mhurhangee/patent-ind-claim-en huggingface dataset:
A floating support structure for an offshore wind turbine , comprising a float intended to be partly immersed and on which a wind turbine mast is intended to be assembled, and a counterweight connected to the float and intended to be immersed under the float, the float comprising: a toroid or polygon-shaped main structure with at least five sides which is formed by at least one tube intended to be immersed; a central tubular structure having a diameter adapted to receive the mast of the wind turbine and comprising a section able to be ballasted in order to adjust the waterline of the float; a first series of horizontal struts evenly distributed about a vertical axis and connecting the main structure to the central structure; a second series of oblique struts evenly distributed about a vertical axis (Y-Y) and connecting the main structure to the central structure at an angle ( α ) comprised between 15° and 60° with the horizontal struts ; and the counterweight comprising a basket able to receive ballast material and ballast links connecting the basket to the main structure of the float at an angle ( β ) comprised between 15° and 45° with the vertical axis (Y-Y). a toroid or polygon-shaped main structure with at least five sides which is formed by at least one tube intended to be immersed; a central tubular structure having a diameter adapted to receive the mast of the wind turbine and comprising a section able to be ballasted in order to adjust the waterline of the float; a first series of horizontal struts evenly distributed about a vertical axis and connecting the main structure to the central structure; a second series of oblique struts evenly distributed about a vertical axis (Y-Y) and connecting the main structure to the central structure at an angle ( α ) comprised between 15° and 60° with the horizontal struts ; and the counterweight comprising a basket able to receive ballast material and ballast links connecting the basket to the main structure of the float at an angle ( β ) comprised between 15° and 45° with the vertical axis (Y-Y).
A copper alloy material having a composition including: 0.3 mass% or more and less than 0.5 mass% of Cr; 0.01 mass% or more and 0.15 mass% or less of Zr; optionally 0.1 mass% or more and 2.0 mass% or less of Al; optionally one or more elements selected from Fe, Co, Sn, Zn, P, Si and Mg in a range of 0.005 mass% or more and 0.1 mass% or less as a total; and a balance being Cu and inevitable impurities, wherein an average of crystal grain sizes is in a range of 0.1 mm or more and 2.0 mm or less, a standard deviation of the crystal grain sizes is 0.6 or less, and an area ratio of crystallized Cr in cross section observation is 0.5 % or less. 0.3 mass% or more and less than 0.5 mass% of Cr; 0.01 mass% or more and 0.15 mass% or less of Zr; optionally 0.1 mass% or more and 2.0 mass% or less of Al; optionally one or more elements selected from Fe, Co, Sn, Zn, P, Si and Mg in a range of 0.005 mass% or more and 0.1 mass% or less as a total; and a balance being Cu and inevitable impurities, wherein an average of crystal grain sizes is in a range of 0.1 mm or more and 2.0 mm or less, a standard deviation of the crystal grain sizes is 0.6 or less, and an area ratio of crystallized Cr in cross section observation is 0.5 % or less.
Method for transporting asphalt from an asphalt plant for producing asphalt to an asphalt paver for applying asphalt to a road surface; wherein use is made of at least one elongate, insulated asphalt container ; wherein the elongate shape of the asphalt container defines a first longitudinal end and a second longitudinal end and a longitudinal centre axis extends between the first longitudinal end and the second longitudinal end ; characterized, in that the asphalt container comprises a filling/discharge port which is configured for filling the asphalt container with asphalt , on the one hand, and for discharging asphalt from the asphalt container , on the other hand, which filling/discharge port is provided in the first longitudinal end of the asphalt container ; and wherein the method comprises the following steps: Step A: In an asphalt plant , filling the at least one asphalt container with asphalt via its filling/discharge port , Step E: Discharging asphalt from the asphalt container into an asphalt paver via the filling/discharge port , while the longitudinal centre axis of the asphalt container is at a discharging angle (β) with respect to the horizontal during discharging in such a way that, viewed in vertical direction, the first longitudinal end is lower than the second longitudinal end . wherein, during filling such as according to step A, the longitudinal centre axis of the asphalt container is at a filling angle (α) with respect to the horizontal which is such that, viewed in vertical direction, the first longitudinal end is higher than the second longitudinal end . Step A: In an asphalt plant , filling the at least one asphalt container with asphalt via its filling/discharge port , Step E: Discharging asphalt from the asphalt container into an asphalt paver via the filling/discharge port , while the longitudinal centre axis of the asphalt container is at a discharging angle (β) with respect to the horizontal during discharging in such a way that, viewed in vertical direction, the first longitudinal end is lower than the second longitudinal end .
A magnetic read head for reading a magnetic stripe of a magnetic stripe card, comprising: a plurality of pins ; circuitry to convert magnetic signals to electrical signals, where output of the circuitry is coupled to the plurality of pins ; and a shield that encloses the circuitry, the shield having a front face through which magnetic signals pass to read the magnetic stripe, a base on a side of the shield opposite the front face, and one or more side surfaces between the base and the front face, wherein the shield has a plurality of openings , wherein each opening of the plurality of openings in the shield extends through a side surface from the one or more side surfaces of the shield , wherein each pin of the plurality of pins passes from inside of the shield , through an opening in a side surface of the shield , and to outside of the shield , characterised in that ; beyond the point where each pin exits a respective opening , a bottom surface of each pin is adjacent to and co-planar with a bottom surface of the base of the shield . a plurality of pins ; circuitry to convert magnetic signals to electrical signals, where output of the circuitry is coupled to the plurality of pins ; and a shield that encloses the circuitry, the shield having a front face through which magnetic signals pass to read the magnetic stripe, a base on a side of the shield opposite the front face, and one or more side surfaces between the base and the front face, wherein the shield has a plurality of openings , wherein each opening of the plurality of openings in the shield extends through a side surface from the one or more side surfaces of the shield , wherein each pin of the plurality of pins passes from inside of the shield , through an opening in a side surface of the shield , and to outside of the shield , characterised in that ; beyond the point where each pin exits a respective opening , a bottom surface of each pin is adjacent to and co-planar with a bottom surface of the base of the shield .
A damping or return device for sliding door leaves , particularly for furniture or for drawers, comprising: - a first trolley , which is mountable on said door leaf and is slideable with respect to said item of furniture , - a diametrically differently-polarized magnet comprising mutually coupled identical polygonal first and second half-magnets having opposing polarities, associated with said first trolley or mountable on said item of furniture , - at least one steel plate , mountable on said item of furniture or associated with said first trolley , said first trolley interacting selectively with at least one elastically compressible element which abuts, in opening and in closing, with an abutment element which is associated with and protrudes from said item of furniture . - a first trolley , which is mountable on said door leaf and is slideable with respect to said item of furniture , - a diametrically differently-polarized magnet comprising mutually coupled identical polygonal first and second half-magnets having opposing polarities, associated with said first trolley or mountable on said item of furniture , - at least one steel plate , mountable on said item of furniture or associated with said first trolley ,
A hearing assistance device comprising: an enclosing structure configured to house a receiver that generates sound waves into an ear canal of a user when the hearing assistance device is worn; and a tube coupled to the receiver to direct the sound waves into the ear canal of the user, characterised in that the tube comprises magnetized particles that form a magnetic field through the tube . an enclosing structure configured to house a receiver that generates sound waves into an ear canal of a user when the hearing assistance device is worn; and a tube coupled to the receiver to direct the sound waves into the ear canal of the user, characterised in that the tube comprises magnetized particles that form a magnetic field through the tube .
A method, comprising: receiving , by a user equipment , at least one signal for performing antenna panel pathloss measurements as received via different panels; computing an initial uplink transmission power control value for a target uplink resource without any interference information; computing pathloss differences between the target uplink resource and candidate interference resources using the pathloss measurements, wherein uplink resources other than the target uplink resource and corresponding downlink resources are said candidate interference resources; and using the pathloss differences to identify a dominant uplink interferer by computing a maximum estimated pathloss difference; determining , based on the maximum estimated pathloss difference, whether there is a need to increase or decrease the initial uplink transmission power control value to compute at least one uplink transmission power control value; and applying the computed at least one uplink transmission power control value for resources configured for simultaneous uplink transmission over multiple antenna panels. receiving , by a user equipment , at least one signal for performing antenna panel pathloss measurements as received via different panels; computing an initial uplink transmission power control value for a target uplink resource without any interference information; computing pathloss differences between the target uplink resource and candidate interference resources using the pathloss measurements, wherein uplink resources other than the target uplink resource and corresponding downlink resources are said candidate interference resources; and using the pathloss differences to identify a dominant uplink interferer by computing a maximum estimated pathloss difference; determining , based on the maximum estimated pathloss difference, whether there is a need to increase or decrease the initial uplink transmission power control value to compute at least one uplink transmission power control value; and applying the computed at least one uplink transmission power control value for resources configured for simultaneous uplink transmission over multiple antenna panels.
A trailing link unit , in particular for commercial vehicles, with a receiving unit , wherein the trailing link unit has a curved link-side connection region and, adjoining the link-side connection region , a link-side fastening region , wherein the receiving unit has a curved receiving-side connection region , which in an assembled state is arranged opposite the link-side connection region , and has a receiving-side fastening region adjoining the receiving-side fastening region , wherein a fastening means is provided which is adapted, in a mounted state, to engage at least partially, in particular releasably, in each of a link-side and an opposite receiving-side fastening region , wherein the link-side and the opposite receiving-side fastening region each have a contour for the positive fixing of an axle , characterized in that the trailing link unit comprises a two-part link element , wherein a connecting means , in particular a bolt connection or a U-bolt connection or a screw connection or a hook connection or the like connects the two link elements to each other and a first part is secured to a second part of the link element against a translatory displacement movement by the connecting means , but a rotatory movement of the first part to the second part of the steering element relative to each other is possible.
A fabrication method for fabricating a leading edge shield , the method comprising the following steps: performing initial plastic deformation at least one sheet from among a pressure side sheet and a suction side sheet ; adding a reinforcement that is created directly on an inner surface of at least one of said pressure and suction side sheets by additive fabrication; closing said pressure and suction side sheets around a core , after said initial plastic deformation and after adding the reinforcement ; performing subsequent plastic deformation by pressing said pressure and suction side sheets against an outside surface of a core , after the sheets have been closed around the core ; and extracting the core . performing initial plastic deformation at least one sheet from among a pressure side sheet and a suction side sheet ; adding a reinforcement that is created directly on an inner surface of at least one of said pressure and suction side sheets by additive fabrication; closing said pressure and suction side sheets around a core , after said initial plastic deformation and after adding the reinforcement ; performing subsequent plastic deformation by pressing said pressure and suction side sheets against an outside surface of a core , after the sheets have been closed around the core ; and extracting the core .
An article of clothing comprising a first portion to cover a wearer and a fastening system to hold the first portion on the wearer, the fastening system comprising: a second portion connected or connectable to the first portion; and at least one opening in the first portion or second portion; wherein the connection to the second portion and the at least one opening are located at positions in the first portion or second portion such that, in use, the first or second portion can be passed through the at least one opening to cause the first portion to encircle the wearer; characterized in that the first and second portions are connected by being part of a single continuous piece of material; and in that the first and second portions are separated by a slit in the single continuous piece of material. a second portion connected or connectable to the first portion; and at least one opening in the first portion or second portion; wherein the connection to the second portion and the at least one opening are located at positions in the first portion or second portion such that, in use, the first or second portion can be passed through the at least one opening to cause the first portion to encircle the wearer; characterized in that the first and second portions are connected by being part of a single continuous piece of material; and in that the first and second portions are separated by a slit in the single continuous piece of material.
A masonry screw comprising: a shank having a leading end , a trailing end and a longitudinal axis that extends between said leading and trailing ends and defines an axial direction of said shank; and a thread winding around said shank and having a leading flank and a trailing flank , said flanks having respective radially innermost ends adjoining said shank, the leading flank being disposed at an angle α substantially in the range 15 to 25° to a line perpendicular to the longitudinal axis and passes through a crest of the thread, the trailing flank being disposed at an angle β substantially in the range 30 to 40° to said line perpendicular to the longitudinal axis and passes through the crest of the thread; wherein along a first part of the thread said shank defines a depression between said adjacent leading and trailing flanks thereof, which depression has a first inclined face that faces said trailing end, wherein in cross-section in said axial direction said depression has a generally V-shaped profile; and wherein along a second part of the thread said shank does not define a said depression between said adjacent leading and trailing flanks thereof. a shank having a leading end , a trailing end and a longitudinal axis that extends between said leading and trailing ends and defines an axial direction of said shank; and a thread winding around said shank and having a leading flank and a trailing flank , said flanks having respective radially innermost ends adjoining said shank, the leading flank being disposed at an angle α substantially in the range 15 to 25° to a line perpendicular to the longitudinal axis and passes through a crest of the thread, the trailing flank being disposed at an angle β substantially in the range 30 to 40° to said line perpendicular to the longitudinal axis and passes through the crest of the thread; wherein along a first part of the thread said shank defines a depression between said adjacent leading and trailing flanks thereof, which depression has a first inclined face that faces said trailing end, wherein in cross-section in said axial direction said depression has a generally V-shaped profile; and wherein along a second part of the thread said shank does not define a said depression between said adjacent leading and trailing flanks thereof.
Module for a telecommunication subrack , the module being configured to be removably and horizontally mounted in the subrack, the module comprising; a connector part disposed in a rear of the module and comprising one or more output connectors for connecting the module to the backplane; characterized by comprising: a power part arranged in the front of the module for securing power feed to a backplane of the subrack, the power part comprising: one or more input connectors arranged on the left and/or right side of the power part , as seen from the front, for accommodating power cables from an external power supply; ventilation openings arranged in the bottom of the power part; and power filtering functions, including circuitry for filtering out electrical noise derived from the external power supply; and a fan assembly disposed between the power part and the connector part and comprising one or more fans for cooling of the subrack. a power part arranged in the front of the module for securing power feed to a backplane of the subrack, the power part comprising: one or more input connectors arranged on the left and/or right side of the power part , as seen from the front, for accommodating power cables from an external power supply; ventilation openings arranged in the bottom of the power part; and power filtering functions, including circuitry for filtering out electrical noise derived from the external power supply; one or more input connectors arranged on the left and/or right side of the power part , as seen from the front, for accommodating power cables from an external power supply; ventilation openings arranged in the bottom of the power part; and power filtering functions, including circuitry for filtering out electrical noise derived from the external power supply; and a fan assembly disposed between the power part and the connector part and comprising one or more fans for cooling of the subrack.
A sheet-metal turbine housing in which a scroll part is formed by joining opposing scroll members made of sheet metal to form a spiral-shaped exhaust gas passage therein, the sheet-metal turbine housing comprising: a center core part which includes: a bearing housing portion in which a bearing for rotatably supporting a turbine rotor blade is arrangeable; a passage outlet portion configured to form an outlet side of the gas; and a plurality of support columns connecting the bearing housing portion and the passage outlet portion in an axial direction of the turbine, the support columns being arranged at intervals on an outer circumferential side of the turbine rotor in a circumferential direction of the turbine rotor blade , characterized in that each of the support columns has a cross-sectional shape of substantially triangular shape formed by an upstream surface , a downstream surface and an inner arc , wherein an upstream corner which is a crossing of the upstream surface and the downstream surface has an acute angle, wherein a downstream corner which is a crossing of the downstream surface and the inner arc has an acute angle, and wherein each of the upstream surface and the downstream surface of the support column is configured flat with a predetermined angle and inclines along a gas flow. a center core part which includes: a bearing housing portion in which a bearing for rotatably supporting a turbine rotor blade is arrangeable; a passage outlet portion configured to form an outlet side of the gas; and a plurality of support columns connecting the bearing housing portion and the passage outlet portion in an axial direction of the turbine, the support columns being arranged at intervals on an outer circumferential side of the turbine rotor in a circumferential direction of the turbine rotor blade , a bearing housing portion in which a bearing for rotatably supporting a turbine rotor blade is arrangeable; a passage outlet portion configured to form an outlet side of the gas; and a plurality of support columns connecting the bearing housing portion and the passage outlet portion in an axial direction of the turbine, the support columns being arranged at intervals on an outer circumferential side of the turbine rotor in a circumferential direction of the turbine rotor blade , characterized in that each of the support columns has a cross-sectional shape of substantially triangular shape formed by an upstream surface , a downstream surface and an inner arc , wherein an upstream corner which is a crossing of the upstream surface and the downstream surface has an acute angle, wherein a downstream corner which is a crossing of the downstream surface and the inner arc has an acute angle, and wherein each of the upstream surface and the downstream surface of the support column is configured flat with a predetermined angle and inclines along a gas flow.
A double delivery pump for a dishwashing machine , in particular for a professional dishwashing machine provided with a washing chamber delimited by a vertically movable hood and provided with two sprinkler arms , upper and lower arms respectively, within the washing chamber, to which the pump feeds in use a washing fluid through a first piping and a second piping , respectively; the pump comprising a single pump body provided with a single centrifugal impeller therein and externally provided with a first and a second delivery conduit, which project so as to protrude from the pump body, outside the same, and are arranged so as to form an acute angle (α) therebetween and project from the pump body at the same angular position, thus intersecting each other according to said acute angle (α), at respective connecting root portions thereof to the pump body, characterized in that the pump also includes an electric motor and a supporting plate , and the pump body being cup-shaped and fluid-tightly connected, on the side of an internal cavity thereof, to the supporting plate carried by the electric motor for the impeller by means of a plurality of screws or bolts arranged as a crown about the rotation axis (A) of the impeller; and at the intersection between the first and second delivery conduits , a peripheral rim of the pump body being provided with a fitting and angular locking projecting part .