mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: a III-nitride light emitting device comprising a light emitting layer disposed between an n-type region and a p-type region ; a p-contact formed on the p-type region ; a n-contact formed on the n-type region a glass layer connected to the III-nitride light emitting device and having a plane parallel to a top surface of the III-nitride light emitting device and a smaller lateral extent than the III-nitride light emitting device ; and a wavelength converting layer disposed between the III-nitride light emitting device and the glass layer ; wherein the p-contact and the n-contact are formed at the same side of the III-nitride light emitting device and are electrically isolated from each other; wherein the glass layer and the wavelength converting layer are connected to the III-nitride light emitting device at a top surface of the III-nitride light emitting device opposite to the side the p-contact and the n-contact are formed on, characterized in further comprising a kerf through the glass layer and a portion of the thickness of wavelength converting layer . a III-nitride light emitting device comprising a light emitting layer disposed between an n-type region and a p-type region ; a p-contact formed on the p-type region ; a n-contact formed on the n-type region a glass layer connected to the III-nitride light emitting device and having a plane parallel to a top surface of the III-nitride light emitting device and a smaller lateral extent than the III-nitride light emitting device ; and a wavelength converting layer disposed between the III-nitride light emitting device and the glass layer ; wherein the p-contact and the n-contact are formed at the same side of the III-nitride light emitting device and are electrically isolated from each other; wherein the glass layer and the wavelength converting layer are connected to the III-nitride light emitting device at a top surface of the III-nitride light emitting device opposite to the side the p-contact and the n-contact are formed on, characterized in further comprising a kerf through the glass layer and a portion of the thickness of wavelength converting layer .
A method for determining by mass spectrometry the amount of pregnenolone and 17-hydroxypregnenolone (17-OH pregnenolone); the method comprising: a. subjecting a single sample injection to an ionization source to ionize each of pregnenolone and 17-OH pregnenolone to produce one or more ions detectable by mass spectrometry from each of pregnenolone and 17-OH pregnenolone, wherein pregnenolone and 17-OH pregnenolone are not derivatized prior to ionization; b. determining the amounts of one or more ions from each of pregnenolone and 17-OH pregnenolone by tandem mass spectrometry; and c. using the amounts of the one or more ions from each of pregnenolone and 17-OH pregnenolone to determine the amounts of each of pregnenolone and 17-OH pregnenolone in the sample. a. subjecting a single sample injection to an ionization source to ionize each of pregnenolone and 17-OH pregnenolone to produce one or more ions detectable by mass spectrometry from each of pregnenolone and 17-OH pregnenolone, wherein pregnenolone and 17-OH pregnenolone are not derivatized prior to ionization; b. determining the amounts of one or more ions from each of pregnenolone and 17-OH pregnenolone by tandem mass spectrometry; and c. using the amounts of the one or more ions from each of pregnenolone and 17-OH pregnenolone to determine the amounts of each of pregnenolone and 17-OH pregnenolone in the sample.
An oligonucleotide comprising a sense strand and an antisense strand, wherein the oligonucleotide comprises a sense strand comprising nucleotide sequence 5' GACGCUGACCCUGAA m GUUCAUCUU 3'; and an antisense strand comprising nucleotide sequence 3' CUGmCGACUGGGACUUCAAGUAGAA 5'; wherein the nucleotide indexed m is 2'-O-methylated. a sense strand comprising nucleotide sequence 5' GACGCUGACCCUGAA m GUUCAUCUU 3'; and an antisense strand comprising nucleotide sequence 3' CUGmCGACUGGGACUUCAAGUAGAA 5';
A system for rendering a soft shadow, the system comprising: a processor ; and a computer-readable medium storing instructions that are operative when executed by the processor to: obtain a position and a size of a shadow casting element ; obtain a direction of a light vector ; based at least on a distance between the shadow casting element and a shadowed element, a relative direction between the shadow casting element and the shadowed element, and the direction of the light vector, determine a shadow position, a shadow size, and a shadow fading ; based at least on the shadow position, the shadow size, and the shadow fading, render a shadow for the shadow casting element on the shadowed element ; and attach a script to the shadowed element that passes information to a shader for dynamic updating of the shadow, wherein said information comprises the position and size of the shadow casting element, for dynamic updating of the rendered shadow a processor ; and a computer-readable medium storing instructions that are operative when executed by the processor to: obtain a position and a size of a shadow casting element ; obtain a direction of a light vector ; based at least on a distance between the shadow casting element and a shadowed element, a relative direction between the shadow casting element and the shadowed element, and the direction of the light vector, determine a shadow position, a shadow size, and a shadow fading ; based at least on the shadow position, the shadow size, and the shadow fading, render a shadow for the shadow casting element on the shadowed element ; and attach a script to the shadowed element that passes information to a shader for dynamic updating of the shadow, wherein said information comprises the position and size of the shadow casting element, for dynamic updating of the rendered shadow obtain a position and a size of a shadow casting element ; obtain a direction of a light vector ; based at least on a distance between the shadow casting element and a shadowed element, a relative direction between the shadow casting element and the shadowed element, and the direction of the light vector, determine a shadow position, a shadow size, and a shadow fading ; based at least on the shadow position, the shadow size, and the shadow fading, render a shadow for the shadow casting element on the shadowed element ; and attach a script to the shadowed element that passes information to a shader for dynamic updating of the shadow, wherein said information comprises the position and size of the shadow casting element, for dynamic updating of the rendered shadow
An on-skin sensor assembly and an applicator for applying the on-skin sensor assembly to a skin of a host, the on-skin sensor assembly including: - a sensor configured to measure an analyte concentration of the host, and - an outer housing comprising an aperture which is disposed to a side of the outer housing ; and the applicator comprising: - an applicator housing, - a needle carrier assembly comprising an insertion element configured to insert the sensor of the on-skin sensor assembly into the skin of the host, wherein the aperture in the outer housing of the on-skin sensor assembly is configured to allow the insertion element and /or the sensor to pass through, - a sensor retention element , wherein the insertion element is configured to be inserted at least partially into the sensor retention element such that the sensor is retained within the insertion element prior to activation of the applicator , and - a bottom cap , wherein the sensor retention element is coupled to the bottom cap and configured to be removed with the bottom cap prior to activation of the applicator . the on-skin sensor assembly including: - a sensor configured to measure an analyte concentration of the host, and - an outer housing comprising an aperture which is disposed to a side of the outer housing ; and - a sensor configured to measure an analyte concentration of the host, and - an outer housing comprising an aperture which is disposed to a side of the outer housing ; and the applicator comprising: - an applicator housing, - a needle carrier assembly comprising an insertion element configured to insert the sensor of the on-skin sensor assembly into the skin of the host, wherein the aperture in the outer housing of the on-skin sensor assembly is configured to allow the insertion element and /or the sensor to pass through, - a sensor retention element , wherein the insertion element is configured to be inserted at least partially into the sensor retention element such that the sensor is retained within the insertion element prior to activation of the applicator , and - a bottom cap , wherein the sensor retention element is coupled to the bottom cap and configured to be removed with the bottom cap prior to activation of the applicator . - an applicator housing, - a needle carrier assembly comprising an insertion element configured to insert the sensor of the on-skin sensor assembly into the skin of the host, wherein the aperture in the outer housing of the on-skin sensor assembly is configured to allow the insertion element and /or the sensor to pass through, - a sensor retention element , wherein the insertion element is configured to be inserted at least partially into the sensor retention element such that the sensor is retained within the insertion element prior to activation of the applicator , and - a bottom cap , wherein the sensor retention element is coupled to the bottom cap and configured to be removed with the bottom cap prior to activation of the applicator .
A computer-implemented method performed by a computing system, the method comprising: receiving a plurality of transaction requests, each of the plurality of transaction requests comprising content information of a corresponding transaction and authentication information of the corresponding transaction; determining, for each of the plurality of transaction requests, whether respective authentication information of the corresponding transaction is valid, wherein the determining, for each of the plurality of transaction requests, whether the respective authentication information of the corresponding transaction is valid comprises calculating a public key based on the respective authentication information, wherein the public key corresponds to a private key used for generation of a client signature of the corresponding transaction; and in response to determining that the authentication information is valid storing each of the plurality of transaction requests in a request stream, obtaining storage information of a transaction request of the plurality of transaction requests in the request stream, and storing the storage information of the transaction request in an index of an index stream and the authentication information of the transaction corresponding to the transaction request in a storage element of a storage stream, the storage element corresponding to the index, the index stream being associated with the storage stream. receiving a plurality of transaction requests, each of the plurality of transaction requests comprising content information of a corresponding transaction and authentication information of the corresponding transaction; determining, for each of the plurality of transaction requests, whether respective authentication information of the corresponding transaction is valid, wherein the determining, for each of the plurality of transaction requests, whether the respective authentication information of the corresponding transaction is valid comprises calculating a public key based on the respective authentication information, wherein the public key corresponds to a private key used for generation of a client signature of the corresponding transaction; and in response to determining that the authentication information is valid storing each of the plurality of transaction requests in a request stream, obtaining storage information of a transaction request of the plurality of transaction requests in the request stream, and storing the storage information of the transaction request in an index of an index stream and the authentication information of the transaction corresponding to the transaction request in a storage element of a storage stream, the storage element corresponding to the index, the index stream being associated with the storage stream.
A self-healing modified bitumen composition comprising bitumen with a penetration value of 20 to 120 and as an additive, at least one ionic liquid of 0.1 to 20 % by weight characterized in that said ionic liquid is an ionic liquid from the imidazolium group.
Laminated packaging material (10a, 10b, 10d; 20a, 20c), for packaging of liquid food products, comprising a bulk layer (11;21) of paper or paperboard or other cellulose-based material, a first outermost liquid tight, heat sealable thermoplastic layer (12;22), arranged on the outside of the bulk layer to constitute the outside of a package formed from the packaging material, a second innermost liquid tight, heat sealable thermoplastic layer (13;23) arranged on the inside of the bulk layer to be in direct contact with the filled food product, and a barrier layer (14;24) comprising a polyester selected from the group consisting of polyethylene-2,5-furandicarboxylate (PEF) and polytrimethylene furandicarboxylate (PTF), a blend and a co-polymer thereof, laminated between the bulk layer and the second, innermost liquid tight, heat sealable thermoplastic layer, wherein the barrier layer (14;24) is laminated to an adhesion-promoting layer, forming part of a laminating layer , which is bonding the barrier layer (14; 24) to the bulk layer (11; 21) and the adhesion-promoting layer comprising a blend of a thermoplastic polymer with an epoxidized natural oil, an epoxidized natural rubber or a cyclic carbonate derivative of an epoxidized natural oil or rubber.
A method for transmitting data, comprising: creating, by a first base station, a first evolved packet system, EPS, bearer based on a first component carrier group, CC Group, for a user equipment UE, wherein the first CC Group is a component carrier, CC, set created by the first base station for the UE; characterised by : allocating, by the first base station, an identifier of a second EPS bearer on an access stratum; and instructing, by the first base station, a second base station to create the second EPS bearer based on a second CC Group for the UE, wherein the second CC Group is a CC set created by the second base station for the UE, wherein the identifier of the second EPS bearer on the access stratum is carried in an EPS bearer creation request for instructing the second base station to create the second EPS bearer, and the first CC group and the second CC group correspond to respective access stratum entities of the UE. allocating, by the first base station, an identifier of a second EPS bearer on an access stratum; and instructing, by the first base station, a second base station to create the second EPS bearer based on a second CC Group for the UE, wherein the second CC Group is a CC set created by the second base station for the UE, wherein the identifier of the second EPS bearer on the access stratum is carried in an EPS bearer creation request for instructing the second base station to create the second EPS bearer, and the first CC group and the second CC group correspond to respective access stratum entities of the UE.
A MoS x O y /carbon nanocomposite material, wherein 2.5 ≤ x ≤ 3.1, 0.2 ≤ y ≤ 0.7, and the MoS x O y is oxygen doped molybdenum sulfide and has an amorphous structure.
Method for detecting mobile stations (MS) which are actively logged into a radio communication system (FS1), wherein the radio communication system (FS1) comprises at least one first network element (BS1) which forms a transmitting/receiving device for these mobile stations (MS), and wherein a second network element (BS2) is provided which is installed in a region to be monitored and is designed for network-side detection and addressing of the active mobile stations (MS), wherein, in the region to be monitored, establishment of a connection of the mobile stations (MS) to the first network element (BS1) of the radio communication system (FS1) is monitored , wherein the second network element (BS2) and a jammer (J) are activated at a point in time, wherein a communication of the active mobile stations (MS) with the second network element (BS2) is then rerouted , wherein these mobile stations (MS) are identified by the second network element (BS2) and addressed by a signal such that a response is triggered from these mobile stations, wherein a detector (D) is employed in the region to be monitored in order to monitor the establishment of a connection of the mobile stations (MS) with the radio communication system (FS1), characterised in that the detector (D) detects available radio communication systems (FS1) by scanning at an installation location, and a list of frequencies to be monitored for possible establishment of connections of the mobile stations (MS) is derived therefrom.
Railway wagon for moving sleepers (T) comprising: - a base structure having: o at least one platform , o at least one carriage configured to support the platform and allow the movement of the base structure along rails (R), - at least one first conveyor carried by the platform and configured to move the sleepers (T) relative to said platform along an advancement direction (A), - at least one second conveyor , distinct from the first conveyor , carried by the platform , said second conveyor having: o at least one first portion located above the platform within a lateral size of the latter, said first portion of the second conveyor being configured for the exchange of sleepers with the first conveyor , and o at least one second portion extending outside the lateral size of the platform and configured to move the sleepers outside said platform , characterized by the fact that the second conveyor comprises at least one movement device movable by rotation relative to the platform around an axis transverse to the lying plane of said platform , wherein at least one part of the movement device defines said second portion of the second conveyor. - a base structure having: o at least one platform , o at least one carriage configured to support the platform and allow the movement of the base structure along rails (R), o at least one platform , o at least one carriage configured to support the platform and allow the movement of the base structure along rails (R), - at least one first conveyor carried by the platform and configured to move the sleepers (T) relative to said platform along an advancement direction (A), - at least one second conveyor , distinct from the first conveyor , carried by the platform , said second conveyor having: o at least one first portion located above the platform within a lateral size of the latter, said first portion of the second conveyor being configured for the exchange of sleepers with the first conveyor , and o at least one second portion extending outside the lateral size of the platform and configured to move the sleepers outside said platform , o at least one first portion located above the platform within a lateral size of the latter, said first portion of the second conveyor being configured for the exchange of sleepers with the first conveyor , and o at least one second portion extending outside the lateral size of the platform and configured to move the sleepers outside said platform ,
A gas supply pump for a ship dual fuel engine, comprising: a rotatable camshaft ; a plurality of cam noses arranged at regular intervals along a lengthwise direction of the camshaft, wherein the cam noses are eccentric from a center of the camshaft; a plurality of cam rollers , each cam roller in close contact with a respective cam nose; a plurality of drive shafts and a plurality of pistons wherein each drive shaft is adjacent to a respective piston on one side of the respective cam roller; and a plurality of liquefied gas compression devices, each comprising a liquefied gas supply passage , a suction valve , a discharge valve and a cylinder within which the piston reciprocates, to compress and discharge liquefied gas by a linear reciprocating motion of the piston, wherein as the camshaft rotates, when the cam nose moves in a compression direction of the piston, the liquefied gas in the suction valve is discharged through the discharge valve, and when the cam nose moves in a decompression direction of the piston, the piston is retracted and liquefied gas is supplied to an internal space of the suction valve from the liquefied gas supply passage, and characterized in that each cam roller is configured to be selectively spaced apart from the respective cam nose, and when the cam roller and the cam nose are spaced apart from each other, a rotational driving force of the cam nose is not transmitted to the piston. a rotatable camshaft ; a plurality of cam noses arranged at regular intervals along a lengthwise direction of the camshaft, wherein the cam noses are eccentric from a center of the camshaft; a plurality of cam rollers , each cam roller in close contact with a respective cam nose; a plurality of drive shafts and a plurality of pistons wherein each drive shaft is adjacent to a respective piston on one side of the respective cam roller; and a plurality of liquefied gas compression devices, each comprising a liquefied gas supply passage , a suction valve , a discharge valve and a cylinder within which the piston reciprocates, to compress and discharge liquefied gas by a linear reciprocating motion of the piston, wherein as the camshaft rotates, when the cam nose moves in a compression direction of the piston, the liquefied gas in the suction valve is discharged through the discharge valve, and when the cam nose moves in a decompression direction of the piston, the piston is retracted and liquefied gas is supplied to an internal space of the suction valve from the liquefied gas supply passage, and characterized in that each cam roller is configured to be selectively spaced apart from the respective cam nose, and when the cam roller and the cam nose are spaced apart from each other, a rotational driving force of the cam nose is not transmitted to the piston.