mhurhangee/ep-ind-claims huggingface dataset:
Capsule for infusion products, in particular coffee, comprising: a cup-shaped body with a side wall having an upper edge and with a bottom wall in which a plurality of openings are defined for allowing water to enter the cup-shaped body; and a cover secured to the cup-shaped body so as to close the cup-shaped body on a side opposite to the bottom wall; characterized in that at least one peripheral passage (300C, 300D) is provided between an upper edge of the cup-shaped body and a peripheral edge of the cover in such a manner as to allow, in use, the infusion to exit from the capsule only at the peripheral edge of the cover. a cup-shaped body with a side wall having an upper edge and with a bottom wall in which a plurality of openings are defined for allowing water to enter the cup-shaped body; and a cover secured to the cup-shaped body so as to close the cup-shaped body on a side opposite to the bottom wall;
A comestible composition comprising a sweet flavor enhancing amount of a compound having structural Formula (IIc): or a tautomer, salt, or solvate, and/or ester thereof; wherein, A is-NH 2; R 17 is hydrogen, methyl, ethyl, propyl, iso -propyl, n -butyl, iso -butyl, sec -butyl, t -butyl, phenyl or benzyl; W is -S; Y is -C(R 26)- Z is -C(R 27)-; R 26 and R 27 are independently hydrogen, alkanyl, substituted alkanyl, alkoxy, carboxylic acid, carboxylic acid amide, or carboxylic acid ester; or alternatively, R 26 and R 27 together with the atom(s) to which they are bonded form a cycloalkyl, substituted cycloalkyl, cycloheteroalkyl or substituted cycloheteroalkyl ring and the sweet flavor enhancing amount is not a therapeutically effective amount, and at least one sweet flavor entity. A is-NH 2; R 17 is hydrogen, methyl, ethyl, propyl, iso -propyl, n -butyl, iso -butyl, sec -butyl, t -butyl, phenyl or benzyl; W is -S; Y is -C(R 26)- Z is -C(R 27)-; R 26 and R 27 are independently hydrogen, alkanyl, substituted alkanyl, alkoxy, carboxylic acid, carboxylic acid amide, or carboxylic acid ester; or alternatively, R 26 and R 27 together with the atom(s) to which they are bonded form a cycloalkyl, substituted cycloalkyl, cycloheteroalkyl or substituted cycloheteroalkyl ring and the sweet flavor enhancing amount is not a therapeutically effective amount, and at least one sweet flavor entity.
An immunogenic composition comprising, relative to the total volume of the composition: a. 0.05 mg/mL to 5 mg/mL of an HIV gp140 protein or of a mixture of at least two HIV gp140 proteins; b. 2% to 15% (w/v) sorbitol; c. 0.01 to 0.05% (w/v) polysorbate 20; and d. 5 to 20 mM histidine buffer at a pH of 5.5 to 7.0. a. 0.05 mg/mL to 5 mg/mL of an HIV gp140 protein or of a mixture of at least two HIV gp140 proteins; b. 2% to 15% (w/v) sorbitol; c. 0.01 to 0.05% (w/v) polysorbate 20; and d. 5 to 20 mM histidine buffer at a pH of 5.5 to 7.0.
Method for machining a workpiece with a surface, in particular in a bore, wherein into the surface a groove structure with grooves and interposed ribs is introduced, wherein undesirable burrs can develop on the groove structure, characterized in that for testing and determining a formation of burrs a measuring means is provided which emits a light to the surface of the groove structure and receives light reflected from the surface, wherein a degree of the burr formation is determined depending on the reflected light.
A motor vehicle, preferably a commercial vehicle, particularly preferably a truck, comprising a vehicle frame; a driver's cab; a working platform, which is arranged at the rear of the cab above the vehicle frame; and a tank, preferably a reducing agent tank, which is arranged between the working platform and the vehicle frame, characterized in that the tank is elastically supported or rests on the vehicle frame, and that the tank comprises at least one recess, preferably a through hole or a dome section, through which the working platform is supported on the vehicle frame. a vehicle frame; a driver's cab; a working platform, which is arranged at the rear of the cab above the vehicle frame; and a tank, preferably a reducing agent tank, which is arranged between the working platform and the vehicle frame, that the tank is elastically supported or rests on the vehicle frame, and that the tank comprises at least one recess, preferably a through hole or a dome section, through which the working platform is supported on the vehicle frame.
A method executed by a server for providing messaging-over hypertext transfer protocol, HTTP, to establish a context between a client and the server and to exchange data over a network, the method comprising: receiving a connection request from a client; establishing a first connection with the client; receiving a data request from the client over the connection for requesting data from the server, wherein the data request is an HTTP POST request comprising a specialized header specifying a content type, a content length, an identity of a client making the request and instructing the server what data to retrieve, where to retrieve it from, and how to respond to the client; sending a receipt response to the client; generating a cookie representing a context between the client and the server, wherein the context represents a collection of state of the server that is maintained for a subsequent request from the client after interruption of the first connection, and wherein re-authentication of the client is not required when the cookie is provided with the subsequent request; and providing the cookie to the client. receiving a connection request from a client; establishing a first connection with the client; receiving a data request from the client over the connection for requesting data from the server, wherein the data request is an HTTP POST request comprising a specialized header specifying a content type, a content length, an identity of a client making the request and instructing the server what data to retrieve, where to retrieve it from, and how to respond to the client; sending a receipt response to the client; generating a cookie representing a context between the client and the server, wherein the context represents a collection of state of the server that is maintained for a subsequent request from the client after interruption of the first connection, and wherein re-authentication of the client is not required when the cookie is provided with the subsequent request; and providing the cookie to the client.
An infrared radiation ablatable flexographic printing precursor that comprises an infrared radiation ablatable layer comprising a mixture of a high molecular weight ethylene-propylene-diene terpolymer (EPDM) rubber having a molecular weight of from 200,000 to 800,000 and a low molecular weight EPDM rubber having a molecular weight of from 2,000 to 10,000, wherein the infrared radiation ablatable layer further comprises an infrared radiation absorbing compound that absorbs IR radiation in the range of from 750 to 1400 nm.
A computer-implemented method, comprising: copying a plurality of data objects from a customer data source onto a network-attachable data transfer device, located at a customer location, for physical transport to a service provider location; generating a source manifest inventorying a set of data objects of the plurality of data objects that have been successfully copied to the network-attachable data transfer device at the customer location; receiving a receipt manifest inventorying data objects of the plurality of data objects that have been successfully transmitted from the network-attachable data transfer device, located at a service provider location, to a data storage service; performing a comparison of the source manifest and the receipt manifest to determine a subset of the set of data objects that have been successfully transferred from the network-attachable data transfer device to the data storage service; and performing a set of operations that transforms individual data objects of the subset of the set of data objects, wherein the receipt manifest includes a digital signature of the data storage service; and performing the set of operations is conditioned on successful verification of the digital signature. copying a plurality of data objects from a customer data source onto a network-attachable data transfer device, located at a customer location, for physical transport to a service provider location; generating a source manifest inventorying a set of data objects of the plurality of data objects that have been successfully copied to the network-attachable data transfer device at the customer location; receiving a receipt manifest inventorying data objects of the plurality of data objects that have been successfully transmitted from the network-attachable data transfer device, located at a service provider location, to a data storage service; performing a comparison of the source manifest and the receipt manifest to determine a subset of the set of data objects that have been successfully transferred from the network-attachable data transfer device to the data storage service; and performing a set of operations that transforms individual data objects of the subset of the set of data objects, wherein the receipt manifest includes a digital signature of the data storage service; and performing the set of operations is conditioned on successful verification of the digital signature.
A flexible coupling (10; 30) comprising: a convoluted bellows (21; 28) having a plurality of convolutions (11-16; 31,32); at least two adjacent convolutions (12, 13; 14, 15; 31, 32) spaced apart further axially than other convolutions in the bellows (21; 28); and a resilient damping ring to dampen the bellows (21, 28), wherein said resilient damping ring is positively engaged with said at least two adjacent convolutions (12, 13; 14, 15; 31, 32), wherein the resilient damping ring is disposed exteriorly about said bellows (21; 28) and said at least two adjacent convolutions (12, 13; 14, 15; 31, 32) extend radially outward beyond an outward periphery of said ring. a convoluted bellows (21; 28) having a plurality of convolutions (11-16; 31,32); at least two adjacent convolutions (12, 13; 14, 15; 31, 32) spaced apart further axially than other convolutions in the bellows (21; 28); and a resilient damping ring to dampen the bellows (21, 28), wherein said resilient damping ring is positively engaged with said at least two adjacent convolutions (12, 13; 14, 15; 31, 32), wherein the resilient damping ring is disposed exteriorly about said bellows (21; 28) and said at least two adjacent convolutions (12, 13; 14, 15; 31, 32) extend radially outward beyond an outward periphery of said ring.
An asphalt composition comprising 0.1 to 8 wt.-% based on the total weight of the composition of an Isocyanate as thermosetting reactive compound and 0.1 to 8 wt.-% based on the total weight of the composition of a plasticizer selected from the group consisting of orthophthalates, terephthalates, cyclohexanoates, alkylsulfonates, adipates,, and citrates, or mixtures thereof.
A food processor for releasable attachment to a drive unit, the food processor comprising a lid, a food processing tool unit (4, 65) and a container, wherein the lid is releasably attachable to the container to enclose the food processing tool unit (4,65) which is arranged to be operated by the drive unit, the lid comprising a drive unit mount to releasably mount the drive unit to the lid, and an attachment element to releasably attach the lid to the container, characterized in that the lid further comprises a locking element operable by the drive unit to engage the container attached to the lid when the drive unit is mounted to the lid so that detachment of the lid from the container is prevented by the locking element when the drive unit is mounted to the lid.
Cutting tool made from hardenable steel for severing flat materials positioned on a resilient support, for example cardboard, corrugated board, honeycomb cardboard, plastic panels and the like, consisting of a band-shaped base body which has, in the longitudinal direction, on one side a working region with cutting teeth and on the other side a supporting region with a supporting surface, optionally with a plurality of supporting surfaces (22, 22'), characterised in that the cutting tool, when cutting the flat material, cooperates with the flexible resilient support thereof and the cutting teeth are formed with the tips with radii of at least 0.1 mm to 2.0 mm and cutting flanks (112, 112', 112") emanating from said tips at an angle α of 60° to 90° to one another, wherein, in the longitudinal direction of the cutting tool, the difference in the distances (A, A', A") from the cutting tips (111, 111', 111") of adjacent cutting teeth (11, 11', 11") to the opposite supporting surface, optionally to the opposite supporting surfaces (22, 22'), is 0.5 to 2.0 mm.
A module for telescopic protective covering, comprising: - a protective upper wall forming a first protective surface and movable along a movement direction; - a load-bearing structure for supporting the upper wall; - an extendible protective element of the bellows type extendible along a sliding direction of the module, the protective element being positioned below the upper wall, the extendible protective element defining a second protective surface with a variable extension between two adjacent modules; wherein the module comprises a support configured for retaining the extendible protective element and located below the upper wall, characterised in that the load-bearing structure has the above-mentioned support configured to define a lower supporting surface for the extendible protective element in such a way that the extendible protective element slides on the supporting surface during a relative extension/retraction movement resulting from the movement of the module along the movement direction, wherein the covering module comprises at least one base portion designed for slidably coupling with at least one respective guide of the module, and the load-bearing structure extends vertically between the upper wall and the base portions for supporting the upper wall relative to the base portions. - a protective upper wall forming a first protective surface and movable along a movement direction; - a load-bearing structure for supporting the upper wall; - an extendible protective element of the bellows type extendible along a sliding direction of the module, the protective element being positioned below the upper wall, the extendible protective element defining a second protective surface with a variable extension between two adjacent modules; wherein the module comprises a support configured for retaining the extendible protective element and located below the upper wall, characterised in that the load-bearing structure has the above-mentioned support configured to define a lower supporting surface for the extendible protective element in such a way that the extendible protective element slides on the supporting surface during a relative extension/retraction movement resulting from the movement of the module along the movement direction, wherein the covering module comprises at least one base portion designed for slidably coupling with at least one respective guide of the module, and the load-bearing structure extends vertically between the upper wall and the base portions for supporting the upper wall relative to the base portions.
A speaker comprising: a body; a surface structure rigidly attached to the body; piezoelectric deformable plate elements attached to the surface structure and configured to bend, when driven with a voltage or current source, the surface structure, at least one of the piezoelectric deformable plate elements comprising a first substantially rectangular piezoelectric deformable element attached to the surface structure, wherein the first piezoelectric deformable plate element is placed in a corner of the surface structure so that at least part of the first piezoelectric deformable plate element exceeds a center point of the surface structure; and a piezoelectric deformable plate element specific band-pass filter for at least one piezoelectric deformable plate element of the piezoelectric deformable plate elements, the band-pass filter having at least one piezoelectric deformable plate element specific pass band. a body; a surface structure rigidly attached to the body; piezoelectric deformable plate elements attached to the surface structure and configured to bend, when driven with a voltage or current source, the surface structure, at least one of the piezoelectric deformable plate elements comprising a first substantially rectangular piezoelectric deformable element attached to the surface structure, wherein the first piezoelectric deformable plate element is placed in a corner of the surface structure so that at least part of the first piezoelectric deformable plate element exceeds a center point of the surface structure; and a piezoelectric deformable plate element specific band-pass filter for at least one piezoelectric deformable plate element of the piezoelectric deformable plate elements, the band-pass filter having at least one piezoelectric deformable plate element specific pass band.
A system comprising: a thermal assembly (1902, 2006) configured to hold a sample plate (118, 204, 1908); an optical assembly (402, 502, 602, 802, 1901, 2306, 2502) in a fixed position relative to the thermal assembly, the optical assembly comprising: at least one array of excitation sources configured to emit excitation energy along a first excitation optical path; a detector (214, 410, 524, 820, 1310, 1406) configured to receive emission energy along a detection optical path, and a multifunction mirror (112, 208, 504, 822, 1202, 1602) that directs excitation energy to the sample plate from the excitation optical path and that directs emission energy from the sample plate to the detection optical path, wherein the excitation optical path and the detection optical path are in the same plane, characterised in that the multifunction mirror is a three sided mirror to allow both the excitation optical path and the detection optical path to be in the same plane. a thermal assembly (1902, 2006) configured to hold a sample plate (118, 204, 1908); an optical assembly (402, 502, 602, 802, 1901, 2306, 2502) in a fixed position relative to the thermal assembly, the optical assembly comprising: at least one array of excitation sources configured to emit excitation energy along a first excitation optical path; a detector (214, 410, 524, 820, 1310, 1406) configured to receive emission energy along a detection optical path, and a multifunction mirror (112, 208, 504, 822, 1202, 1602) that directs excitation energy to the sample plate from the excitation optical path and that directs emission energy from the sample plate to the detection optical path, wherein the excitation optical path and the detection optical path are in the same plane, characterised in that the multifunction mirror is a three sided mirror to allow both the excitation optical path and the detection optical path to be in the same plane. at least one array of excitation sources configured to emit excitation energy along a first excitation optical path; a detector (214, 410, 524, 820, 1310, 1406) configured to receive emission energy along a detection optical path, and a multifunction mirror (112, 208, 504, 822, 1202, 1602) that directs excitation energy to the sample plate from the excitation optical path and that directs emission energy from the sample plate to the detection optical path, wherein the excitation optical path and the detection optical path are in the same plane, characterised in that the multifunction mirror is a three sided mirror to allow both the excitation optical path and the detection optical path to be in the same plane.
A process to prepare a stigmasterol-rich composition which comprises heating a crude stigmasterol phytosterol blend under conditions of time and temperature, to reduce the amount of water and ethanol or to convert stigmasterol in amorphous or hydrated crystal form, to provide a stigmasterol-rich phytosterol composition comprising at least 50% stigmasterol, based on total weight of phytosterols, wherein stigmasterol is at least 98% in the anhydrous form, and the composition comprises no more than 1000 ppm water and no more than 50 ppm ethanol.
A full color display comprising a plurality of pixels, the display having a white point, a direction of emission and a solid angle of emission around the direction of emission characterized by a half-cone angle θ, each pixel comprising: a red sub-pixel comprising a red LED having a first geometry configured to emit red light into a range of emission angles, such that a fraction of the red sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2); a green sub-pixel comprising a green LED having a second geometry configured to emit green light into a range of emission angles, such that a fraction of the green sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2); and a blue sub-pixel comprising a blue LED having a third geometry configured to emit blue light into a range of emission angles, such that a fraction of the blue sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2), such that, in any direction within the solid angle of emission, white light emitted by the display has a chromaticity difference Du'v' from the white point of the display which is less than 0.01. a red sub-pixel comprising a red LED having a first geometry configured to emit red light into a range of emission angles, such that a fraction of the red sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2); a green sub-pixel comprising a green LED having a second geometry configured to emit green light into a range of emission angles, such that a fraction of the green sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2); and a blue sub-pixel comprising a blue LED having a third geometry configured to emit blue light into a range of emission angles, such that a fraction of the blue sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2), such that, in any direction within the solid angle of emission, white light emitted by the display has a chromaticity difference Du'v' from the white point of the display which is less than 0.01.