mhurhangee/patent-ind-claim-en huggingface dataset:
A tube for a heat exchanger comprising at least one fusible part for assembling with at least one wall of the heat exchanger , wherein the tube is a flat tube assembled of two half-plates so that it comprises two flat walls joined along at least two coupling edges , wherein the two coupling edges define a general plane (P1), wherein the fusible part comprises a first fuse element , a second fuse element configured to be fixed to the wall of the heat exchanger , a decoupling zone situated between the first fuse element and the second fuse element , wherein said second fuse element is configured to be separated from the first fuse element by differential in expansion/contraction between said tube and said at least one wall to which it is intended to be fixed, the decoupling zone being configured to deviate the second fuse element relatively to a general plane (P1) of the tube , wherein the decoupling zone is distanced from the second fuse element characterized in that the fusible part comprises at least two inflections, wherein the first fuse element comprises a first inflection , and the second fuse element comprises a second inflection , said inflections being defined as the portion of the fusible part which slopes away or towards the general plane (P1) of the tube .
A monoclonal antibody which recognizes an epitope based on a steric structure of TRACP-5b; which does not recognize any of epitopes formed of a primary structure of linear sequence of TRACP-5b, wherein the monoclonal antibody is produced by hybridoma TrK-126 of Accession number NITE BP-01866 or hybridoma TrK-127 of Accession number NITE BP-01867.
An image decoding method performed by a decoding apparatus, the method comprising: obtaining (S1300) residual information for a chroma component of a current coding unit; obtaining (S1310) Coding Unit, CU, chroma Quantization Parameter, QP, offset related information for the current coding unit based on a tree type and a size of the current coding unit; deriving (S1320) transform coefficients for the current coding unit based on the residual information; deriving (S1330) a chroma QP for the current coding unit based on the CU chroma QP offset related information; deriving (S1340) residual samples for the current coding unit by dequantizing the transform coefficients based on the chroma QP; and generating (S1350) a reconstructed picture based on the residual samples, wherein the CU chroma QP offset related information is signaled in a transform unit syntax for a first transform block among transform blocks of the current coding unit, characterized in that wherein based on at least one of a width and a height of the current coding unit being greater than 64, and the tree type being not a dual tree luma, the CU chroma QP offset related information is obtained, wherein the CU chroma QP offset related information includes a CU chroma QP offset index and a CU chroma QP offset flag for the current coding unit. obtaining (S1300) residual information for a chroma component of a current coding unit; obtaining (S1310) Coding Unit, CU, chroma Quantization Parameter, QP, offset related information for the current coding unit based on a tree type and a size of the current coding unit; deriving (S1320) transform coefficients for the current coding unit based on the residual information; deriving (S1330) a chroma QP for the current coding unit based on the CU chroma QP offset related information; deriving (S1340) residual samples for the current coding unit by dequantizing the transform coefficients based on the chroma QP; and generating (S1350) a reconstructed picture based on the residual samples, wherein the CU chroma QP offset related information is signaled in a transform unit syntax for a first transform block among transform blocks of the current coding unit, characterized in that wherein based on at least one of a width and a height of the current coding unit being greater than 64, and the tree type being not a dual tree luma, the CU chroma QP offset related information is obtained, wherein the CU chroma QP offset related information includes a CU chroma QP offset index and a CU chroma QP offset flag for the current coding unit.
A solar cell module comprising: at least one solar cell on a first principal surface of a transparent insulating substrate ; and an anti-glare film on a second principal surface of the transparent insulating substrate, wherein the anti-glare film is a continuous film having no cracks and contains transparent inorganic fine particles in an inorganic binder , characterized in that the anti-glare film has an average thickness d 1 of 500 nm to 2000 nm and a surface maximum height Ry 1 of 1000 nm to 10000 nm, the inorganic binder has as a main component a silicon oxide containing an Si-O bond obtained by hydrolysis of an Si-H bond and an Si-N bond, and the inorganic fine particles are nonspherical particles having a surface composed of a pulverized surface, and have an average primary particle size of 0.1 μm to 5.0 μm as calculated from observation of a cross section of the anti-glare film. at least one solar cell on a first principal surface of a transparent insulating substrate ; and an anti-glare film on a second principal surface of the transparent insulating substrate, wherein the anti-glare film is a continuous film having no cracks and contains transparent inorganic fine particles in an inorganic binder , characterized in that the anti-glare film has an average thickness d 1 of 500 nm to 2000 nm and a surface maximum height Ry 1 of 1000 nm to 10000 nm, the inorganic binder has as a main component a silicon oxide containing an Si-O bond obtained by hydrolysis of an Si-H bond and an Si-N bond, and the inorganic fine particles are nonspherical particles having a surface composed of a pulverized surface, and have an average primary particle size of 0.1 μm to 5.0 μm as calculated from observation of a cross section of the anti-glare film.
A mechanical transmission device comprising a planet carrier (1; 101; 201) and at least two planets (2;3;4;5) mounted on the planet carrier by means of respective rotation shafts 10;11;12;13), the device including a stop (14; 114; 214) for stopping movement of the various rotation shafts in axial translation, the stop (14; 114; 214) being shaped to be secured to the planet carrier (1; 101; 201), the stop (14; 114; 214) including portions inserted in grooves (15; 115) formed in each of the rotation shafts and in corresponding slots (16; 116) in at least one plate (6;9) of the planet carrier (1; 101; 201) carrying the rotation shafts of the planet carrier, which slots give access to said grooves (15;115), the stop thus being carried by said plate by co-operation with said slots, being characterized in that the stop is shaped to be secured to the planet carrier by snap-fastening to said planet carrier, each of said portions of the stop including an abutment and a snap-fastener tab for snap-fastening the stop to the planet carrier at each of said rotation shafts, with the stop (14; 114; 214) being plane.
A method for forming an ohmic contact to a p-type silicon carbide layer, the method comprising the following steps: providing the p-type silicon carbide layer having a first main side and a second main side opposite to the first main side ; implanting first ions and second ions into the p-type silicon carbide layer from the first main side to form an implantation layer at the first main side ; characterized in that the step of implanting the ions into the p-type silicon carbide layer is performed by plasma immersion ion implantation, wherein the p-type silicon carbide layer is immersed in a plasma comprising the first ions and the second ions , the first ions being ionized aluminium atoms and the second ions being different from the first ions . providing the p-type silicon carbide layer having a first main side and a second main side opposite to the first main side ; implanting first ions and second ions into the p-type silicon carbide layer from the first main side to form an implantation layer at the first main side ; characterized in that the step of implanting the ions into the p-type silicon carbide layer is performed by plasma immersion ion implantation, wherein the p-type silicon carbide layer is immersed in a plasma comprising the first ions and the second ions , the first ions being ionized aluminium atoms and the second ions being different from the first ions .
A method of determining the amount of free IL-18 in a sample comprising detecting the specific binding of the IL-18 binding protein (IL-18BP) to free IL-18 protein in the sample which includes the steps of: a) bringing a sample suspected to contain free IL-18 into contact with the IL-18BP, which specifically binds to free IL-18, but not to IL-18 bound in a complex and functions as the capturing molecule for free IL-18; b) allowing the IL-18BP to bind to free IL-18; c) detecting the binding of IL-18 to the IL-18BP using an immunoassayfor detection and determining the amount of free IL-18 in the sample using a linear standard curve, which is calculated for predefined IL-18 concentrations within the range of 5 to 200 pg/mL. a) bringing a sample suspected to contain free IL-18 into contact with the IL-18BP, which specifically binds to free IL-18, but not to IL-18 bound in a complex and functions as the capturing molecule for free IL-18; b) allowing the IL-18BP to bind to free IL-18; c) detecting the binding of IL-18 to the IL-18BP using an immunoassayfor detection and determining the amount of free IL-18 in the sample using a linear standard curve, which is calculated for predefined IL-18 concentrations within the range of 5 to 200 pg/mL.
A method of recording multimodal user interaction with an item in a networked system, the networked system comprising at least one server device connected to at least one client device across at least one network, the method comprising the steps of generating a data record comprising data representative of the item, the data including at least image data depicting the item ; generating and associating a unique identifier code with the data record, wherein associating at least the image data in the data record with the unique identifier code defines an avatar of the item in the networked system ; distributing one or more copies of the avatar to the or each client device ; encoding the unique identifier code into a machine-readable tag and securing the tag to each physical embodiment of the item outside the networked system ; generating and storing a user account for each user of the networked system, each user account having at least one respective type selected from a group comprising at least an item provider and an item consumer; and authenticating access of each client device to the networked system through logging each user's client device into the user's respective user account; at the or each client device, logging digital user interaction with the avatar and analogue user interaction with the physical item, wherein logging analogue user interaction comprises reading the machine-readable tag with the client device ; and matching and recording each logged user interaction against the item data record at the or each server device. generating and associating a unique identifier code with the data record, wherein associating at least the image data in the data record with the unique identifier code defines an avatar of the item in the networked system ; distributing one or more copies of the avatar to the or each client device ; encoding the unique identifier code into a machine-readable tag and securing the tag to each physical embodiment of the item outside the networked system ; generating and storing a user account for each user of the networked system, each user account having at least one respective type selected from a group comprising at least an item provider and an item consumer; and authenticating access of each client device to the networked system through logging each user's client device into the user's respective user account; at the or each client device, logging digital user interaction with the avatar and analogue user interaction with the physical item, wherein logging analogue user interaction comprises reading the machine-readable tag with the client device ; and matching and recording each logged user interaction against the item data record at the or each server device.
Peptide for use in the treatment, amelioration or prevention of osteoarthritis, wherein the peptide is between 12 and 28 amino acids in length and comprises an amino acid sequence according to SEQ ID NO: 16 or a variant thereof according to formula 2, wherein the amino acid sequence of said peptide is comprised in SEQ ID NO: 34 or a variant thereof according to formula 1, wherein formula 1 is: X1 X2 X3 G Y X4 A X5 Y S E G X6 S X7 X8 X9 L X10 X11 X12 M N A T X13 H A (SEQ ID NO: 47) wherein X1 = A or I or L or M or Y or V or E or H or K or Q or R, X2 = P or Y or M, X3 = E or R or H or K or N or P or Q or S or T or I or L or M or V, X4 = A or E or Q or R or S, X5 = Y or N or D, X6 = E or A or Q, X7 = A or D or E or H or K or S, X8 = F or A or D or E or H or Q or R or S, X9 = P or M, X10 = N or A or D or S or T or E or Q or R or I or V, X11 = S or A or D or E or H or K or N or P or Q or T, X12 = Y or H or D or G or H or N or R or S or T or wherein X13 = N or F or W or Y or H or K or R. and wherein Formula 2 is: Y S E G X6 S X7 X8 X9 L X10 X11 (SEQ ID NO: 48) wherein X6 = E or A or Q, X7 = A or D or E or H or K or S, X8 = F or A or D or E or H or Q or R or S, X9 = P or M, X10 = N or A or D or S or T or E or Q or R or I or V or wherein X11 = S or A or D or E or H or K or N or P or Q or T. X1 = A or I or L or M or Y or V or E or H or K or Q or R, X2 = P or Y or M, X3 = E or R or H or K or N or P or Q or S or T or I or L or M or V, X4 = A or E or Q or R or S, X5 = Y or N or D, X6 = E or A or Q, X7 = A or D or E or H or K or S, X8 = F or A or D or E or H or Q or R or S, X9 = P or M, X10 = N or A or D or S or T or E or Q or R or I or V, X11 = S or A or D or E or H or K or N or P or Q or T, X12 = Y or H or D or G or H or N or R or S or T or wherein X13 = N or F or W or Y or H or K or R. X6 = E or A or Q, X7 = A or D or E or H or K or S, X8 = F or A or D or E or H or Q or R or S, X9 = P or M, X10 = N or A or D or S or T or E or Q or R or I or V or wherein X11 = S or A or D or E or H or K or N or P or Q or T.
A data processing method, applied to a first user equipment of an augmented reality system, the first user equipment comprising a first display screen, the system further comprising a second user equipment communicatively connected to the first user equipment , and the second user equipment comprising a second display screen; wherein the data processing method comprises: displaying (S301, S401, S701, S910) virtual objects in a display area of the first display screen; selecting a target virtual object from the virtual objects displayed in the display area of the first display screen; presetting a trajectory table, wherein the trajectory table comprises identifications of the virtual objects and motion trajectories corresponding to the identifications; determining the motion trajectory corresponding to the target virtual object from the trajectory table; and triggering (S302, S402, S702, S920) the target virtual object to move towards the second user equipment based on the motion trajectory so that the second user equipment , in response to the target virtual object moving into an observation area of the second user equipment , displays the target virtual object in a display area of the second display screen; characterized in that , before the displaying (S301, S401, S701, S910) virtual objects in a display area of the first display screen, the method further comprises: sending a connection request to the second user equipment , in response to the first user equipment having determined that an orientation of a field of view of the second user equipment is the same as an orientation of a field of view of the first user equipment , to complete a connection between the first user equipment and the second user equipment. displaying (S301, S401, S701, S910) virtual objects in a display area of the first display screen; selecting a target virtual object from the virtual objects displayed in the display area of the first display screen; presetting a trajectory table, wherein the trajectory table comprises identifications of the virtual objects and motion trajectories corresponding to the identifications; determining the motion trajectory corresponding to the target virtual object from the trajectory table; and triggering (S302, S402, S702, S920) the target virtual object to move towards the second user equipment based on the motion trajectory so that the second user equipment , in response to the target virtual object moving into an observation area of the second user equipment , displays the target virtual object in a display area of the second display screen; characterized in that , before the displaying (S301, S401, S701, S910) virtual objects in a display area of the first display screen, the method further comprises: sending a connection request to the second user equipment , in response to the first user equipment having determined that an orientation of a field of view of the second user equipment is the same as an orientation of a field of view of the first user equipment , to complete a connection between the first user equipment and the second user equipment.
Air spring strut consisting of an air spring and a damper for spring suspension and damping of vibrations of a motor vehicle chassis, which air spring strut is clamped between the body and the chassis of the motor vehicle, with an air spring bellows which is composed of elastomeric material, is clamped in an airtight manner between an air spring cover and an air spring rolling piston and rolls on the air spring rolling piston with the formation of a rolling fold , with an outer guide enclosing the air spring bellows in a sleeve-shaped manner, and an expansion bellows which protects the rolling fold from dirt accumulations and which is fastened to an end of the outer guide that faces away from the air spring cover , characterized in that ventilation means for ventilating a space surrounded by the expansion bellows are provided, wherein the ventilation means comprise ventilation openings at an end of the expansion bellows that faces the chassis, and further additional ventilation openings are provided in the expansion bellows , said additional ventilation openings assisting an airflow within the expansion bellows in the direction of the chassis, wherein means for controlling the airflow within the expansion bellows are provided in the region of the additional ventilation openings .
A semiconductor package , comprising: a substrate ; a die mounted on a top surface of the substrate in a flip-chip fashion; a dummy layer mounted on a rear surface of the die ; a lid mounted on the dummy layer and on a perimeter of the substrate , wherein the lid comprises a cover plate and four walls formed integral with the cover plate ; and a liquid-cooling channel situated between the cover plate of the lid and the dummy layer for circulating a coolant relative to the semiconductor package ; characterized in that the liquid-cooling channel is located only directly above the die when viewed from the above, the coolant in the liquid-cooling channel is not in direct contact with the rear surface of the die during operation, the lid has a thermal conductivity of 300 W/(m·K), and the dummy layer has a thermal conductivity of at least 180 W/(m·K). a substrate ; a die mounted on a top surface of the substrate in a flip-chip fashion; a dummy layer mounted on a rear surface of the die ; a lid mounted on the dummy layer and on a perimeter of the substrate , wherein the lid comprises a cover plate and four walls formed integral with the cover plate ; and a liquid-cooling channel situated between the cover plate of the lid and the dummy layer for circulating a coolant relative to the semiconductor package ;
Device for the adjustment of the opening of a door of the type consisting of two opposite elements apt to be mounted on a door and on a post, respectively, and provided with housing holes for screws of engagement with a surface, one of said bodies consisting of a solid body, except for a cavity provided on one of the side walls, the other one of said bodies consisting of an outer shell internally provided with a housing cavity of a sliding body , characterised in that adjustment means of the movement of said sliding body are furthermore provided, arranged perpendicularly to said sliding body , said means being housed within a cavity provided on the top surface of said outer shell as well as dampening and thrust means of said sliding body , said sliding body consisting of a rectangular-base body , along a short side of which an engagement wedge departs, provided with a perimeter rib , which identifies a central supporting plane wherein an elliptical eyelet is obtained.
A method of preparing nanocrystalline cellulose, comprising the steps: a) Providing cellulose fibers, b) Subjecting said cellulose fibers to an acidic hydrolysis; wherein said hydrolysis is performed by the presence of a mineral acid, preferably sulfuric acid, c) Stopping the hydrolysis by addition of a base, wherein the base does not contain Ba, wherein step c) does not lead to a formation of insoluble sulfate or a precipitation of sulfate. a) Providing cellulose fibers, b) Subjecting said cellulose fibers to an acidic hydrolysis; wherein said hydrolysis is performed by the presence of a mineral acid, preferably sulfuric acid, c) Stopping the hydrolysis by addition of a base, wherein the base does not contain Ba, wherein step c) does not lead to a formation of insoluble sulfate or a precipitation of sulfate.
A circuit board mounting arrangement comprising: a circuit board ; and a press fit mounting bushing (20; 20') including a cylindrical inner piece (26; 26') and an outer piece (36; 36') secured to said inner piece (26; 26'), said outer piece (36; 36') having a plurality of radially projecting, deformable elements , said circuit board having a cylindrical opening having a diameter less than an outer diameter of said radially projecting deformable elements of said outer piece (36; 36'), said deformable elements deforming when said mounting bushing (20; 20') is pushed into said cylindrical opening of said circuit board so as to hold said mounting bushing (20; 20') to said circuit board , wherein said cylindrical inner piece is made from metal and has a knurled outer surface or, at least a surface that has a rough texture, and wherein said outer piece is plastic and is secured to said knurled outer surface or said surface having a rough texture of said cylindrical inner piece . a circuit board ; and a press fit mounting bushing (20; 20') including a cylindrical inner piece (26; 26') and an outer piece (36; 36') secured to said inner piece (26; 26'), said outer piece (36; 36') having a plurality of radially projecting, deformable elements , said circuit board having a cylindrical opening having a diameter less than an outer diameter of said radially projecting deformable elements of said outer piece (36; 36'), said deformable elements deforming when said mounting bushing (20; 20') is pushed into said cylindrical opening of said circuit board so as to hold said mounting bushing (20; 20') to said circuit board , wherein said cylindrical inner piece is made from metal and has a knurled outer surface or, at least a surface that has a rough texture, and wherein said outer piece is plastic and is secured to said knurled outer surface or said surface having a rough texture of said cylindrical inner piece .