mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound imaging apparatus comprising: a display unit configured to display an ultrasound elasticity image of a cervix; a controller configured to control the display unit to display feature points corresponding to a shape of a cervix canal in the ultrasound elasticity image of the cervix; an input unit configured to receive a command to select a point corresponding to an external orifice of an uterus, a point corresponding to an internal orifice of the uterus and a point on a curved portion of the cervix among the feature points; and wherein the controller configured to: generate a path of the cervix canal as a line by connecting the point corresponding to the external orifice of the uterus, the point corresponding to the internal orifice of the uterus and the point on the curved portion of the cervix, generate a plurality of boundaries having a shape corresponding to the path and being spaced apart with respect to the path of the cervix canal with a predetermined distance in directions that are opposite to each other, set a region of interest having a shape corresponding to the shape of the cervix canal by connecting the plurality of boundaries, and control the display unit to display the region of interest. a display unit configured to display an ultrasound elasticity image of a cervix; a controller configured to control the display unit to display feature points corresponding to a shape of a cervix canal in the ultrasound elasticity image of the cervix; an input unit configured to receive a command to select a point corresponding to an external orifice of an uterus, a point corresponding to an internal orifice of the uterus and a point on a curved portion of the cervix among the feature points; and wherein the controller configured to: generate a path of the cervix canal as a line by connecting the point corresponding to the external orifice of the uterus, the point corresponding to the internal orifice of the uterus and the point on the curved portion of the cervix, generate a plurality of boundaries having a shape corresponding to the path and being spaced apart with respect to the path of the cervix canal with a predetermined distance in directions that are opposite to each other, set a region of interest having a shape corresponding to the shape of the cervix canal by connecting the plurality of boundaries, and control the display unit to display the region of interest. generate a path of the cervix canal as a line by connecting the point corresponding to the external orifice of the uterus, the point corresponding to the internal orifice of the uterus and the point on the curved portion of the cervix, generate a plurality of boundaries having a shape corresponding to the path and being spaced apart with respect to the path of the cervix canal with a predetermined distance in directions that are opposite to each other, set a region of interest having a shape corresponding to the shape of the cervix canal by connecting the plurality of boundaries, and control the display unit to display the region of interest.
A splicing tape for continuous roll change, said splicing tape comprising: a) a first tape component including a first backing layer and a first adhesive layer on a first surface of said first backing layer, b) a second tape component including a second backing layer and a second adhesive layer on a first surface of said second backing layer and c) a splitting layer joining said first backing layer and said second backing layer together, such that said first and second adhesive layers (3, 5) are facing away from the splitting layer, characterized in that said splitting layer comprises a continuous and uninterrupted middle area extending in the longitudinal direction of said splicing tape and provided with repeating tapered protrusions with flattened tips projecting from said middle area towards both longitudinal edges of said splicing tape. a) a first tape component including a first backing layer and a first adhesive layer on a first surface of said first backing layer, b) a second tape component including a second backing layer and a second adhesive layer on a first surface of said second backing layer and c) a splitting layer joining said first backing layer and said second backing layer together, such that said first and second adhesive layers (3, 5) are facing away from the splitting layer, characterized in that said splitting layer comprises a continuous and uninterrupted middle area extending in the longitudinal direction of said splicing tape and provided with repeating tapered protrusions with flattened tips projecting from said middle area towards both longitudinal edges of said splicing tape.
A method of rephasing extended primers in a clonal population of nucleic acid duplexes comprising extended primers hybridized to a template sequence, wherein a plurality of the extended primers in the clonal population have different 3' ends and are thereby out of phase, the method comprising: extending the extended primers by incorporating one or more nucleotides that are complementary to the template sequence using a polymerase and nucleotides comprising nucleotide triphosphates A, T, C, and G, or analogs thereof, wherein one of the nucleotides is a reversible terminator blocked with a first blocking group and the other three nucleotides are not blocked, until substantially all of the extended primers are blocked; and then unblocking the extended primers, wherein the rephasing comprises dinucleotide-frequency rephasing, in which each extended primer is extended until a selected dinucleotide XY is reached. extending the extended primers by incorporating one or more nucleotides that are complementary to the template sequence using a polymerase and nucleotides comprising nucleotide triphosphates A, T, C, and G, or analogs thereof, wherein one of the nucleotides is a reversible terminator blocked with a first blocking group and the other three nucleotides are not blocked, until substantially all of the extended primers are blocked; and then unblocking the extended primers,
Lighting module for a motor vehicle, the module being able to form a light beam along an optical axis, and comprising a body made of transparent or translucent material, the said body comprising: - a first light rays input surface; - a first reflection surface able to reflect to one or more focuses the light rays coming from the first input surface; - a dioptric reflection folder surface essentially extending along the optical axis and forming a cut-off edge (14.1) at the level of the focus or focuses; - a light rays output surface; characterized in that the body furthermore comprises: - a second light rays input surface, opposite to the first input surface with respect to the optical axis, and - a second reflection surface able to reflect the light rays coming from the second input surface towards the cut-off edge (14.1), the body forming a cavity with a bottom formed by the folder surface, the said cavity being able to be traversed by the rays coming from the second reflection surface. - a first light rays input surface; - a first reflection surface able to reflect to one or more focuses the light rays coming from the first input surface; - a dioptric reflection folder surface essentially extending along the optical axis and forming a cut-off edge (14.1) at the level of the focus or focuses; - a light rays output surface; - a second light rays input surface, opposite to the first input surface with respect to the optical axis, and - a second reflection surface able to reflect the light rays coming from the second input surface towards the cut-off edge (14.1),
A ball joint comprising a body of the joint wherein there is inserted a pin having a longitudinal axis and including a first end and a second end, said second end having a spherical shape, the second spherical end being rotatably arranged within a seat of said body, characterized in that a first spherical-cap-shaped element or shell is inserted within a seat having a corresponding shape of a second spherical-cap-shaped element or shell co-operating with a covering element so as to enclose the second spherical end of the pin within said body, the second spherical end of the pin and the first and second shells including reciprocal torsional coupling elements (40, 46; 41, 47), such as to allow for a rotation of the pin about all axes in the space (X, Y, Z), the longitudinal axis of the pin being coincident with one of these axes (Z axis) in the space (X, Y, Z), an angular displacement sensor being provided, integral with said body of the joint, suitable for co-operating with a magnetic or mechanical drive element, integral with said second element or shell, in order to assess the rotation of the pin of the joint around the longitudinal axis of the pin itself, said reciprocal torsional coupling elements comprising pairs of grooves (40, 46) and ridges (41, 47) derived inside and on contact surfaces of the second spherical end of the pin, of the first element or shell and of the second element or shell.
A water-treatment separation membrane comprising: a porous support and a polyamide layer formed on the porous support, wherein the polyamide layer contains bis(2,6-di-t-butyl-4-methylphenyl)pentaerythritol diphosphite as an antioxidant, wherein the polyamide layer is formed by bringing an aqueous solution containing an amine compound into contact with an aliphatic hydrocarbon solution containing an acyl halide compound to allow for an interfacial polymerization, and the antioxidant is contained in an amount of 0.02 to 5 parts by weight based on 100 parts by weight of a solid content of the acyl halide compound contained in the aliphatic hydrocarbon solution.
Humidifier for a fuel cell device, with a plurality of flow field frames, between each of which a humidifier membrane is arranged, characterized in that a plurality of cooling flow field frames being identically formed to the flow field frames, between each of which a separating plate is arranged, form an integrated charge air cooler, and in that a coupling plate is provided between the flow field frames arranged in a stack and the cooling flow field frames arranged in a stack.
Safety seat for land vehicles, aircraft and watercraft, with a seat frame that forms a seat part, and with a backrest frame that forms the backrest and is connected to the seat frame, whereby the backrest frame is suspended on at least one restraint strap that is secured to an anchor that is mounted in the vehicle and is disposed vertically above the safety seat, and whereby additionally at least one holding strap, which is stretched between anchors mounted in the vehicle and vertically spaced from one another, is arranged in such a way that the holding strap is guided over at least one transverse or lateral strut formed on the backrest frame alternatingly over its front side that faces the seat part and its back side that faces away from the seat part, thereby clamping said transverse strut in between the holding strap sections, characterized in that for the fixing of restraint strap and holding strap in position, a separate mounting frame is provided and can be mounted in the vehicle, whereby bushing or guide-through eyes and attachment eyes (15, 16) are formed on the oppositely disposed transverse or lateral support members (11, 12) of the mounting frame for the stretching of restraint strap and holding strap, and the backrest frame, in addition to its outwardly disposed transverse struts (21, 23), is provided with a central transverse strut disposed therebetween, and in that the one-piece holding strap is fixed by its two ends on two respectively outwardly disposed attachment eyes secured to the upper lateral support of the mounting frame and is looped through, and guided back and forth between, three bushing eyes disposed on the floor side, lower lateral support of the mounting frame, and two bushing eyes disposed on the upper lateral support of the mounting frame, to thereby form six holding strap sections that run between the upper and the lower lateral supports of the mounting frame, whereby at least some of the holding strap sections (26a-f) are alternatingly guided over the front side and the rear side of the three transverse struts (21, 22, 23) formed on the backrest frame to apply an appropriate clamping effect.
A method for a base station to control transmission power of a terminal, comprising: measuring a signal to interference ratio, SIR, of the terminal; determining whether a transmission period is an active period in which data is transmitted or an inactive period otherwise based on a quantity of resource which is allocated to the terminal in the transmission period; calculating an average data transmission rate of the terminal in the active period when the transmission period is the inactive period; and determining a target SIR in the inactive period based on an offset which is identified based on the average data transmission rate of the terminal, the target SIR being decreased based on the offset. measuring a signal to interference ratio, SIR, of the terminal; determining whether a transmission period is an active period in which data is transmitted or an inactive period otherwise based on a quantity of resource which is allocated to the terminal in the transmission period; calculating an average data transmission rate of the terminal in the active period when the transmission period is the inactive period; and determining a target SIR in the inactive period based on an offset which is identified based on the average data transmission rate of the terminal, the target SIR being decreased based on the offset.
A crystal form A of a compound: wherein the peaks of the XRPD pattern of the crystal form A are shown as follow: No. 2-Theta I% No. 2-Theta I% 1 9.578 100 16 22.141 31.1 2 10.43 40.1 17 22.928 6.4 3 12.502 18.2 18 23.387 4.4 4 13.996 4 19 24.27 4.6 5 15.086 7.7 20 24.548 39.8 6 15.38 16.5 21 25.116 3 7 16.287 7.4 22 25.834 9.5 8 16.661 6.3 23 26.719 5.3 9 17.428 85.8 24 27.665 3.6 10 17.646 29.8 25 29.477 16 11 18.298 11.3 26 30.956 5.6 12 19.977 10.2 27 32.416 3.4 13 20.427 10.2 28 34.623 3.4 14 20.879 29.7 29 37.243 3.5 15 21.314 8.6 30 39.237 3.6
An oil loading apparatus which is connected to a supply pipe and loads oil in a storage tank, the oil loading apparatus comprising: a loading pipe which is connected to the supply pipe and is disposed in a vertical direction in the inside of the storage tank; a pressure drop module which includes a pressure drop pipe, one end of which is connected to a lower end of the loading pipe, and a multi-hole orifice which is installed in a transverse direction in an inside of the pressure drop pipe and induces a pressure drop of the oil which is discharged from the loading pipe; and a first static mixer which is connected to the other end of the pressure drop pipe and mixes the oil which is discharged from the pressure drop pipe. a loading pipe which is connected to the supply pipe and is disposed in a vertical direction in the inside of the storage tank; a pressure drop module which includes a pressure drop pipe, one end of which is connected to a lower end of the loading pipe, and a multi-hole orifice which is installed in a transverse direction in an inside of the pressure drop pipe and induces a pressure drop of the oil which is discharged from the loading pipe; and a first static mixer which is connected to the other end of the pressure drop pipe and mixes the oil which is discharged from the pressure drop pipe.
A Cr based two-phase alloy comprising two phases of a ferrite phase and an austenite phase in a mixed state, wherein a chemical composition of the Cr based two-phase alloy consists of a major component, an accessory component, impurities, a first optional accessory component, and a second optional accessory component, the major component consists of 33% by mass or more and 65% by mass or less of Cr, 18% by mass or more and 40% by mass or less of Ni, and 10% by mass or more and 33% by mass or less of Fe, the accessory component consists of 0.1% by mass or more and 2% by mass or less of Mn, 0.1% by mass or more and 1.0% by mass or less of Si, 0.005% by mass or more and 0.05% by mass or less of Al, and 0.1% by mass or more and 5.0% by mass or less of Cu, the impurities contain more than 0% by mass and 0.04% by mass or less of P, more than 0% by mass and 0.01% by mass or less of S, more than 0% by mass and 0.03% by mass or less of C, more than 0% by mass and 0.02% by mass or less of N, and more than 0% by mass and 0.03% by mass or less of O, wherein the first optional accessory component is 0.1% by mass or more and 3.0% by mass or less of Mo, and wherein the second optional accessory component consists of at least one of V, Nb, Ta and Ti, and a total atomic content ratio of the V, Nb, Ta and Ti is in a range of 0.8 times or more and 2 times or less of a total atomic content ratio of the C, N and O.
A method of operating an electrically actuated brake comprising a heat pack with carbon friction discs 10, 12 and an electrical actuator 14 with a movable member 13 for engaging the heat pack and operating the brake, the method comprising catenating heat pack position and/or thickness and running clearance between the heat pack and the movable member 13 during operation and controlling the actuator to maintain the running clearance to compensate for temperature changes caused by brake actuation.
A turbine engine component, comprising: a platform; and a rail having an outer radial surface and an inner radial surface, the inner radial surface connected to the platform, wherein the rail comprises a plurality of apertures spaced circumferentially between the outer radial surface and the inner radial surface, wherein the plurality of apertures is configured within the rail to form an outer beam, an inner beam and connecting webs in the rail, characterised in that the platform is disposed radially outward of at least one of a rotor assembly and a vane assembly, each aperture has a cross sectional shape in the form of a triangle, wherein each pair of adjacent apertures comprise a first aperture having a base facing radially inward and a second aperture having a base facing radially outward, and wherein the component is a blade outer air seal support. a platform; and a rail having an outer radial surface and an inner radial surface, the inner radial surface connected to the platform, wherein the rail comprises a plurality of apertures spaced circumferentially between the outer radial surface and the inner radial surface, wherein the plurality of apertures is configured within the rail to form an outer beam, an inner beam and connecting webs in the rail, characterised in that the platform is disposed radially outward of at least one of a rotor assembly and a vane assembly, each aperture has a cross sectional shape in the form of a triangle, wherein each pair of adjacent apertures comprise a first aperture having a base facing radially inward and a second aperture having a base facing radially outward, and wherein the component is a blade outer air seal support.
A lithium silicate glass ceramic which comprises the following components: Component wt.-% SiO 2 64.0 - 75.0, preferably 64.0 - 73.0 Li 2 O 13.0 - 17.0 K 2 O 2.0 - 5.0 Al 2 O 3 0.5 - 5.0 Nucleating agent 2.0 - 5.0 Me O 0 - 3.0 ZrO 2 0.1 - 4.0 and which comprises less than 0.1 wt.% of ZnO, with Me O being selected from at least one of CaO, BaO, MgO and SrO.
A method for determining a time delay of a network having i) a transmitting node and ii) a receiving node, wherein each of the transmitting node and the receiving node comprises a Data Link Layer, DLL, a management layer, and a Physical Layer, PHY, the method comprising: in response to the DLL of the transmitting node receiving a first packet of information from a data source, determining a receive time at which the first packet was received by the DLL of the transmitting node; forwarding the time at which the first packet was received by the DLL of the transmitting node to the management layer of the transmitting node; forwarding information in the first packet to the PHY of the transmitting node; sending the information in the first packet to the PHY of the receiving node using the PHY of the transmitting node; and determining, using circuitry, the time delay of the network by subtracting the time at which the first packet was received by the DLL of the transmitting node from a transmit time provided via the management layer of the receiving node, the transmit time being a point in time at which the information of the first packet is ready to be transmitted by the DLL of the receiving node to a data sink. in response to the DLL of the transmitting node receiving a first packet of information from a data source, determining a receive time at which the first packet was received by the DLL of the transmitting node; forwarding the time at which the first packet was received by the DLL of the transmitting node to the management layer of the transmitting node; forwarding information in the first packet to the PHY of the transmitting node; sending the information in the first packet to the PHY of the receiving node using the PHY of the transmitting node; and determining, using circuitry, the time delay of the network by subtracting the time at which the first packet was received by the DLL of the transmitting node from a transmit time provided via the management layer of the receiving node, the transmit time being a point in time at which the information of the first packet is ready to be transmitted by the DLL of the receiving node to a data sink.
Vacuum cleaner with a pivotable cyclone separator mounted to the housing, comprising an air inlet connected to a suction tube for introducing dust-laden air, a separating chamber in which the swirled air ejects the dust by means of centrifugal forces via a dust ejector outlet into a separate dust collecting container that can be removed separately from the separating chamber, and an air outlet which is connected to the separating chamber via an immersion tube and discharges the cleaned air to the environment, wherein the cyclone separator is detachably mounted to the housing, characterised in that a flexible tube is provided as a connecting element between housing and cyclone separator.
An agricultural machine comprising a load bearing frame, a work tool and a device to protect the work tool, especially a device to protect the work tool of a soil cultivator against overload when hitting an obstacle, the device to protect the work tool containing a swinging mounting arranged in connection between the load-bearing frame of the machine and the work tool characterized in that the work tool is attached to a tube in the cavity of which there is a shaft fixed to the load-bearing frame, and that at the edges of the cavity, at least two resilient sealing rings are arranged in an anti-slip manner and that between the rings an oil fill is arranged inside the cavity of the tube.