mhurhangee/ep-ind-claims huggingface dataset:
A method for enforcing application security on a computing device, comprising: receiving, by an operating system of the computing device from an application adapter of a fast application operating within a host application on the computing device, a request to access resources of the computing device, wherein the host application and application adapter are each associated with a unique user identifier, UID; in response to a determination that the request is associated with resources included in a permission list of the fast application: translating, by the operating system, the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the host application; in response to a determination that the request is associated with resources not included in the permission list of the fast application, the request is associated with a key management service, or the request is associated with a file system: refraining, by the operating system, from translating the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the application adapter. receiving, by an operating system of the computing device from an application adapter of a fast application operating within a host application on the computing device, a request to access resources of the computing device, wherein the host application and application adapter are each associated with a unique user identifier, UID; in response to a determination that the request is associated with resources included in a permission list of the fast application: translating, by the operating system, the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the host application; translating, by the operating system, the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the host application; in response to a determination that the request is associated with resources not included in the permission list of the fast application, the request is associated with a key management service, or the request is associated with a file system: refraining, by the operating system, from translating the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the application adapter. refraining, by the operating system, from translating the UID of the application adapter to the UID of the host application; and determining, by the operating system, whether to allow the request based on the UID of the application adapter.
An opacifying particle comprising a pigment particle having an average particle diameter of from 0.15 micron to 1.0 micron and a refractive index of at least 1.8, said pigment particle being at least partially encapsulated in a polymeric shell having a calculated thickness of from 35 nm to 200 nm, wherein said polymeric shell comprises at least a first polymer phase and a second polymer phase, wherein said first polymer is substantially in contact with the surface of said pigment particle providing a calculated shell thickness of at least 25 nm. and wherein said first polymer has a refractive index of at least 0.03 units less than the refractive index of said second polymer.
A method comprising: receiving, at data processing hardware of an automated speech recognition module, a speech input from a user, the ASR module comprising a predefined set of denormalizers to apply for denormalizing normalized text generated by the ASR module; obtaining, by the data processing hardware, context metadata associated with the speech input; generating, by the data processing hardware, a raw speech recognition result corresponding to the speech input, the generated raw speech recognition result comprising normalized text; concurrently with the generating the raw speech recognition result, providing, by the data processing hardware, the context metadata associated with the speech input to a context server, the context server configured to generate denormalization instructions for denormalizing the generated raw speech recognition result into the denormalized text based on the context metadata; receiving, at the data processing hardware, the denormalization instructions from the context server, selecting, by the data processing hardware using the denormalization instructions received from the context server, a list of one or more denormalizers to apply to the generated raw speech recognition result based on the context metadata associated with the speech input; and denormalizing, by the data processing hardware, the generated raw speech recognition result into denormalized text by applying the list of the one or more denormalizers in sequence to the generated raw speech recognition result. receiving, at data processing hardware of an automated speech recognition module, a speech input from a user, the ASR module comprising a predefined set of denormalizers to apply for denormalizing normalized text generated by the ASR module; obtaining, by the data processing hardware, context metadata associated with the speech input; generating, by the data processing hardware, a raw speech recognition result corresponding to the speech input, the generated raw speech recognition result comprising normalized text; concurrently with the generating the raw speech recognition result, providing, by the data processing hardware, the context metadata associated with the speech input to a context server, the context server configured to generate denormalization instructions for denormalizing the generated raw speech recognition result into the denormalized text based on the context metadata; receiving, at the data processing hardware, the denormalization instructions from the context server, selecting, by the data processing hardware using the denormalization instructions received from the context server, a list of one or more denormalizers to apply to the generated raw speech recognition result based on the context metadata associated with the speech input; and denormalizing, by the data processing hardware, the generated raw speech recognition result into denormalized text by applying the list of the one or more denormalizers in sequence to the generated raw speech recognition result.
Method for producing an additive for rubber or plastics products, preferably for vehicle tyres, - in which a suitable precursor is added to a plasma, - in which the precursor reacts in the plasma so as to form the additive, - in which the additive is collected for further use, and - in which the additive is added to a rubber or plastics mixture substantially directly after the formation. - in which a suitable precursor is added to a plasma, - in which the precursor reacts in the plasma so as to form the additive, - in which the additive is collected for further use, and - in which the additive is added to a rubber or plastics mixture substantially directly after the formation.
An illuminating glazing unit (100A, 100C, 100D, 200, 300, 400, 500, 600A, 600C, 600D, 700, 800A, 800B, 900, 1000, 1100, 1200, 1300, 1400, 1500) comprising: - a first transparent sheet of glass or plastic drilled with a through-hole delimited by an internal wall; - at least one inorganic light-emitting diode comprising an emission surface emitting light in a main direction of emission substantially orthogonal to the emission surface, the glazing unit being characterized in that it comprises a light guide element comprising an input face arranged facing the emission surface, a body and an output face arranged facing the internal wall, said light-emitting diode having an emission cone of at least 80°. - a first transparent sheet of glass or plastic drilled with a through-hole delimited by an internal wall; - at least one inorganic light-emitting diode comprising an emission surface emitting light in a main direction of emission substantially orthogonal to the emission surface,
Device for improving nasal ventilation, comprising first means suitable to collect a flow of air emitted from at least one nostril and second means designed to highlight said flow, said first means comprise: - at least one sealing element suitable to be inserted into a nostril and having internally through cavity, - at least one cannula having an inner duct extending between said through cavity and an operating end open ad distanced from said sealing element, - said second means being substantially consecutive to said operating end, - characterized in that: - said sealing element is suitable to be inserted in conditions of adherence into the nostril and it is a nasal olive of the type used for nasal irrigation, - said second means comprise a mobile body, being a ping-pong ball, having an outline and a weight such to permit its movement in the presence of said flow of air crossing said operating end. - at least one sealing element suitable to be inserted into a nostril and having internally through cavity, - at least one cannula having an inner duct extending between said through cavity and an operating end open ad distanced from said sealing element, - said second means being substantially consecutive to said operating end, - characterized in that: - said sealing element is suitable to be inserted in conditions of adherence into the nostril and it is a nasal olive of the type used for nasal irrigation, - said second means comprise a mobile body, being a ping-pong ball, having an outline and a weight such to permit its movement in the presence of said flow of air crossing said operating end.
An arrangement 100, with a clear width and a visible face defining a frame surface, comprising a frame, with a wing engaging in the clear width of the frame and mounted on the frame by means of hinges in a pivotable manner about a hinge axis between a closed position and an open position; with a first securing element which is provided on one of the wing and the frame, and with a second securing element which is provided on the other of the wing and the frame, wherein at least one of the hinges comprises a first hinge loop with a fastening device which is fastened to the one of the wing and the frame, wherein the fastening device comprises a housing which can be placed in the one of the wing and the frame which housing receives a fastening part of the first hinge loop between two walls (52, 53) parallel to each other, and at least one fastening screw extends through at least one of the parallel walls (52, 53) and through the fastening part, wherein one of the parallel walls (52, 53) comprises at least one internal thread for the at least one fastening screw, wherein the first and second securing elements (13, 28) are formed and positioned such that they prevent a separation of wing and frame when the wing is in closed position, even if the hinges are without any function, wherein the first securing element is fastened not only to the fastening device but also to the one of the wing and the frame, and the first securing element is screwed onto the fastening device by means of the at least one fastening screw. with a clear width and a visible face defining a frame surface, comprising a frame, with a wing engaging in the clear width of the frame and mounted on the frame by means of hinges in a pivotable manner about a hinge axis between a closed position and an open position; with a first securing element which is provided on one of the wing and the frame, and with a second securing element which is provided on the other of the wing and the frame, wherein at least one of the hinges comprises a first hinge loop with a fastening device which is fastened to the one of the wing and the frame, wherein the fastening device comprises a housing which can be placed in the one of the wing and the frame which housing receives a fastening part of the first hinge loop between two walls (52, 53) parallel to each other, and at least one fastening screw extends through at least one of the parallel walls (52, 53) and through the fastening part, wherein one of the parallel walls (52, 53) comprises at least one internal thread for the at least one fastening screw, wherein the first and second securing elements (13, 28) are formed and positioned such that they prevent a separation of wing and frame when the wing is in closed position, even if the hinges are without any function, wherein the first securing element is fastened not only to the fastening device but also to the one of the wing and the frame, and the first securing element is screwed onto the fastening device by means of the at least one fastening screw.
A method of affinity maturing an antibody, wherein the antibody is a whole antibody or a fragment thereof, wherein the fragment comprises at least a heavy chain variable region and light chain variable region, wherein the method comprises the steps of: a. obtaining an amino acid sequence of the antibody light chain variable region; b. preparing a library of antibody VL variants by diversifying the antibody VL Chothia residues 30a, 30c, 30d, 30f, 32, 50, 91, 92, 93, 94, and 96 with a set of amino acids, wherein the set of amino acids are (i) RNDGHSY at V kappa Chothia residue 30a; (ii) RNDGHWY at V kappa Chothia residue 30c; (iii) RNDGHSY at V kappa Chothia residue 30d; (iv) RNDGHWY at V kappa Chothia residue 30f; (v) RNDY at V kappa Chothia residue 32; (vi) YWNK at V kappa Chothia residue 50; (vii)SYGH at V kappa Chothia residue 91; (viii) SYGN at V kappa Chothia residue 92; (ix) STER at V kappa Chothia residue 93; (x) YSHT at V kappa Chothia residue 94; and (xi) YRWL at V kappa Chothia residue 96; c. expressing the library of antibody VL variants in a host or translating the library of antibody VL variants in vitro; and d. selecting from the library of antibody VL variants one or more affinity matured antibody having an improved affinity to an antigen. a. obtaining an amino acid sequence of the antibody light chain variable region; b. preparing a library of antibody VL variants by diversifying the antibody VL Chothia residues 30a, 30c, 30d, 30f, 32, 50, 91, 92, 93, 94, and 96 with a set of amino acids, wherein the set of amino acids are (i) RNDGHSY at V kappa Chothia residue 30a; (ii) RNDGHWY at V kappa Chothia residue 30c; (iii) RNDGHSY at V kappa Chothia residue 30d; (iv) RNDGHWY at V kappa Chothia residue 30f; (v) RNDY at V kappa Chothia residue 32; (vi) YWNK at V kappa Chothia residue 50; (vii)SYGH at V kappa Chothia residue 91; (viii) SYGN at V kappa Chothia residue 92; (ix) STER at V kappa Chothia residue 93; (x) YSHT at V kappa Chothia residue 94; and (xi) YRWL at V kappa Chothia residue 96; (i) RNDGHSY at V kappa Chothia residue 30a; (ii) RNDGHWY at V kappa Chothia residue 30c; (iii) RNDGHSY at V kappa Chothia residue 30d; (iv) RNDGHWY at V kappa Chothia residue 30f; (v) RNDY at V kappa Chothia residue 32; (vi) YWNK at V kappa Chothia residue 50; (vii)SYGH at V kappa Chothia residue 91; (viii) SYGN at V kappa Chothia residue 92; (ix) STER at V kappa Chothia residue 93; (x) YSHT at V kappa Chothia residue 94; and (xi) YRWL at V kappa Chothia residue 96; c. expressing the library of antibody VL variants in a host or translating the library of antibody VL variants in vitro; and d. selecting from the library of antibody VL variants one or more affinity matured antibody having an improved affinity to an antigen.
A polylactic acid composite, characterized in that, the polylactic acid composite comprises the following components in parts by weight: 89 to 98 parts by weight of polylactic acid; 1-4 parts by weight of talcum powder; and 1-7 parts by weight of a plasticizer; wherein in the component, a polydispersity index P of the polylactic acid satisfies the following relationship: 1.55≤P≤2.02; in the component, a particle size D of the talcum powder satisfies: 1 μ m ≤ D 50 ≤ 2.6 μ m; in the component, a relative molecular weight M of the plasticizer satisfies: 180 ≤ M ≤ 670; wherein the polydispersity index is measured as decribed in the description and wherein the particle size of talcum powder is measured referring to the method of GB/T 19077.1. 89 to 98 parts by weight of polylactic acid; 1-4 parts by weight of talcum powder; and 1-7 parts by weight of a plasticizer; wherein in the component, a polydispersity index P of the polylactic acid satisfies the following relationship: 1.55≤P≤2.02; in the component, a particle size D of the talcum powder satisfies: 1 μ m ≤ D 50 ≤ 2.6 μ m; in the component, a relative molecular weight M of the plasticizer satisfies: 180 ≤ M ≤ 670; wherein the polydispersity index is measured as decribed in the description and wherein the particle size of talcum powder is measured referring to the method of GB/T 19077.1.
A vehicle seat comprising: an air bag deployment apparatus with a seat back having a frame, a cushion extending about the frame to form a cavity and a trim cover extending over the cushion and having a frangible seam line, and with an air bag module mounted to the frame within the cavity, the air bag deployment apparatus comprising: a support member (40, 70, 110, 134, 140) mounted to the frame and having an arm (55; 74; 112) extending from the frame towards a side portion of the seat back to form a reaction surface (52, 76) on one side; and a strap (58, 72) mounted to the frame and extending rearwardly of the reaction surface (52, 76) towards the side portion of the seat back, one end of the strap (58, 72) being attached to the frame and the other end being attached to the trim cover at the seam line, the cushion has a rear portion extending rearwardly of the air bag module, wherein a part of the rear portion is sandwiched between the reaction surface and the strap, and the sandwiched part of the rear portion has a uniform thickness from top to bottom of the strap. an air bag deployment apparatus with a seat back having a frame, a cushion extending about the frame to form a cavity and a trim cover extending over the cushion and having a frangible seam line, and with an air bag module mounted to the frame within the cavity, the air bag deployment apparatus comprising: a support member (40, 70, 110, 134, 140) mounted to the frame and having an arm (55; 74; 112) extending from the frame towards a side portion of the seat back to form a reaction surface (52, 76) on one side; and a strap (58, 72) mounted to the frame and extending rearwardly of the reaction surface (52, 76) towards the side portion of the seat back, one end of the strap (58, 72) being attached to the frame and the other end being attached to the trim cover at the seam line, the cushion has a rear portion extending rearwardly of the air bag module, wherein a part of the rear portion is sandwiched between the reaction surface and the strap, and the sandwiched part of the rear portion has a uniform thickness from top to bottom of the strap. a support member (40, 70, 110, 134, 140) mounted to the frame and having an arm (55; 74; 112) extending from the frame towards a side portion of the seat back to form a reaction surface (52, 76) on one side; and a strap (58, 72) mounted to the frame and extending rearwardly of the reaction surface (52, 76) towards the side portion of the seat back, one end of the strap (58, 72) being attached to the frame and the other end being attached to the trim cover at the seam line, the cushion has a rear portion extending rearwardly of the air bag module, wherein a part of the rear portion is sandwiched between the reaction surface and the strap, and the sandwiched part of the rear portion has a uniform thickness from top to bottom of the strap.
An article comprising: a porous substrate comprising water wettable, high temperature staple fibers felted onto a high temperature fluoropolymer scrim, said porous substrate having catalyst particles adhered to the surface of said substrate by a polymer adhesive, wherein the particles are tethered to said substrate by adhesive strings of polymer.
A laundry treating device, comprising: a cabinet that defines an exterior appearance of the device; a tub installed in the cabinet; and a water drain hose connected to a lower portion of the tub along the lateral direction of the tub for draining the water from the tub, characterized in that the water drain hose is connected to the lower portion of the tub at a higher position than the lowest end of the tub. a cabinet that defines an exterior appearance of the device; a tub installed in the cabinet; and a water drain hose connected to a lower portion of the tub along the lateral direction of the tub for draining the water from the tub, characterized in that the water drain hose is connected to the lower portion of the tub at a higher position than the lowest end of the tub.
An aerodynamic system for an aircraft comprising: a fixed portion of a wing; a seal coupled to and extending from the fixed portion of the wing; a high-lift device surface coupled to the wing having an as-built shape wherein, while not in flight, the high-lift device surface in the as-built shape does not make contact with the seal or partially makes contact with the seal such that air can flow between the seal and the high-lift device surface and wherein, at one or more flight conditions, the high-lift device surface, under aerodynamic forces, deforms from the as-built shape to a second shape such that in the second shape the high-lift device surface fully contacts the seal to prevent air flow between the seal and the high-lift device surface. a fixed portion of a wing; a seal coupled to and extending from the fixed portion of the wing; a high-lift device surface coupled to the wing having an as-built shape wherein, while not in flight, the high-lift device surface in the as-built shape does not make contact with the seal or partially makes contact with the seal such that air can flow between the seal and the high-lift device surface and wherein, at one or more flight conditions, the high-lift device surface, under aerodynamic forces, deforms from the as-built shape to a second shape such that in the second shape the high-lift device surface fully contacts the seal to prevent air flow between the seal and the high-lift device surface.
Glass pane for a vehicle, comprising a first glass layer, a film with two conductor layers (LS1, LS2) being applied to the first glass layer, the two conductor layers (LS1, LS2) being located opposite each other with respect to the film, an antenna structure being provided by means of at least one of the two conductor layers, characterized in that a connection structure (GCPW) to the antenna structure is provided by means of the two conductor layers, the connection structure having a centre conductor which is flanked by two lateral conductors (L1, L2), the centre conductor and the flanking two lateral conductors (L1, L2) being located in one of the two conductor layers, a conductor being provided in the other conductor layer of the two conductor layers (LS1, LS2), which conductor is arranged essentially parallel to the centre conductor and the flanking two lateral conductors (L1, L2), the flanking two lateral conductors (L1, L2) and the conductor having essentially the same potential.