mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device , comprising: a substrate having a main surface ; an inner portion provided on said main surface and containing a semiconductor light emitting element that emits primary light and a fluorescent particle that absorbs a part of the primary light and emits secondary light, said inner portion being formed of a transparent resin or glass; and an outer portion having a refractive index n and covering said inner portion, said outer portion being formed of a transparent resin or glass, wherein said outer portion has an outer circumferential surface that forms a boundary between the outer portion and the atmosphere, wherein the outer circumferential surface forms an outer spherical cap with a radius of its forming sphere R, and wherein a minimum circumference that includes the overall of said inner portion and is concentric with said outer spherical cap has a radius r, wherein the origin (O) of the radius R to said spherical cap and of the radius r to the minimum circumference is at the main surface of the substrate, and wherein said inner portion is a phosphor layer containing said fluorescent particle , and said phosphor layer is provided to completely fill the space between said semiconductor light emitting element and said outer portion on said main surface , and characterized in that the radius R to said outer spherical cap and the radius r to the minimum circumference satisfy the relationship R>r∗n. a substrate having a main surface ; an inner portion provided on said main surface and containing a semiconductor light emitting element that emits primary light and a fluorescent particle that absorbs a part of the primary light and emits secondary light, said inner portion being formed of a transparent resin or glass; and an outer portion having a refractive index n and covering said inner portion, said outer portion being formed of a transparent resin or glass, wherein said outer portion has an outer circumferential surface that forms a boundary between the outer portion and the atmosphere, wherein the outer circumferential surface forms an outer spherical cap with a radius of its forming sphere R, and wherein a minimum circumference that includes the overall of said inner portion and is concentric with said outer spherical cap has a radius r, wherein the origin (O) of the radius R to said spherical cap and of the radius r to the minimum circumference is at the main surface of the substrate, and wherein said inner portion is a phosphor layer containing said fluorescent particle , and said phosphor layer is provided to completely fill the space between said semiconductor light emitting element and said outer portion on said main surface , and characterized in that the radius R to said outer spherical cap and the radius r to the minimum circumference satisfy the relationship R>r∗n.
A method, implemented on a computing device having at least one processor and at least one computer-readable storage medium, for key phrase spotting, the method comprising: obtaining an audio comprising a sequence of audio portions; obtaining a plurality of candidate words corresponding to a plurality of the audio portions and obtaining a first probability score for each corresponding relationship between the obtained candidate word and the audio portion; determining if the plurality of candidate words respectively match a plurality of key words of a key phrase and if the first probability score of each of the plurality of candidate words exceeds a corresponding first threshold, the plurality of candidate words constituting a candidate phrase; in response to determining the plurality of candidate words matching the plurality of key words and the first probability score of each of the plurality of candidate words exceeding the corresponding threshold, obtaining a second probability score representing a matching relationship between the candidate phrase and the key phrase based on the first probability score of each of the plurality of candidate words; and in response to determining the second probability score exceeding a second threshold, determining the candidate phrase as the key phrase. obtaining an audio comprising a sequence of audio portions; obtaining a plurality of candidate words corresponding to a plurality of the audio portions and obtaining a first probability score for each corresponding relationship between the obtained candidate word and the audio portion; determining if the plurality of candidate words respectively match a plurality of key words of a key phrase and if the first probability score of each of the plurality of candidate words exceeds a corresponding first threshold, the plurality of candidate words constituting a candidate phrase; in response to determining the plurality of candidate words matching the plurality of key words and the first probability score of each of the plurality of candidate words exceeding the corresponding threshold, obtaining a second probability score representing a matching relationship between the candidate phrase and the key phrase based on the first probability score of each of the plurality of candidate words; and in response to determining the second probability score exceeding a second threshold, determining the candidate phrase as the key phrase.
Base structure for a device for transporting film wherein the base structure comprises: at least one upper guide unit and one lower guide unit , wherein the upper guide unit is designed to guide at least one upper movable cable (10-3), and the lower guide unit is designed to guide at least one lower movable cable (10-1, 10-2), wherein the at least one upper cable (10-3) and the at least one lower cable (10-1, 10-2) can be arranged so as to clamp the film at least in places on the lateral edge thereof and to carry along said film, and wherein at least one guide unit of the guide units is designed to press the film , by means of the at least one cable (10-3) guided by the guide unit , against the at least one cable (10-1, 10-2) guided by the other guide unit .
A femur plate comprising: a first end portion anatomically pre-formed to conform to the convex surface of the femur in a region of a greater trochanter ; a second end portion comprising at least one first opening configured to receive a bone fastener ; and an elongate shaft extending from the first end portion to the second end portion , the elongate shaft comprising at least one second opening configured to receive a bone fastener , characterized in that the second end portion is anatomically pre-formed to conform to the convex surface of the femur in a region of a lateral condyle. a first end portion anatomically pre-formed to conform to the convex surface of the femur in a region of a greater trochanter ; a second end portion comprising at least one first opening configured to receive a bone fastener ; and an elongate shaft extending from the first end portion to the second end portion , the elongate shaft comprising at least one second opening configured to receive a bone fastener , characterized in that the second end portion is anatomically pre-formed to conform to the convex surface of the femur in a region of a lateral condyle.
Process for preparing a solution of at least ten different products to be dissolved, comprising the dissolution of one or several beads, each bead carrying said products to be dissolved, the beads being soluble beads in a solvent of the solution, the beads being calibrated with a homogenous diameter ranging from 1 to 4 mm, and said products being grafted onto the surface of each of said soluble beads.
A Fab comprising a modified heavy chain constant region, wherein said modified heavy chain constant region comprises a CH1 domain and a hinge region in order from the N- to C-terminus, wherein the hinge region is of a rodent IgG isotype and the CH1 domain is not of a rodent IgG isotype, wherein the rodent hinge region consists of the amino acid sequence of any one of ERRNGGIGHKC (SEQ ID NO: 32), EERNGGIGHKC (SEQ ID NO: 93), ERRQGGIGHKC (SEQ ID NO: 34), VPREC (SEQ ID NO: 26), and wherein the CH1 domain consists of the amino acid sequence of any one of ASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQS SGLYSLSSVVTVPSSSLGTQTYICNVNHKPSNTKVDKKV (SEQ ID NO: 1), ASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQS SGLYSLSSWTVPSSSLGTQTYICNVNHKPSNTKVDKRV (SEQ ID NO: 2), ASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQS SGLYSLSSWTVPSSSLGTQTYICNVNHKPSNTKVDKKI (SEQ ID NO: 7), ASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQS SGLYSLSSWTVPSSSLGTQTYICNVNHKPSNTKVEKKV (SEQ ID NO: 8), ASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQS SGLYSLSSW'ΓVPSSSLGTQTYICNVNHKPSNTKVDKGV (SEQ ID NO: 9) or ASTKGPSVFPLAPSSKSTSGGTAALGCLVKDYFPEPVTVSWNSGALTSGVHTFPAVLQS SGLYSLSSWTVPSSSLGTQTYICNVNHKPSNTKVDKEV (SEQ ID NO: 10).
A transmission electron microscope (100;200) comprising: - a column delimiting an object chamber , - at least one ballistic material jet source : - outside said object chamber , and - fixed in a sealed manner to said column , facing an opening , called port, provided on said column ; said at least one jet source is arranged outside the column and comprises a collimator of the material jet towards a predetermined direction; characterized in that said collimator passes through the port and leads into the object chamber so that a portion of the material jet exits said source in said object chamber . - a column delimiting an object chamber , - at least one ballistic material jet source : - outside said object chamber , and - fixed in a sealed manner to said column , facing an opening , called port, provided on said column ; - outside said object chamber , and - fixed in a sealed manner to said column , facing an opening , called port, provided on said column ; said at least one jet source is arranged outside the column and comprises a collimator of the material jet towards a predetermined direction; characterized in that said collimator passes through the port and leads into the object chamber so that a portion of the material jet exits said source in said object chamber .
A spark plug for a high frequency ignition system comprising: a centre electrode having a front end with a firing tip; a tubular insulator member having a front end ) and an axial bore accommodating said centre electrode, said electrode firing tip protruding beyond said insulator front end; a counter electrode comprising a shell portion receiving said tubular insulator member ; wherein said tubular insulator member comprises a core made from a dielectric material exhibiting a first dielectric constant and a peripheral layer in a material exhibiting a greater dielectric constant that faces said shell portion of said counter electrode; characterized in that said centre electrode comprises a hollow shaft portion in said insulator member formed as a metallic layer on the inner, axial bore surface of said insulator member; and a firing tip member in electrical contact with said hollow shaft portion . a centre electrode having a front end with a firing tip; a tubular insulator member having a front end ) and an axial bore accommodating said centre electrode, said electrode firing tip protruding beyond said insulator front end; a counter electrode comprising a shell portion receiving said tubular insulator member ; wherein said tubular insulator member comprises a core made from a dielectric material exhibiting a first dielectric constant and a peripheral layer in a material exhibiting a greater dielectric constant that faces said shell portion of said counter electrode; characterized in that said centre electrode comprises a hollow shaft portion in said insulator member formed as a metallic layer on the inner, axial bore surface of said insulator member; and a firing tip member in electrical contact with said hollow shaft portion .
Device for coherent detection of data transported in an optical signal called the input payload signal, the device comprising: - a first input single-mode optical fibre (PLSOF), which is configured to inject the input payload signal into a signal mixer (MEL), - a second input single-mode optical fibre (LOSOF), which is configured to inject an optical signal of optical frequency substantially equal to that of the input payload signal, which optical signal is called the oscillation signal, into the signal mixer (MEL), - the signal mixer (MEL), which is configured to split one of the signals of the first or of the second fibre into two signals of orthogonal polarizations, and to mix the other of the signals of the first or of the second fibre with the two split signals, producing a mixed signal, - a detector (DET) of said transported data present in the mixed signal, the device being characterized in that it further comprises: - an amplitude modulator (MOD) configured to modulate the oscillation signal before it enters the mixer, the modulation pattern comprising repetitive pulses of same interval and of same temporal alignment as a symbol time of the input payload signal. - a first input single-mode optical fibre (PLSOF), which is configured to inject the input payload signal into a signal mixer (MEL), - a second input single-mode optical fibre (LOSOF), which is configured to inject an optical signal of optical frequency substantially equal to that of the input payload signal, which optical signal is called the oscillation signal, into the signal mixer (MEL), - the signal mixer (MEL), which is configured to split one of the signals of the first or of the second fibre into two signals of orthogonal polarizations, and to mix the other of the signals of the first or of the second fibre with the two split signals, producing a mixed signal, - a detector (DET) of said transported data present in the mixed signal, the device being characterized in that it further comprises: - an amplitude modulator (MOD) configured to modulate the oscillation signal before it enters the mixer, the modulation pattern comprising repetitive pulses of same interval and of same temporal alignment as a symbol time of the input payload signal. - an amplitude modulator (MOD) configured to modulate the oscillation signal before it enters the mixer, the modulation pattern comprising repetitive pulses of same interval and of same temporal alignment as a symbol time of the input payload signal.
A speaker transducer , comprising a speaker membrane and two drive members connected to an outer membrane circumference of the speaker membrane for driving the speaker membrane , and a substantially rigid support member connected to each of the two drive members and extending there between, wherein the support member is connected to and extends along the speaker membrane , wherein the support member comprises one or more fin portions extending between the two drive members and wherein each fin portion is attached to the speaker membrane and projects away therefrom substantially perpendicular.
Method of media state synchronization, comprising the following steps: - an application entity (AF) sends a request to a rules control entity (PCRF) asking said rules control entity (PCRF) to send a message to said application entity (AF) describing the state, known to the rules control entity (PCRF), of the media controlled by this application entity (AF) and currently in use, - on expiry of a default time period or one contained in said request, the rules control entity (PCRF) sends the application entity (AF) a message in which the rules control entity (PCRF) describes the state of said media, and - subsequent to the receipt of said message, the application entity (AF) • does not undertake any action if the media list provided by the rules control entity (PCRF) is identical to the media list known to the application entity (AF), or • corrects its state of said media if a subset of the media of the list provided by the rules control entity (PCRF) is different from the media list known to the application entity (AF), or • requests the release of the session if all the media of the list provided by the rules control entity (PCRF) is different from the media list known to the application entity (AF) or if the session itself is unknown to the application entity (AF). - an application entity (AF) sends a request to a rules control entity (PCRF) asking said rules control entity (PCRF) to send a message to said application entity (AF) describing the state, known to the rules control entity (PCRF), of the media controlled by this application entity (AF) and currently in use, - on expiry of a default time period or one contained in said request, the rules control entity (PCRF) sends the application entity (AF) a message in which the rules control entity (PCRF) describes the state of said media, and - subsequent to the receipt of said message, the application entity (AF) • does not undertake any action if the media list provided by the rules control entity (PCRF) is identical to the media list known to the application entity (AF), or • corrects its state of said media if a subset of the media of the list provided by the rules control entity (PCRF) is different from the media list known to the application entity (AF), or • requests the release of the session if all the media of the list provided by the rules control entity (PCRF) is different from the media list known to the application entity (AF) or if the session itself is unknown to the application entity (AF). • does not undertake any action if the media list provided by the rules control entity (PCRF) is identical to the media list known to the application entity (AF), or • corrects its state of said media if a subset of the media of the list provided by the rules control entity (PCRF) is different from the media list known to the application entity (AF), or • requests the release of the session if all the media of the list provided by the rules control entity (PCRF) is different from the media list known to the application entity (AF) or if the session itself is unknown to the application entity (AF).
An image reading apparatus comprising: a reading unit configured to read a document (P); a document setting unit configured to set the document to be fed toward the reading unit; and a binding member detector that is configured to detect a binding member binding the document, characterised in that : the binding member detector is provided in an outside of an installation region of the document setting unit, the binding member detector includes a first portion and a second portion disposed to face the first portion, and is configured to detect the binding member by passing the document through between the first portion and the second portion, wherein an interval (L1, L2) between the first portion and the second portion is configured to be adjustable, and wherein, by adjusting the interval, an output for detecting the binding member is also adjusted. a reading unit configured to read a document (P); a document setting unit configured to set the document to be fed toward the reading unit; and a binding member detector that is configured to detect a binding member binding the document, characterised in that : the binding member detector is provided in an outside of an installation region of the document setting unit, the binding member detector includes a first portion and a second portion disposed to face the first portion, and is configured to detect the binding member by passing the document through between the first portion and the second portion, wherein an interval (L1, L2) between the first portion and the second portion is configured to be adjustable, and wherein, by adjusting the interval, an output for detecting the binding member is also adjusted. the binding member detector is provided in an outside of an installation region of the document setting unit, the binding member detector includes a first portion and a second portion disposed to face the first portion, and is configured to detect the binding member by passing the document through between the first portion and the second portion, wherein an interval (L1, L2) between the first portion and the second portion is configured to be adjustable, and wherein, by adjusting the interval, an output for detecting the binding member is also adjusted.
A method comprising: receiving , at a device , content and an XML-type file via an IP-type transport stream, wherein the XML-type file is an XML instance file having a format that is consistent with an XML schema ; selecting data from the XML-type file; and preventing delivery of the content from the device to another device connected to the device in accordance with the data, wherein the data comprises; a system renewability message comprising a list of identities of one or more devices that are unauthorized for the use of the content, and the data is comprised of a first data block and a second data block, wherein the first data block includes data provided by, and formatted according to, a first provider of copy protection technology identified by a first unique value in the first data block, wherein the second data block includes data provided by, and formatted according to, a second provider of copy protection technology identified by a second unique value in the second data block, and wherein the first provider of copy protection technology is different than the second provider of copy protection technology. receiving , at a device , content and an XML-type file via an IP-type transport stream, wherein the XML-type file is an XML instance file having a format that is consistent with an XML schema ; selecting data from the XML-type file; and preventing delivery of the content from the device to another device connected to the device in accordance with the data, wherein the data comprises; a system renewability message comprising a list of identities of one or more devices that are unauthorized for the use of the content, and to the device in accordance with the data, wherein the data comprises; a system renewability message comprising a list of identities of one or more devices that are unauthorized for the use of the content, and the data is comprised of a first data block and a second data block, wherein the first data block includes data provided by, and formatted according to, a first provider of copy protection technology identified by a first unique value in the first data block, wherein the second data block includes data provided by, and formatted according to, a second provider of copy protection technology identified by a second unique value in the second data block, and wherein the first provider of copy protection technology is different than the second provider of copy protection technology.