mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing device comprising at least one processor , wherein the processor is configured to: detect a structure of interest from a plurality of tomographic images indicating a plurality of tomographic planes of an object; select a tomographic image from the plurality of tomographic images according to a frequency band in a region in which the structure of interest has been detected; and generate a composite two-dimensional image using the selected tomographic image in the region in which the structure of interest has been detected and using a predetermined tomographic image in a region in which the structure of interest has not been detected. detect a structure of interest from a plurality of tomographic images indicating a plurality of tomographic planes of an object; select a tomographic image from the plurality of tomographic images according to a frequency band in a region in which the structure of interest has been detected; and generate a composite two-dimensional image using the selected tomographic image in the region in which the structure of interest has been detected and using a predetermined tomographic image in a region in which the structure of interest has not been detected.
A method to remove unwanted very weak acidic compounds, which include in particular 4-ethylphenol and 4-ethylguaiacol, from a beverage, wherein the beverage is first processed by nanofiltration to obtain a raw nanofiltration permeate and a beverage concentrate, then the nanofiltration permeate is processed by electrodialysis to obtain a purified nanofiltration permeate, and finally the purified nanofiltration permeate is mixed with the beverage concentrate to obtain the treated beverage, comprising: adjusting the pH of the nanofiltration permeate to a value higher than 10.5 by the addition of a food grade alkaline substance and running the electrodialysis until the conductivity at 25°C of the permeate is lower than 100 microsiemen/cm.
A method for use in sidelink unicast communication, the method comprising, at a first user equipment, UE, : obtaining a link availability schedule indicating, at least in part, communication resources available for use by at least the first UE for sidelink unicast communication; identifying a second UE to attempt to engage in a sidelink unicast communication; establishing a sidelink schedule with the second UE , the sidelink schedule corresponding to at least a subset of the communication resources indicated by the link availability schedule, wherein establishing the sidelink schedule comprises exchanging sidelink negotiation information with the second UE , and wherein at least a portion of the sidelink negotiation information provided by the first UE to the second UE is based, at least in part, on the link availability schedule; establishing a sidelink with the second UE ; and communicating , via the sidelink, with the second UE using at least a portion of the communication resources per the sidelink schedule. obtaining a link availability schedule indicating, at least in part, communication resources available for use by at least the first UE for sidelink unicast communication; identifying a second UE to attempt to engage in a sidelink unicast communication; establishing a sidelink schedule with the second UE , the sidelink schedule corresponding to at least a subset of the communication resources indicated by the link availability schedule, wherein establishing the sidelink schedule comprises exchanging sidelink negotiation information with the second UE , and wherein at least a portion of the sidelink negotiation information provided by the first UE to the second UE is based, at least in part, on the link availability schedule; establishing a sidelink with the second UE ; and communicating , via the sidelink, with the second UE using at least a portion of the communication resources per the sidelink schedule.
Upper for a shoe, in particular a sports shoe, comprising: a. at least one first partial area and at least one second partial area which are manufactured as one-piece knitwear; b. wherein the first partial area comprises a first yarn and the second partial area comprises a second yarn; c. wherein the first yarn is more elastic than the second yarn; d. wherein the first partial area and the second partial area run essentially parallel to one another; e. wherein the first partial area and the second partial area run essentially orthogonal to a longitudinal axis of the shoe; and f. wherein the upper surrounds the foot of the wearer at least partially and wherein both partial areas are at least partially arranged in the area of the sole. a. at least one first partial area and at least one second partial area which are manufactured as one-piece knitwear; b. wherein the first partial area comprises a first yarn and the second partial area comprises a second yarn; c. wherein the first yarn is more elastic than the second yarn; d. wherein the first partial area and the second partial area run essentially parallel to one another; e. wherein the first partial area and the second partial area run essentially orthogonal to a longitudinal axis of the shoe; and f. wherein the upper surrounds the foot of the wearer at least partially and wherein both partial areas are at least partially arranged in the area of the sole.
A device for processing a used multiple glazed unit , comprising a conveying assembly suitable for the flat transport of said multiple glazed unit , and a fragmentation assembly suitable for fragmenting the glazed units of said multiple glazed unit during said transport, said processing device being characterized in that it comprises an assembly for cutting the glazed units from said multiple glazed unit arranged upstream of said fragmentation assembly .
Apparatus for producing concrete blocks, comprising - a lower mold part in which at least one mold cavity is formed, - an upper mold part comprising at least one pressure piece which has at least one magnet , - a loading device to which the pressure piece is connected via a pressure ram , wherein the loading device can be lowered together with the pressure ram and the pressure piece so that the pressure piece engages in the mold cavity and a concrete batch in the mold cavity can be compacted by the lowered pressure piece , and - an apparatus for applying a granular material to the pressure piece when it is not engaging in the mold cavity so that the granular material adheres to the side of the pressure piece facing the mold cavity as a result of a magnetic interaction. - a lower mold part in which at least one mold cavity is formed, - an upper mold part comprising at least one pressure piece which has at least one magnet , - a loading device to which the pressure piece is connected via a pressure ram , wherein the loading device can be lowered together with the pressure ram and the pressure piece so that the pressure piece engages in the mold cavity and a concrete batch in the mold cavity can be compacted by the lowered pressure piece , and - an apparatus for applying a granular material to the pressure piece when it is not engaging in the mold cavity so that the granular material adheres to the side of the pressure piece facing the mold cavity as a result of a magnetic interaction.
A semiconductor light emitting element, which has a substantially square shape in plan view, comprising: a sapphire substrate whose main plane is the C plane; and a gallium nitride compound semiconductor layer laminated on a first main face of said substrate , a plurality of protruding portions (11; 21) whose bottom face (11a; 21a) shape is polygonal formed on the first main face of the sapphire substrate , in a plan view from the first main face side of the sapphire substrate , each of the pair of opposing side faces of the semiconductor light emitting element that extend in a direction Y that is substantially perpendicular to a direction X and parallel to the C plane direction of the sapphire substrate, X being a direction parallel to the A plane direction of the sapphire substrate that extends from a center of gravity of the polygonal shape of each protruding portion bottom face to a single acute vertex (11b; 21b) of said polygonal bottom face, comprise a first face of the sapphire substrate that is inclined to the first main face on the first main face side of the sapphire substrate , and a second face of the sapphire substrate that is substantially perpendicular to the second main face on the second main face side of the sapphire substrate , wherein said first and second faces of each of said opposing side faces of the sapphire substrate are inclined with respect to each other, and another pair of opposing side faces of the semiconductor light emitting element are substantially perpendicular to the first main face of the sapphire substrate and extend in the direction X. a sapphire substrate whose main plane is the C plane; and a gallium nitride compound semiconductor layer laminated on a first main face of said substrate , a plurality of protruding portions (11; 21) whose bottom face (11a; 21a) shape is polygonal formed on the first main face of the sapphire substrate , in a plan view from the first main face side of the sapphire substrate , each of the pair of opposing side faces of the semiconductor light emitting element that extend in a direction Y that is substantially perpendicular to a direction X and parallel to the C plane direction of the sapphire substrate, X being a direction parallel to the A plane direction of the sapphire substrate that extends from a center of gravity of the polygonal shape of each protruding portion bottom face to a single acute vertex (11b; 21b) of said polygonal bottom face, comprise a first face of the sapphire substrate that is inclined to the first main face on the first main face side of the sapphire substrate , and a second face of the sapphire substrate that is substantially perpendicular to the second main face on the second main face side of the sapphire substrate , wherein said first and second faces of each of said opposing side faces of the sapphire substrate are inclined with respect to each other, and another pair of opposing side faces of the semiconductor light emitting element are substantially perpendicular to the first main face of the sapphire substrate and extend in the direction X.
A method for terminating a modem session for transporting data across a voice-over-Internet Protocol, VoIP, network using a modem relay, MR, technique, the method performed at a single device functioning both as terminating gateway for transport over the VoIP network and as a remote access server for terminating the modem session, the method comprising: receiving a data packet associated with the modem session from an originating gateway across the VoIP network; removing encapsulation information from the data packet used to support network transport of the data ; acting as a termination point for the modem session ; encapsulating the data in an Internet Protocol, IP, packet with a destination address of an IP device , wherein the IP device is the destination for the data; and delivering the IP packet to a further IP network for delivery to the IP device . receiving a data packet associated with the modem session from an originating gateway across the VoIP network; removing encapsulation information from the data packet used to support network transport of the data ; acting as a termination point for the modem session ; encapsulating the data in an Internet Protocol, IP, packet with a destination address of an IP device , wherein the IP device is the destination for the data; and delivering the IP packet to a further IP network for delivery to the IP device .
A method of determination by a computer server of errors in calculating a position calculated by user receivers of positioning signals received from at least one constellation of satellites in a determined geographical zone , said method comprising: determining a list of contributing receivers Ri of positioning signals situated in the geographical zone Zj , a precise position of said contributing receivers not being known a priori; receiving , from each of the contributing receivers Ri, code Ci and phase Φi data of at least one channel of the contributing receiver; calculating , for each of the contributing receivers Ri, a first ionospheric error Ii applicable to the contributing receiver Ri on the basis of the code Ci and phase Φi data of the contributing receiver; calculating a second ionospheric error I(Zj) applicable in the geographical zone Zj, on the basis of the first ionospheric errors Ii applicable to the contributing receivers Ri; and making values of the calculated second ionospheric errors available to the user receivers. determining a list of contributing receivers Ri of positioning signals situated in the geographical zone Zj , a precise position of said contributing receivers not being known a priori; receiving , from each of the contributing receivers Ri, code Ci and phase Φi data of at least one channel of the contributing receiver; calculating , for each of the contributing receivers Ri, a first ionospheric error Ii applicable to the contributing receiver Ri on the basis of the code Ci and phase Φi data of the contributing receiver; calculating a second ionospheric error I(Zj) applicable in the geographical zone Zj, on the basis of the first ionospheric errors Ii applicable to the contributing receivers Ri; and making values of the calculated second ionospheric errors available to the user receivers.
Method for determining an expected range of a vehicle in trailer mode, wherein the vehicle has a trailer hitch for hitching to a trailer to form a vehicle/trailer combination, comprising: - determining at least one extent variable for a trailer that is hitched and/or to be hitched to the vehicle , said extent variable being characteristic of a geometric extent (H, L) of the trailer in at least one direction, by way of a determination device , wherein a recording device of the vehicle records a rear environment of the vehicle , including the trailer , and takes the photograph recorded by the recording device as a basis for determining the at least one extent variable, wherein a storage device stores and/or can store data for a multiplicity of different trailers that are characteristic of the contour and/or structure of said trailers, and a photograph recorded using the recording device is compared against the multiplicity of characteristic data; - determining a range value that is characteristic of the expected range of the vehicle/trailer combination formed by the vehicle and the trailer on the basis of the at least one extent variable (H, L) by way of a range determination apparatus of the vehicle . - determining at least one extent variable for a trailer that is hitched and/or to be hitched to the vehicle , said extent variable being characteristic of a geometric extent (H, L) of the trailer in at least one direction, by way of a determination device , wherein a recording device of the vehicle records a rear environment of the vehicle , including the trailer , and takes the photograph recorded by the recording device as a basis for determining the at least one extent variable, wherein a storage device stores and/or can store data for a multiplicity of different trailers that are characteristic of the contour and/or structure of said trailers, and a photograph recorded using the recording device is compared against the multiplicity of characteristic data; - determining a range value that is characteristic of the expected range of the vehicle/trailer combination formed by the vehicle and the trailer on the basis of the at least one extent variable (H, L) by way of a range determination apparatus of the vehicle .
A lithium ion or lithium-polymer battery cell or battery cell precursor, which comprises a) a frame of a material selected from aluminum, an aluminum composite or steel, the frame exhibiting an upper side and a lower side; b) two or more sheets made of a material selected from aluminum, an aluminum-polymer-composite or steel, wherein one or more of the two or more sheets being affixed onto the upper side of the frame and one or more other of the two or more sheets being affixed onto the lower side of the frame ; c) wherein the frame together with the two or more sheets being affixed to the frame to form an inner hollow space comprising an electrode assembly of one or more anodes, one or more cathodes and one or more separators interposed between anode and cathodes; d) wherein one or more positive and one or more negative electrode terminals protrude from the inner hollow space to an outside of the battery cell ; characterized in e) that the frame is equipped with a closable duct for introducing an electrolyte into the cell by means of an injection lance. a) a frame of a material selected from aluminum, an aluminum composite or steel, the frame exhibiting an upper side and a lower side; b) two or more sheets made of a material selected from aluminum, an aluminum-polymer-composite or steel, wherein one or more of the two or more sheets being affixed onto the upper side of the frame and one or more other of the two or more sheets being affixed onto the lower side of the frame ; c) wherein the frame together with the two or more sheets being affixed to the frame to form an inner hollow space comprising an electrode assembly of one or more anodes, one or more cathodes and one or more separators interposed between anode and cathodes; d) wherein one or more positive and one or more negative electrode terminals protrude from the inner hollow space to an outside of the battery cell ; characterized in e) that the frame is equipped with a closable duct for introducing an electrolyte into the cell by means of an injection lance.
A composition comprising an elastin-like polypeptide (ELP) coupled to a therapeutic agent, for use in delivering the therapeutic agent to a pregnant subject in need of therapy, wherein the ELP includes an amino acid sequence having at least 5 repeats of the amino acid sequence VPGXG (SEQ ID NO: 1), and wherein the composition reduces the amount of the therapeutic agent crossing the placenta in the pregnant subject; and wherein (i) the composition further comprises a cell-penetrating peptide coupled to ELP; or (ii) the therapeutic agent is selected from VEGF 121 , VEGF 165 , VEGF 189 , VEGF 206 , VEGF-A, VEGF-B, VEGF-C, VEGF-D, VEGF-E, or PIGF, or a fragment thereof. (i) the composition further comprises a cell-penetrating peptide coupled to ELP; or (ii) the therapeutic agent is selected from VEGF 121 , VEGF 165 , VEGF 189 , VEGF 206 , VEGF-A, VEGF-B, VEGF-C, VEGF-D, VEGF-E, or PIGF, or a fragment thereof.
A pharmaceutical compound, having a structure of Formula I: or a pharmaceutically acceptable salt thereof, wherein R1 is hydrogen or fluorine; R2 and R3 are independently an alkyl of C1-C3, or combined to form a cycloalkyl of C3-C6; R4 is cyano; R5 is trifluoromethyl; and A is C or N. or a pharmaceutically acceptable salt thereof, wherein R1 is hydrogen or fluorine; R2 and R3 are independently an alkyl of C1-C3, or combined to form a cycloalkyl of C3-C6; R4 is cyano; R5 is trifluoromethyl; and A is C or N.
A device comprising: a container for accommodating a fragile object; a lid member for sealing the container; and a plate-like or film-shaped protecting member , the device being capable of forming a liquid-tight space by covering a liquid surface in the container which is configured to accommodate the fragile object and a liquid, with the protecting member and further covering the protecting member and an opening portion of the container with the lid member, and wherein said protecting member is removable by sliding in a horizontal direction in case it is plate-like or by being peeled off from the liquid surface in case it is film-shaped. a container for accommodating a fragile object; a lid member for sealing the container; and a plate-like or film-shaped protecting member , the device being capable of forming a liquid-tight space by covering a liquid surface in the container which is configured to accommodate the fragile object and a liquid, with the protecting member and further covering the protecting member and an opening portion of the container with the lid member, and wherein said protecting member is removable by sliding in a horizontal direction in case it is plate-like or by being peeled off from the liquid surface in case it is film-shaped.
A method of constructing a pitched building roof, in particular a saddle roof, wherein a plurality of prefabricated roof elements are delivered to a construction site and are placed on a roof framework of the building to form a pitched roof surface; wherein the prefabricated roof elements each comprise a panel element and a metal sectional sheet covering the panel element at its upper side, wherein the metal sectional sheet is fastened to the panel element such that a ventilation gap is formed between the panel element and the metal sectional sheet , and wherein the metal sectional sheet projects laterally beyond the panel element at at least one longitudinal edge of the roof element and forms an overhang; wherein the roof elements are placed edge to edge on the roof framework so that the overhang of the metal sectional sheet of a roof element covers the abutment between the one roof element and an adjacent roof element of the roof surface and a lateral marginal region of the adjacent roof element ; characterized in that the panel elements are insulated and produced in a wooden frame construction, so that the panel elements comprise the wooden frame construction; and wherein in particular wooden boardwalks are used as supports for the wooden frame construction; and wherein spacing strips are arranged between the panel element and the metal sectional sheet of each of said prefabricated roof elements , for example as a batten or counter batten, to define the ventilation gap between the metal sectional sheet and the panel element . wherein a plurality of prefabricated roof elements are delivered to a construction site and are placed on a roof framework of the building to form a pitched roof surface; wherein the prefabricated roof elements each comprise a panel element and a metal sectional sheet covering the panel element at its upper side, wherein the metal sectional sheet is fastened to the panel element such that a ventilation gap is formed between the panel element and the metal sectional sheet , and wherein the metal sectional sheet projects laterally beyond the panel element at at least one longitudinal edge of the roof element and forms an overhang; wherein the roof elements are placed edge to edge on the roof framework so that the overhang of the metal sectional sheet of a roof element covers the abutment between the one roof element and an adjacent roof element of the roof surface and a lateral marginal region of the adjacent roof element ; characterized in that the panel elements are insulated and produced in a wooden frame construction, so that the panel elements comprise the wooden frame construction; and wherein in particular wooden boardwalks are used as supports for the wooden frame construction; and wherein spacing strips are arranged between the panel element and the metal sectional sheet of each of said prefabricated roof elements , for example as a batten or counter batten, to define the ventilation gap between the metal sectional sheet and the panel element .
A method for making a neutron generating target, the method comprising: modifying a surface of a target substrate to form one or more surface features; and disposing a neutron source layer on the surface of the target substrate, wherein the one or more surface features have a height that is less than a thickness of the neutron source layer. modifying a surface of a target substrate to form one or more surface features; and disposing a neutron source layer on the surface of the target substrate, wherein the one or more surface features have a height that is less than a thickness of the neutron source layer.