one or more procedure site locations, each value being determined by how many features are located within a predetermined distance from the respective procedure site location; assigning a visual representation to one or more of the determined values; populating the defined area on the user interface with one or more visual representations of the determined values, wherein the visual representation comprises a color, a shape, a size of a dot or other geometric shape, or any combination of the above; and using the one or more populated visual representations to confirm or modify the identified one or more procedure site locations, or to select a new procedure site location.
A method performed by hardware processing circuitry, the method comprising: storing, in a storage device, message mapping information for a plurality of message sequence vector clusters associated with a poor communications service, the message mapping information providing a mapping of message sequence vectors to the message sequence vector clusters; storing a corresponding corrective action for each message sequence vector cluster of the plurality of message sequence vector clusters; detecting a message of a first message sequence involving a first user equipment, UE, device and a first access point, AP; updating a first message sequence vector representing the first message sequence based on at least the detected message of the first message sequence; determining if the updated first message sequence vector is within a vector space volume of one of the plurality of message sequence vector clusters; and selectively performing, based on the determining, the stored corrective action corresponding to the one of the plurality of message sequence vector clusters. storing, in a storage device, message mapping information for a plurality of message sequence vector clusters associated with a poor communications service, the message mapping information providing a mapping of message sequence vectors to the message sequence vector clusters; storing a corresponding corrective action for each message sequence vector cluster of the plurality of message sequence vector clusters; detecting a message of a first message sequence involving a first user equipment, UE, device and a first access point, AP; updating a first message sequence vector representing the first message sequence based on at least the detected message of the first message sequence; determining if the updated first message sequence vector is within a vector space volume of one of the plurality of message sequence vector clusters; and selectively performing, based on the determining, the stored corrective action corresponding to the one of the plurality of message sequence vector clusters.
A device for producing an absorbent body, comprising: crushers (2,3) each configured to crush a supplied pulp sheet into fluff pulp and including a plurality of rotating blades; a duct in which the fluff pulp is carried by air; and a rotating fiber stacking drum including an adsorbent molding section which molds the fluff pulp carried by air from the duct into an absorbent body with a desired shape, the device being characterized in that the crushers (2,3) are staggered in an axis direction of the rotating blades, and each of said crushers (2, 3) is configured to be supplied with a pulp sheet, in that the neighboring crushers (2,3) partly overlap each other in the axis direction, and in that when the axis direction is a width direction, each of the crushers is narrower in width (w) than the absorbent molding section and a total width of the widths of the crushers (2,3) is longer than the width of the adsorbent molding section. crushers (2,3) each configured to crush a supplied pulp sheet into fluff pulp and including a plurality of rotating blades; a duct in which the fluff pulp is carried by air; and a rotating fiber stacking drum including an adsorbent molding section which molds the fluff pulp carried by air from the duct into an absorbent body with a desired shape, the device being characterized in that the crushers (2,3) are staggered in an axis direction of the rotating blades, and each of said crushers (2, 3) is configured to be supplied with a pulp sheet, in that the neighboring crushers (2,3) partly overlap each other in the axis direction, and in that when the axis direction is a width direction, each of the crushers is narrower in width (w) than the absorbent molding section and a total width of the widths of the crushers (2,3) is longer than the width of the adsorbent molding section.
An outer race for use with a bearing assembly having a plurality of rollers, comprising: an annular raceway having an inner surface, outer surface, and a pair of opposed edges extending therebetween, each edge being a first width as measured from its inner surface to its outer surface; a pair of annular shoulders, each shoulder having a proximal end disposed adjacent a corresponding edge of the annular raceway and a distal end extending outwardly therefrom; and a pair of flanges, each flange having a proximal end adjacent the distal end of a corresponding shoulder, a distal end extending outwardly therefrom, an inner surface and an outer surface, the proximal end of each flange being a second width as measured from its inner surface to its outer surface, wherein the first width is greater than the second width and an annular ridge is formed at the intersection of the inner surface of the shoulder and the inner surface of the raceway, and characterized in that a lanced tang is provided in either shoulder adjacent to the raceway so as to provide an anti-rotation feature. an annular raceway having an inner surface, outer surface, and a pair of opposed edges extending therebetween, each edge being a first width as measured from its inner surface to its outer surface; a pair of annular shoulders, each shoulder having a proximal end disposed adjacent a corresponding edge of the annular raceway and a distal end extending outwardly therefrom; and a pair of flanges, each flange having a proximal end adjacent the distal end of a corresponding shoulder, a distal end extending outwardly therefrom, an inner surface and an outer surface, the proximal end of each flange being a second width as measured from its inner surface to its outer surface, wherein the first width is greater than the second width and an annular ridge is formed at the intersection of the inner surface of the shoulder and the inner surface of the raceway, and characterized in that a lanced tang is provided in either shoulder adjacent to the raceway so as to provide an anti-rotation feature.
Conveying pipe for the transport of solids, having a double-walled pipe body consisting of an inner pipe and an outer pipe as well as at least one pipe collar arranged at the end side, wherein the inner pipe is formed from a plastic material and in the pipe collar is set a wear ring, the inner diameter of which is less than or equal to the inner diameter of the inner pipe, characterised in that the inner pipe is poured into the outer pipe in a casting procedure.
Gas turbine exhaust-gas cone having an outer wall which is provided with a multiplicity of cutouts, having a honeycomb structure layer which is arranged on the inner side of the outer wall and extends along the inner side of the outer wall, having an inner wall which extends substantially parallel to the outer wall and is connected to the honeycomb structure, having at least one ring chamber which is adjacent to the inner wall and is centred with respect to a central axis, wherein the ring chamber is subdivided into multiple chambers by means of at least one separating wall, wherein the separating wall is manufactured from a sheet-like material, characterized in that the inner wall is provided with passage cutouts which connect the region of the honeycomb structure to the ring chamber, wherein the ring chamber is subdivided by means of the separating wall in a circumferential direction, and the separating wall comprises a multiplicity of elevated regions and/or set back regions with an elliptic paraboloidal structure, which are formed in a uniform arrangement by deformation of the sheet-like material.
A process for producing polyamideimide comprising reacting a diisocyanate with trimelletic anhydride using at least one aprotic dialkylamide solvent, wherein the at least one aprotic dialkylamide solvent is N-acetyl morpholine, N-formyl morpholine or N-propionyl morpholine; wherein a ratio of the at least one aprotic dialkylamide solvent to other process co-solvents is from 19:1 to 1:1; and wherein the other process co-solvents are selected from the group of water, o-xylene, triethylamine, dimethylethanolamine, morpholine, N-methylmorpholine, acetone, trimethylamine, tripropylamine, diethylamine, diisopropylamine, and caprolactam.
A pick-up head for machines for picking up crops in a field, comprising a structure adapted to be connected to the front part of a machine for picking up crops, which can move on the ground along an advancement direction, and extends substantially transversely to said advancement direction, said structure supporting a plurality of pick-up units arranged mutually side by side and each provided with a respective longitudinal passage designed to be crossed axially by the crops to be picked up and delimited longitudinally by a pair of traction elements (5a, 5b), which are mutually opposite and are adapted to push the crops along said longitudinal passage, above said pick-up units there being a plurality of pick-up container bodies, each of which forms a respective receptacle, which is open upward, said bodies being separated from each other by longitudinal slots, each arranged above the longitudinal passage of a respective pick-up unit, and designed to be crossed longitudinally by the crops entrained by said traction elements (5a, 5b), wherein the pick-up head comprises means for the at least partial closure of at least one of said longitudinal slots, said closure means extending along at least one longitudinal edge of said at least one longitudinal slot and being elastically flexible in order to allow their elastic deformation upon the passage of the crops along the extension of said at least one longitudinal slot characterized in that said closure means comprise at least one brush that extends along at least one portion of said one at least one longitudinal edge, the bristles of said at least one brush extending from said at least one longitudinal edge toward the axis of said at least one longitudinal slot.
A kit for assembling a luminaire by an end user, comprising: a bendable reflective canopy extending between a pair of opposing edge portions; a plurality of frame sections for defining a frame delimiting a light exit window of the luminaire, the frame sections including a pair of opposing side sections and a pair of further side sections for spacing the opposing side sections, each of said opposing side sections comprising an engagement member for engaging with one of said edge portions when assembling the luminaire, wherein the opposing side sections are spaced by the further side sections such that the reflective canopy arches over the light exit window when the edge portions are engaged with said engagement members; and a plurality of solid state lighting elements, wherein each solid state lighting element is mounted on one of said side sections such that when the luminaire is assembled at least a part of its luminous output is redirected by said bendable reflective canopy towards the light exit window; wherein the engagement member is a fastening member, each edge portion further comprising a further fastening member for engaging with one of said fastening members; the further fastening member comprises at least one protrusion which protrudes from said edge portion, characterized in that the fastening member comprises an elongate channel dimensioned to receive one of said edge portions, and a hooked member opposing said channel for receiving and securing said at least one protrusion when the edge portion is received in said elongate channel. a bendable reflective canopy extending between a pair of opposing edge portions; a plurality of frame sections for defining a frame delimiting a light exit window of the luminaire, the frame sections including a pair of opposing side sections and a pair of further side sections for spacing the opposing side sections, each of said opposing side sections comprising an engagement member for engaging with one of said edge portions when assembling the luminaire, wherein the opposing side sections are spaced by the further side sections such that the reflective canopy arches over the light exit window when the edge portions are engaged with said engagement members; and a plurality of solid state lighting elements, wherein each solid state lighting element is mounted on one of said side sections such that when the luminaire is assembled at least a part of its luminous output is redirected by said bendable reflective canopy towards the light exit window; wherein the engagement member is a fastening member, each edge portion further comprising a further fastening member for engaging with one of said fastening members; the further fastening member comprises at least one protrusion which protrudes from said edge portion, characterized in that the fastening member comprises an elongate channel dimensioned to receive one of said edge portions, and a hooked member opposing said channel for receiving and securing said at least one protrusion when the edge portion is received in said elongate channel.
A bottom part for a food processor formed for heating at least one food, including a first plate element, the top side of which is in contact with the at least one food in the operation of the bottom part, and including a second plate element, which is connected to at least one electrical heating element (20, 22) of the bottom part, wherein the bottom part comprises a third plate element, the top side of which is connected to a bottom side of the first plate element, and the bottom side of which is connected to a top side of the second plate element, wherein the third plate element has a greater thermal conductivity than the first plate element, wherein a thickness of the third plate element is larger than a thickness of the second plate element, characterized in that the plate elements (12, 16, 26) are connected to each other in firmly bonded manner by soldering and/or the at least one heating element (20, 22) is connected to the second plate element in firmly bonded manner by soldering.
A method of determining the presence or absence in a sample of a biomarker, the method comprising: (a) providing a porous substrate positioned within a housing, the porous substrate carrying an antigen selected from mycolic acids, derivatives and salts of mycolic acids and wax esters analogous to mycolic acids; (b) contacting a surface of the substrate with the sample, the sample passing through the substrate to an opposite surface of the substrate; (c) contacting the substrate with a composition comprising colloidal gold particles wherein the colloidal gold particles carry a secondary antibody; and (d) observing the substrate, wherein when the biomarker is present in the sample a colour change in the region of the substrate which carries the antigen is observed; wherein the antigen is at least 90% pure; and wherein the substrate is positioned within the housing to enable the sample to pass through the substrate from one surface of the substrate to the opposite surface. (a) providing a porous substrate positioned within a housing, the porous substrate carrying an antigen selected from mycolic acids, derivatives and salts of mycolic acids and wax esters analogous to mycolic acids; (b) contacting a surface of the substrate with the sample, the sample passing through the substrate to an opposite surface of the substrate; (c) contacting the substrate with a composition comprising colloidal gold particles wherein the colloidal gold particles carry a secondary antibody; and (d) observing the substrate, wherein when the biomarker is present in the sample a colour change in the region of the substrate which carries the antigen is observed; wherein the antigen is at least 90% pure; and wherein the substrate is positioned within the housing to enable the sample to pass through the substrate from one surface of the substrate to the opposite surface.