mhurhangee/patent-ind-claim-en huggingface dataset:
A fabric conditioner composition comprising: a. 1 to 50 wt. % quaternary ammonium compound, the quaternary ammonium compound comprising at least one chain derived from fatty acids; b. 0.125 to 3 wt. % triglyceride; and c. Water; wherein the triglyceride comprises at least 60 % C18 chains and wherein the triglyceride comprises at least 50 wt. % unsaturated carbon chains; and wherein the quaternary ammonium compound is an ester quat. a. 1 to 50 wt. % quaternary ammonium compound, the quaternary ammonium compound comprising at least one chain derived from fatty acids; b. 0.125 to 3 wt. % triglyceride; and c. Water; wherein the triglyceride comprises at least 60 % C18 chains and wherein the triglyceride comprises at least 50 wt. % unsaturated carbon chains; and wherein the quaternary ammonium compound is an ester quat.
A method for digital backup of measurement results with - a weighing device, - - which contains a pickup device and - - a digital evaluation device , - wherein the pickup device detects physical quantities, which are converted into measured-value-specific quantities in the evaluation device and which with additional data and parameters form a measurement data set which can be displayed and / or further processed, - wherein for the weighing device , a corresponding public and a secret private key is created, characterized in that - the key pair required for the backup is automatically created by the weighing device, - the secret private key is stored in the evaluation device in a non-readable manner and - measured values or the measurement data set are signed using the secret private key and a specified signature algorithm, - wherein the corresponding public and the private key are generated by the weighing device by means of a chosen random number and a prescribed encryption algorithm - wherein the random number is formed from the least significant bit of the analog-to-digital converter result of the weighing device in such a way that the least significant bit is read out n-times and is compiled to an n-digit random number. - a weighing device, - - which contains a pickup device and - - a digital evaluation device , - - which contains a pickup device and - - a digital evaluation device , - wherein the pickup device detects physical quantities, which are converted into measured-value-specific quantities in the evaluation device and which with additional data and parameters form a measurement data set which can be displayed and / or further processed, - wherein for the weighing device , a corresponding public and a secret private key is created, - the key pair required for the backup is automatically created by the weighing device, - the secret private key is stored in the evaluation device in a non-readable manner and - measured values or the measurement data set are signed using the secret private key and a specified signature algorithm, - wherein the corresponding public and the private key are generated by the weighing device by means of a chosen random number and a prescribed encryption algorithm - wherein the random number is formed from the least significant bit of the analog-to-digital converter result of the weighing device in such a way that the least significant bit is read out n-times and is compiled to an n-digit random number.
A gear pump for metering viscous fluid, comprising: a housing including an inlet port for receiving the viscous fluid and an outlet port for discharging the viscous fluid; a driven gear and an idler gear each mounted for rotation in said housing, said driven gear and said idler gear including respective gear teeth in a meshing relationship and forming an inlet space and an outlet space in the housing and adjacent to the meshing gear teeth , said inlet space being in fluid communication with said inlet port and said outlet space being in fluid communication with said outlet port ; and a flow indicating element located in said housing, said flow indicating element configured to be rotated by the viscous fluid to indicate when the fluid is moving from said inlet port and inlet space to said outlet space and outlet port , characterized in that said flow indicating element further comprises a flow indicating gear , wherein the flow indicating gear is mounted for rotation coaxially relative to at least one of the driven gear or the idler gear and mounted for rotation independent of said driven gear and said idler gear . a housing including an inlet port for receiving the viscous fluid and an outlet port for discharging the viscous fluid; a driven gear and an idler gear each mounted for rotation in said housing, said driven gear and said idler gear including respective gear teeth in a meshing relationship and forming an inlet space and an outlet space in the housing and adjacent to the meshing gear teeth , said inlet space being in fluid communication with said inlet port and said outlet space being in fluid communication with said outlet port ; and a flow indicating element located in said housing, said flow indicating element configured to be rotated by the viscous fluid to indicate when the fluid is moving from said inlet port and inlet space to said outlet space and outlet port , characterized in that said flow indicating element further comprises a flow indicating gear , wherein the flow indicating gear is mounted for rotation coaxially relative to at least one of the driven gear or the idler gear and mounted for rotation independent of said driven gear and said idler gear .
A method for transmitting a multicast signal, the method comprising: receiving (S2100) Internet Protocol, IP, streams from an upper layer; compressing (S2101) IP headers of the IP streams in a link layer; generating (S2102) link control information for multicast related to the link layer; encapsulating (S2103) Robust Header Compression, ROHC, streams with the compressed IP headers; encapsulating (S2104) a descriptor related to IP header compression and the link control information; and transmitting (S2105) a stream including the link control information, the descriptor, and the ROHC streams in a physical layer, characterized in that : the link control information includes a link ID which is mapped to a ROHC channel ID, and the link control information further includes multicast descriptor, the multicast descriptor includes multicast stream ID. receiving (S2100) Internet Protocol, IP, streams from an upper layer; compressing (S2101) IP headers of the IP streams in a link layer; generating (S2102) link control information for multicast related to the link layer; encapsulating (S2103) Robust Header Compression, ROHC, streams with the compressed IP headers; encapsulating (S2104) a descriptor related to IP header compression and the link control information; and transmitting (S2105) a stream including the link control information, the descriptor, and the ROHC streams in a physical layer, characterized in that : the link control information includes a link ID which is mapped to a ROHC channel ID, and the link control information further includes multicast descriptor, the multicast descriptor includes multicast stream ID. the link control information includes a link ID which is mapped to a ROHC channel ID, and the link control information further includes multicast descriptor, the multicast descriptor includes multicast stream ID.
A sacral support device comprising: a main body comprising: a center support portion ; relief arms disposed laterally to the center support portion ; an upper support portion connected to the center support portion and the relief arms ; and a support skirt connected to the center support portion and to the relief arms ; and a support frame attached to the main body , the support frame comprising: an outer arch ; an inner arch medial to the outer arch ; and a base portion or a pedestal , connected to the inner and outer arches ; optionally wherein: each relief arm independently, with the center support portion , upper support portion , and support skirt , defines an elongated slot portion in the main body; or a surface of the main body includes ribs, said surface of the main body being proximate to the support frame; or the center support portion of the main body is attached to the inner arch of the support frame ; characterized in that : each relief arm forms an arc rearwardly curving between its connections to the upper support portion and support skirt . a main body comprising: a center support portion ; relief arms disposed laterally to the center support portion ; an upper support portion connected to the center support portion and the relief arms ; and a center support portion ; relief arms disposed laterally to the center support portion ; an upper support portion connected to the center support portion and the relief arms ; and a support skirt connected to the center support portion and to the relief arms ; and a support frame attached to the main body , the support frame comprising: an outer arch ; an inner arch medial to the outer arch ; and a base portion or a pedestal , connected to the inner and outer arches ; an outer arch ; an inner arch medial to the outer arch ; and a base portion or a pedestal , connected to the inner and outer arches ; optionally wherein: each relief arm independently, with the center support portion , upper support portion , and support skirt , defines an elongated slot portion in the main body; or a surface of the main body includes ribs, said surface of the main body being proximate to the support frame; or the center support portion of the main body is attached to the inner arch of the support frame ; each relief arm independently, with the center support portion , upper support portion , and support skirt , defines an elongated slot portion in the main body; or a surface of the main body includes ribs, said surface of the main body being proximate to the support frame; or the center support portion of the main body is attached to the inner arch of the support frame ; characterized in that : each relief arm forms an arc rearwardly curving between its connections to the upper support portion and support skirt .
A solar heat collector tube in which at least an infrared reflective layer , a sunlight-heat conversion layer and an anti-reflection layer are provided on the outer surface of a tube , through the interior of which a heat medium can flow, wherein the infrared reflective layer has a multilayer structure in which an Ag layer is sandwiched between two metal protective layers , characterized in that the Ag layer has dispersed therein at least one metal selected from the group consisting of Mo, W, Ta, Nb and Al, the metal protective layers are formed by at least one metal selected from the group consisting of Mo, W, Ta and Nb, or a compound of the metal and silicon or nitrogen, and an oxygen barrier layer is provided between one of the metal protective layers and the sunlight-heat conversion layer .
A turbine engine blade made of composite material comprising fiber reinforcement obtained by three dimensionally weaving yarns and densified with a matrix, the blade comprising an airfoil and a blade root forming a single part, the blade root having two opposite lateral flanks that are substantially plane, the blade being characterized in that the blade root is clamped between two independent pads made of composite material, which pads are fastened against the lateral flanks of the blade root so as to form a blade root that is bulb-shaped.
A modified eukaryotic cell, wherein this modified eukaryotic cell is a Pichia pastoris cell, which is modified compared to its wildtype cell at least in that it comprises - a modified ssn6-like gene, and/or - a modified expression level of SSN6-like protein, or in that - an ssn6-like gene is deleted, respectively to the effect that - the modified Pichia pastoris cell is not able to provide an SSN6-like protein that exerts its wildtype function and/or wildtype activity, - the amount of SSN6-like protein still being present in the modified Pichia pastoris cell differs from the amount of SSN6-like protein being present in its wildtype form, and/or - essentially no SSN6-like protein is present in the modified Pichia pastoris cell, wherein the following definitions apply: • the ssn6-like gene is defined as comprising SEQ ID NO: 1, • the nucleotide sequence of the ssn6-like gene is modified by introduction of a point mutation, a partial or complete deletion, or a replacement by a different nucleotide sequence, and • the modified Pichia pastoris cell, compared to its unmodified wildtype, is defined as exhibiting reduced or no SSN6-like protein activity and/or function in regulating an LLP promoter, with this LLP promoter comprising SEQ ID NO: 133. - a modified ssn6-like gene, and/or - a modified expression level of SSN6-like protein, or in that - an ssn6-like gene is deleted, - the modified Pichia pastoris cell is not able to provide an SSN6-like protein that exerts its wildtype function and/or wildtype activity, - the amount of SSN6-like protein still being present in the modified Pichia pastoris cell differs from the amount of SSN6-like protein being present in its wildtype form, and/or - essentially no SSN6-like protein is present in the modified Pichia pastoris cell, • the ssn6-like gene is defined as comprising SEQ ID NO: 1, • the nucleotide sequence of the ssn6-like gene is modified by introduction of a point mutation, a partial or complete deletion, or a replacement by a different nucleotide sequence, and • the modified Pichia pastoris cell, compared to its unmodified wildtype, is defined as exhibiting reduced or no SSN6-like protein activity and/or function in regulating an LLP promoter, with this LLP promoter comprising SEQ ID NO: 133.
A lithium manganese phosphate/carbon nanocomposite suitable as a cathode material for rechargeable electrochemical cells, having the general formula Li x Mn y M 1-y (PO 4 ) z /C where M is at least one other metal selected from Fe, Ni, Co, Cr, V, Mg, Ca, Al, B, Zn, Cu, Nb, Ti, Zr, La, Ce, Y, x = 0.8-1.1, y = 0.5-1.0, 1.0 <z <1.1, with a carbon content of 0.5 to 20% by weight, obtainable by milling precursors of Li x Mn y M 1-y (PO 4 ) z with:- (a) electro-conductive carbon black having a specific surface area of at least 80 m 2 /g (b) graphite having a specific surface area of at least 9.5 m 2 /g or (c) activated carbon having a specific surface area of at least 200 m 2 /g wherein the phosphate precursor for lithium metal phosphate is utilized in stoichiometric excess with respect to the metal precursors. (a) electro-conductive carbon black having a specific surface area of at least 80 m 2 /g (b) graphite having a specific surface area of at least 9.5 m 2 /g or (c) activated carbon having a specific surface area of at least 200 m 2 /g wherein the phosphate precursor for lithium metal phosphate is utilized in stoichiometric excess with respect to the metal precursors.
A lighting assembly comprising at least one point-like light source having a first and a second electrical contact , a lead frame comprising suitable metal areas to electrically connect the first electrical contact and the second electrical contact of the at least one point-like light source to a power source and to spread heat from the at least one point-like light source via the metal areas , and a suitably shaped plastic layer arranged at least on top of the lead frame , wherein the plastic layer comprises openings arranged above the metal areas , wherein each opening is a via at least partly filled with electrical conductive material, wherein the at least one point-like light source is placed on a first surface of the plastic layer facing away from the lead frame and the at least one point-like light source is in electrical contact with the metal areas of the lead frame by the vias , and wherein one or more conductive traces are applied on the first surface of the plastic layer facing away from the lead frame and electrically insulated from the metal areas of the lead frame to be able to electrically connect additional components not being point-like light sources on the first surface of the plastic layer separately from the lead frame . at least one point-like light source having a first and a second electrical contact , a lead frame comprising suitable metal areas to electrically connect the first electrical contact and the second electrical contact of the at least one point-like light source to a power source and to spread heat from the at least one point-like light source via the metal areas , and a suitably shaped plastic layer arranged at least on top of the lead frame , wherein the plastic layer comprises openings arranged above the metal areas , wherein each opening is a via at least partly filled with electrical conductive material, wherein the at least one point-like light source is placed on a first surface of the plastic layer facing away from the lead frame and the at least one point-like light source is in electrical contact with the metal areas of the lead frame by the vias , and wherein one or more conductive traces are applied on the first surface of the plastic layer facing away from the lead frame and electrically insulated from the metal areas of the lead frame to be able to electrically connect additional components not being point-like light sources on the first surface of the plastic layer separately from the lead frame .
An image sensor , comprising: a semiconductor substrate integrated with a plurality of photo-sensing devices spaced apart from each other in a horizontal direction; and a nanopattern layer on the semiconductor substrate, the nanopattern layer including at least two types of dielectric substances having different refractive indexes from each other and having a plurality of nanopatterns (P), the two types of dielectric substances having a refractive index difference of greater than or equal to 0.2, the two types of dielectric substances being formed in separate regions from each other, and the nanopatterns being defined at the interface between the two types of dielectric substances, wherein a single nanopattern of the plurality of nanopatterns corresponds to a single photo-sensing device of the plurality of photo-sensing devices; wherein each nanopattern of the plurality of nanopatterns (P) has a size greater than or equal to 1 nanometer to less than 1 micrometer; and wherein the size of the nanopattern is the longest horizontal width that the nanopattern has in cross-section when the nanopattern layer is horizontally cut, and characterized in that the single nanopattern (P) transmits light in a wavelength region only onto the single photo-sensing device corresponding thereto. a semiconductor substrate integrated with a plurality of photo-sensing devices spaced apart from each other in a horizontal direction; and a nanopattern layer on the semiconductor substrate, the nanopattern layer including at least two types of dielectric substances having different refractive indexes from each other and having a plurality of nanopatterns (P), the two types of dielectric substances having a refractive index difference of greater than or equal to 0.2, the two types of dielectric substances being formed in separate regions from each other, and the nanopatterns being defined at the interface between the two types of dielectric substances, wherein a single nanopattern of the plurality of nanopatterns corresponds to a single photo-sensing device of the plurality of photo-sensing devices; wherein each nanopattern of the plurality of nanopatterns (P) has a size greater than or equal to 1 nanometer to less than 1 micrometer; and wherein the size of the nanopattern is the longest horizontal width that the nanopattern has in cross-section when the nanopattern layer is horizontally cut, and characterized in that the single nanopattern (P) transmits light in a wavelength region only onto the single photo-sensing device corresponding thereto.
Vehicle (F), comprising: at least one vehicle component (FK), the vehicle component (FK) of the vehicle (F) comprising at least one controllably movable actuator, and a device for providing a vehicle environment view (FUA) for the vehicle (F), comprising: - vehicle cameras set up to supply camera images (KB) of a vehicle environment (FUA) of the vehicle (F) ; - a determination device set up to determine the movement space of at least one vehicle component (FK) of the vehicle (F); and - an image data processing unit set up to adapt, on the basis of the determined movement space of the at least one vehicle component (FK) of the vehicle (F), a projection area (PF) onto which the camera images (KB) supplied by the vehicle cameras are projected to generate the vehicle environment view (FUA), characterised in that the determination unit is set up to determine the movement space of the at least one vehicle component (FK) of the vehicle (F) as a function of control data which serve to actuate the actuators of the vehicle component (FK) in question. at least one vehicle component (FK), the vehicle component (FK) of the vehicle (F) comprising at least one controllably movable actuator, and a device for providing a vehicle environment view (FUA) for the vehicle (F), comprising: - vehicle cameras set up to supply camera images (KB) of a vehicle environment (FUA) of the vehicle (F) ; - a determination device set up to determine the movement space of at least one vehicle component (FK) of the vehicle (F); and - an image data processing unit set up to adapt, on the basis of the determined movement space of the at least one vehicle component (FK) of the vehicle (F), a projection area (PF) onto which the camera images (KB) supplied by the vehicle cameras are projected to generate the vehicle environment view (FUA), characterised in that - vehicle cameras set up to supply camera images (KB) of a vehicle environment (FUA) of the vehicle (F) ; - a determination device set up to determine the movement space of at least one vehicle component (FK) of the vehicle (F); and - an image data processing unit set up to adapt, on the basis of the determined movement space of the at least one vehicle component (FK) of the vehicle (F), a projection area (PF) onto which the camera images (KB) supplied by the vehicle cameras are projected to generate the vehicle environment view (FUA), characterised in that the determination unit is set up to determine the movement space of the at least one vehicle component (FK) of the vehicle (F) as a function of control data which serve to actuate the actuators of the vehicle component (FK) in question.
A film mask comprising: a transparent substrate; a darkened light-shielding pattern layer provided on the transparent substrate; a metal layer provided between the transparent substrate and the darkened light-shielding pattern layer; and a release force enhancement layer provided on the darkened light-shielding pattern layer and having surface energy of 30 mN/m (30 dynes/cm) or less. a transparent substrate; a darkened light-shielding pattern layer provided on the transparent substrate; a metal layer provided between the transparent substrate and the darkened light-shielding pattern layer; and a release force enhancement layer provided on the darkened light-shielding pattern layer and having surface energy of 30 mN/m (30 dynes/cm) or less.