mhurhangee/ep-ind-claims huggingface dataset:
Aqueous dispersion comprising a surface-modified, fumed hydrophilic mixed oxide powder comprising silicon and aluminium, characterized in that a) the surface of the particles has Si and Al atoms and b) the surface modification has an Si atom bonded to a hydrocarbon radical via a C atom and c) the carbon content of the surface-modified mixed oxide powder is 3 - 25% by weight and d) the surface-modified mixed oxide powder has a median particle diameter d 50 of 40 - 200 nm in the aqueous dispersion. a) the surface of the particles has Si and Al atoms and b) the surface modification has an Si atom bonded to a hydrocarbon radical via a C atom and c) the carbon content of the surface-modified mixed oxide powder is 3 - 25% by weight and d) the surface-modified mixed oxide powder has a median particle diameter d 50 of 40 - 200 nm in the aqueous dispersion.
A fuel assembly comprising: a plurality of fuel rods containing uranium, wherein at least one fuel rod among the plurality of fuel rods has a content of uranium 236 with respect to uranium 235 in a range defined by expression: U 236 U 235 ≥ − 0.006951 e 3 + 0.223385 e 2 − 1.591844 e + 3.243469 and expression: U 236 U 235 ≤ 0.3975 e 2 − 3.4946 e + 7.5355 where e is a uranium 235 enrichment, characterized in that the uranium 235 enrichment e is 5 wt% or more, and in the fuel assembly, the plurality of fuel rods are arranged in a square grid pattern, and a fuel rod containing uranium 236 having a content of uranium 236 with respect to uranium 235 in the range defined by the expression and the expression is disposed near a center of the fuel assembly. a plurality of fuel rods containing uranium, wherein at least one fuel rod among the plurality of fuel rods has a content of uranium 236 with respect to uranium 235 in a range defined by expression: U 236 U 235 ≥ − 0.006951 e 3 + 0.223385 e 2 − 1.591844 e + 3.243469 and expression: U 236 U 235 ≤ 0.3975 e 2 − 3.4946 e + 7.5355 where e is a uranium 235 enrichment, characterized in that the uranium 235 enrichment e is 5 wt% or more, and in the fuel assembly, the plurality of fuel rods are arranged in a square grid pattern, and a fuel rod containing uranium 236 having a content of uranium 236 with respect to uranium 235 in the range defined by the expression and the expression is disposed near a center of the fuel assembly. where e is a uranium 235 enrichment, characterized in that the uranium 235 enrichment e is 5 wt% or more, and in the fuel assembly, the plurality of fuel rods are arranged in a square grid pattern, and a fuel rod containing uranium 236 having a content of uranium 236 with respect to uranium 235 in the range defined by the expression and the expression is disposed near a center of the fuel assembly.
A gas burner group comprising a gas burner body generating flame by burning flammable gases and enabling a cooking container placed thereon to be heated, having - an inner mixing chamber in which gas and ambient air is mixed, feeding an inner flame crown, - at least one vertical nozzle enabling transmitting gas to the inner mixing chamber, a gas burner head placed on the gas burner body, enabling transmitting flame to the base of a cooking container through the holes disposed around it, a gas burner cap placed on the gas burner head, - a first horizontal nozzle and a second horizontal nozzle placed opposite each other on the gas burner body, - a first outer mixing chamber and a second outer mixing chamber provided on the gas burner body, - a first Venturi tube enabling transmitting the gas received through the first horizontal nozzle to the first outer mixing chamber, and a second Venturi tube enabling transmitting the gas received through the second horizontal nozzle to the second outer mixing chamber, characterized by - at least one air inlet port provided on the gas burner body next to the first horizontal nozzle, extending to the first Venturi tube, by - at least one second air inlet port provided on the gas burner body next to the second horizontal nozzle, extending to the second Venturi tube, and by at least one first air inlet duct extending outwards from the first air inlet port, in parallel to the first horizontal nozzle, and at least one second air inlet duct extending outwards from the second air inlet port, in parallel to the second horizontal nozzle. - an inner mixing chamber in which gas and ambient air is mixed, feeding an inner flame crown, - at least one vertical nozzle enabling transmitting gas to the inner mixing chamber, a gas burner head placed on the gas burner body, enabling transmitting flame to the base of a cooking container through the holes disposed around it, a gas burner cap placed on the gas burner head, - a first horizontal nozzle and a second horizontal nozzle placed opposite each other on the gas burner body, - a first outer mixing chamber and a second outer mixing chamber provided on the gas burner body, - a first Venturi tube enabling transmitting the gas received through the first horizontal nozzle to the first outer mixing chamber, and a second Venturi tube enabling transmitting the gas received through the second horizontal nozzle to the second outer mixing chamber, - at least one air inlet port provided on the gas burner body next to the first horizontal nozzle, extending to the first Venturi tube, by - at least one second air inlet port provided on the gas burner body next to the second horizontal nozzle, extending to the second Venturi tube, and by
A front end of a pedal cycle comprising two tiltable front wheels (2, 3) associated with a deformable parallelogram mechanism, including at least two substantially horizontal rigid bodies (4, 5) rotatably linked with a substantially vertical central rigid body and with two side rigid bodies (7, 8), which are substantially vertical and respectively linked with the wheels (2, 3); the front end being characterised in that at least one of the substantially horizontal rigid bodies (4, 5) includes attachment means intended for securing a module (15, 15', 15") for transporting a load.
A method for providing device-specific cell radio network temporary identifiers, C-RNTI, signatures by a network node for interference cancellation, comprising: assigning, by the network node, a subset of C-RNTI signatures to a cell; defining, by the network node, a mapping between the subset of C-RNTI signatures and a set of C-RNTI indices, each C-RNTI signature within the subset being identifiable by a first wireless device in a neighboring cell from a respective C-RNTI index via the mapping, and each C-RNTI index containing fewer bits than each C-RNTI signature; providing, to the first wireless device, the mapping between the subset of C-RNTI signatures and the set of C-RNTI indices; and providing, to the first wireless device, C-RNTI indices indicating at least one currently scheduled second wireless device in the cell. assigning, by the network node, a subset of C-RNTI signatures to a cell; defining, by the network node, a mapping between the subset of C-RNTI signatures and a set of C-RNTI indices, each C-RNTI signature within the subset being identifiable by a first wireless device in a neighboring cell from a respective C-RNTI index via the mapping, and each C-RNTI index containing fewer bits than each C-RNTI signature; providing, to the first wireless device, the mapping between the subset of C-RNTI signatures and the set of C-RNTI indices; and providing, to the first wireless device, C-RNTI indices indicating at least one currently scheduled second wireless device in the cell.
Method for manufacturing an antenna comprising the following steps: • providing a magnetic sheet made of composite material including magnetic particles and a synthetic resin, said magnetic sheet having a first surface; • forming an electrically conductive antenna track directly on the first surface of the magnetic sheet, which acts as a supporting substrate, the electrically conductive antenna track having at least one turn, characterized in that it is carried out via a reel-to-reel process and it further comprises the steps of • applying an adhesive layer on a first surface of the magnetic sheet, prior to forming the electrically conductive antenna track; and • punching two through-holes in the magnetic sheet and the adhesive layer, prior to forming an electrically conductive antenna track directly on the first surface of the magnetic sheet, so as to form, once the electrically conductive antenna track is formed, two blind-holes located at the level of two antenna connection ends and providing an access for electrically connecting the antenna to a device. • providing a magnetic sheet made of composite material including magnetic particles and a synthetic resin, said magnetic sheet having a first surface; • forming an electrically conductive antenna track directly on the first surface of the magnetic sheet, which acts as a supporting substrate, the electrically conductive antenna track having at least one turn, characterized in that it is carried out via a reel-to-reel process and it further comprises the steps of • applying an adhesive layer on a first surface of the magnetic sheet, prior to forming the electrically conductive antenna track; and • punching two through-holes in the magnetic sheet and the adhesive layer, prior to forming an electrically conductive antenna track directly on the first surface of the magnetic sheet, so as to form, once the electrically conductive antenna track is formed, two blind-holes located at the level of two antenna connection ends and providing an access for electrically connecting the antenna to a device.
Non-therapeutic cosmetic use of a Scutellaria alpina extract as an active ingredient for skin whitening, reducing melanin, or suppressing pigmentation.
A washing unit for treating empty articles, comprising: - a plurality of feeding channels for advancing respective rows formed each of a respective plurality of said empty articles; and - a chain conveyor with seats and cyclically movable between an inlet station at which said seats are fed, in use, by said feeding channels with respective sequences of one or more said empty articles to be washed and an outlet station at which it discharges, in use, said washed empty articles; - a sensing group for sensing the number of seats which do not receive said articles; characterized by comprising: - a control unit operatively connected with said sensing group and said chain conveyor and programmed for adjusting the speed of said chain conveyor on the basis of said number of seats which do not receive said articles, preferably so as to keep constant the throughput of said washing unit. - a plurality of feeding channels for advancing respective rows formed each of a respective plurality of said empty articles; and - a chain conveyor with seats and cyclically movable between an inlet station at which said seats are fed, in use, by said feeding channels with respective sequences of one or more said empty articles to be washed and an outlet station at which it discharges, in use, said washed empty articles; - a sensing group for sensing the number of seats which do not receive said articles; characterized by comprising: - a control unit operatively connected with said sensing group and said chain conveyor and programmed for adjusting the speed of said chain conveyor on the basis of said number of seats which do not receive said articles, preferably so as to keep constant the throughput of said washing unit. - a control unit operatively connected with said sensing group and said chain conveyor and programmed for adjusting the speed of said chain conveyor on the basis of said number of seats which do not receive said articles, preferably so as to keep constant the throughput of said washing unit.
A method of automatically modifying the cutting paths for parts (p-1, p-2,...) that are to be cut out from a flexible material by automatically moving a cutter tool along predetermined cutting paths, the cutting paths associated with each part being defined by a succession of cutting segments forming a polygon, the method comprising in succession: - a step of identifying two cutting segments (c-i, c-j) belonging to two different parts (p-i, p-j) for cutting out in the material and for which a maximum distance condition ( d) between these cutting segments is satisfied; - a step of verifying that the two previously-identified cutting segments are situated facing each other by reciprocal orthogonal projection of the cutting segments onto each other; - a step of verifying that no other cutting segments lie between the two previously-identified cutting segments by computing intersections between the two parts for cutting out; - a step of computing a common cutting path for the two previously-identified cutting segments; and - a step of connecting the common cutting path to the cutting paths of the two parts for cutting out so as to obtain modified cutting paths for the two parts for cutting out. - a step of identifying two cutting segments (c-i, c-j) belonging to two different parts (p-i, p-j) for cutting out in the material and for which a maximum distance condition ( d) between these cutting segments is satisfied; - a step of verifying that the two previously-identified cutting segments are situated facing each other by reciprocal orthogonal projection of the cutting segments onto each other; - a step of verifying that no other cutting segments lie between the two previously-identified cutting segments by computing intersections between the two parts for cutting out; - a step of computing a common cutting path for the two previously-identified cutting segments; and - a step of connecting the common cutting path to the cutting paths of the two parts for cutting out so as to obtain modified cutting paths for the two parts for cutting out.
Method for the authentication of a client system with a service provider system, wherein a) at least one identity token generated by an identity provider system is stored or pre-stored in an encrypted database as Secure Storage System on the client system, the at least one identity token comprising a plurality of identity features (11A, 11B, 11C) and the functionality of the secure storage system is coupled to a database management system with the following functions: a1) authentication of a user for accessing the database on the client system, a2) recalling a list of identity tokens stored in the database, a3) storing of identity tokens in the database, a4) recalling an identity token stored in the database using an unique identifier, a5) deleting the identity token in the database using the unique identifier, b) a request for a service is sent to the service provider system by the client system, c) the service provider system initiates an identity authentication process (22, 23) involving the identity provider system to check the validity of the at least one identity token, d) the service provider system provides or denies the requested service in dependence of the validity check of the at least one identity token by the identity provider system. a) at least one identity token generated by an identity provider system is stored or pre-stored in an encrypted database as Secure Storage System on the client system, the at least one identity token comprising a plurality of identity features (11A, 11B, 11C) and the functionality of the secure storage system is coupled to a database management system with the following functions: a1) authentication of a user for accessing the database on the client system, a2) recalling a list of identity tokens stored in the database, a3) storing of identity tokens in the database, a4) recalling an identity token stored in the database using an unique identifier, a5) deleting the identity token in the database using the unique identifier, a1) authentication of a user for accessing the database on the client system, a2) recalling a list of identity tokens stored in the database, a3) storing of identity tokens in the database, a4) recalling an identity token stored in the database using an unique identifier, a5) deleting the identity token in the database using the unique identifier, b) a request for a service is sent to the service provider system by the client system, c) the service provider system initiates an identity authentication process (22, 23) involving the identity provider system to check the validity of the at least one identity token, d) the service provider system provides or denies the requested service in dependence of the validity check of the at least one identity token by the identity provider system.
A screen plate, comprising: a frame, a mesh fixed onto the frame and a masking film arranged on the mesh, wherein a printing area is formed in a portion of the mesh that is not masked by the masking film, at least one masking line is arranged in the printing area along edges of the masking film, and a width of each of the at least one masking line is greater than a width of each mesh line of the mesh; characterized in that there is one masking line between each edge of the frame and the corresponding edge of the masking film, and a distance between the masking line and each edge of the frame corresponding to the masking line is equal to a distance between the masking line and each edge of the masking film corresponding to the masking line. a frame, a mesh fixed onto the frame and a masking film arranged on the mesh, wherein a printing area is formed in a portion of the mesh that is not masked by the masking film, at least one masking line is arranged in the printing area along edges of the masking film, and a width of each of the at least one masking line is greater than a width of each mesh line of the mesh; characterized in that there is one masking line between each edge of the frame and the corresponding edge of the masking film, and a distance between the masking line and each edge of the frame corresponding to the masking line is equal to a distance between the masking line and each edge of the masking film corresponding to the masking line.
An ICOS binding protein or antigen binding portion thereof comprising CDRH1 as set forth in SEQ ID NO: 1; CDRH2 as set forth in SEQ ID NO:2; CDRH3 as set forth in SEQ ID NO:3; CDRL1 as set forth in SEQ ID NO:4; CDRL2 as set forth in SEQ ID NO:5 and CDRL3 as set forth in SEQ ID NO:6.
An electromechanical converter comprising at least one lower substrate layer and at least one electrical and/or electromechanical functional element arranged thereon such that is connected with electrical conductor paths, which are in turn connected with electrical contacts and covered with a cover layer and at least two of the electrical contacts are lead through it, characterized in that the substrate and the cover layer (5, 6) are designed as mechanically stabilized polymer prepreg layers, wherein one contact at least on a section of the electrical conductor paths consists of an electrically conducting composite consisting of mechanically stabilized polymer prepreg and metal, and the total composite of the electromechanical converter is cured.
System for the transmission of electrical current comprising at least two rigid conductors (1, 2), wherein the two conductors (1, 2) are connected via at least one electrically conducting, deformable connecting element which comprises a helical spring which is shaped like a ring in the direction of the longitudinal axis thereof and which grips a section of a first conductor under pre-tension such that it is expanded radially, wherein it contacts at least the second conductor in a radial plane formed by said helical spring, characterised in that the helical spring is pressed against the second conductor by means of a contact element.
A razor blade (100, 200, 300, 400) extending along a longitudinal axis L, the blade (100, 200, 300, 400) comprising: a cutting edge portion (12, 412) positioned along a second plane, a base portion (14, 414) positioned along a first plane that is different from the second plane, wherein the first plane intersects the second plane at an angle, the razor blade (100, 200, 300, 400) further comprising a bent portion (13, 413) intermediate to the cutting edge portion (12, 412) and base portion (14, 414), and an extended portion (150, 250, 350, 450) extending from the base portion (14, 414) away from the second plane, wherein the cutting edge portion (12, 412), base portion (14, 414), bent portion (13, 413), and extended portion (150, 250, 350, 450) are monolithically formed, characterized in that the extended portion (150, 250, 350, 450) extends away from the base portion (14, 414) a distance (EH 1, EH 2, EH 3, EH 4) of 1.6mm and in that a total height (H 1, H 2, H 3, H 4) of the base portion (14, 414) and the extended portion (150, 250, 350, 450) is within a range of 2.0mm to 12mm. a cutting edge portion (12, 412) positioned along a second plane, a base portion (14, 414) positioned along a first plane that is different from the second plane, wherein the first plane intersects the second plane at an angle, the razor blade (100, 200, 300, 400) further comprising a bent portion (13, 413) intermediate to the cutting edge portion (12, 412) and base portion (14, 414), and an extended portion (150, 250, 350, 450) extending from the base portion (14, 414) away from the second plane, wherein the cutting edge portion (12, 412), base portion (14, 414), bent portion (13, 413), and extended portion (150, 250, 350, 450) are monolithically formed, characterized in that the extended portion (150, 250, 350, 450) extends away from the base portion (14, 414) a distance (EH 1, EH 2, EH 3, EH 4) of 1.6mm and in that a total height (H 1, H 2, H 3, H 4) of the base portion (14, 414) and the extended portion (150, 250, 350, 450) is within a range of 2.0mm to 12mm.