mhurhangee/patent-ind-claim-en huggingface dataset:
A construction machine with an upper slewing body and having a catwalk , the catwalk being a passage extending and installed along a side surface of the upper slewing body , the catwalk comprising: a movable portion provided at an end portion of the catwalk corresponding to a radially outermost side (H) with respect to a slewing center (X) of the upper slewing body , the movable portion being mounted so as to be pivotable between horizontal and vertical directions about an axis (Y) positioned on a side surface side of the upper slewing body below a passage surface (F1) of the movable portion ; wherein the passage surface (F1) of the movable portion is formed outside and away from the side surface of the upper slewing body , characterized in that a fixed passage surface (F2) is provided at a position closer to the side surface than said passage surface (F1) of the movable portion , and a bumper serving as a buffer member is mounted so as to face obliquely downward at an outer end portion of the passage surface (F1) away from the side surface of the upper slewing body . a movable portion provided at an end portion of the catwalk corresponding to a radially outermost side (H) with respect to a slewing center (X) of the upper slewing body , the movable portion being mounted so as to be pivotable between horizontal and vertical directions about an axis (Y) positioned on a side surface side of the upper slewing body below a passage surface (F1) of the movable portion ; wherein the passage surface (F1) of the movable portion is formed outside and away from the side surface of the upper slewing body , characterized in that a fixed passage surface (F2) is provided at a position closer to the side surface than said passage surface (F1) of the movable portion , and a bumper serving as a buffer member is mounted so as to face obliquely downward at an outer end portion of the passage surface (F1) away from the side surface of the upper slewing body .
A process of treating complex sulfide concentrate, comprising the steps of (a) roasting wet or slurried complex sulfide concentrate in a furnace at a temperature of at least 720°C to obtain a calcine; wherein oxygen is introduced into the roasting step (a) as oxygen enriched air; (b) smelting the calcine obtained in step (a) under inert or oxygen free atmosphere in a smelting furnace to obtain a matte; (c) granulating the matte obtained in step (b) to obtain a granulated matte which is fed to a subsequent leaching process. (a) roasting wet or slurried complex sulfide concentrate in a furnace at a temperature of at least 720°C to obtain a calcine; wherein oxygen is introduced into the roasting step (a) as oxygen enriched air; (b) smelting the calcine obtained in step (a) under inert or oxygen free atmosphere in a smelting furnace to obtain a matte; (c) granulating the matte obtained in step (b) to obtain a granulated matte which is fed to a subsequent leaching process.
An apparatus for protecting an electronics module used in a borehole , comprising: - a section of a borehole string having an outer circumferential surface on which at least one pocket is formed; - a mount associated with the at least one pocket , wherein the mount includes: - a housing receiving and hermetically sealing the electronics module , the housing being seated on a seating surface of the at least one pocket , - a lid enclosing the housing within the at least one pocket , and - a biasing member positioned between the lid and the housing ; and characterized by - a sleeve surrounding the section of the borehole string and securing the lid within the at least one pocket , the sleeve pressing the lid against the biasing member , the biasing member responsively urging the housing against the seating surface . - a section of a borehole string having an outer circumferential surface on which at least one pocket is formed; - a mount associated with the at least one pocket , wherein the mount includes: - a housing receiving and hermetically sealing the electronics module , the housing being seated on a seating surface of the at least one pocket , - a lid enclosing the housing within the at least one pocket , and - a biasing member positioned between the lid and the housing ; and characterized by - a housing receiving and hermetically sealing the electronics module , the housing being seated on a seating surface of the at least one pocket , - a lid enclosing the housing within the at least one pocket , and - a biasing member positioned between the lid and the housing ; and characterized by - a sleeve surrounding the section of the borehole string and securing the lid within the at least one pocket , the sleeve pressing the lid against the biasing member , the biasing member responsively urging the housing against the seating surface .
A device configured to form at least partly at least one disc of a wheel comprising a rim and at least one support of at least one hub defining a rotational axis , the device comprising at least: o One central point ; o One peripheral point partly surrounding the central point ; o One first portion comprising at least one first layer of at least one first composite material formed by a first unidirectional fibre bundle in a matrix and extending in the peripheral point and in the central point in a first extension axis parallel to a main direction of extension of the fibres of the first unidirectional bundle; o A second portion comprising at least one second layer of at least a second composite material formed by a second unidirectional fibre bundle in a matrix and extending in the peripheral point and in the central point in a second extension axis parallel to a main direction of extension of the fibres of the second unidirectional bundle, the second extension axis being different from the first extension axis ; and characterised in that the first portion and the second portion are placed on top of each other at the level of the central point defining a multidirectional stack of unidirectional bundles wherein the parts of the first layer and the parts of the second layer and placed on each other in an alternating manner. o One central point ; o One peripheral point partly surrounding the central point ; o One first portion comprising at least one first layer of at least one first composite material formed by a first unidirectional fibre bundle in a matrix and extending in the peripheral point and in the central point in a first extension axis parallel to a main direction of extension of the fibres of the first unidirectional bundle; o A second portion comprising at least one second layer of at least a second composite material formed by a second unidirectional fibre bundle in a matrix and extending in the peripheral point and in the central point in a second extension axis parallel to a main direction of extension of the fibres of the second unidirectional bundle, the second extension axis being different from the first extension axis ;
Fan having a memory read-out device for reading-out configuration parameters from a data memory of the fan , formed with a display device (A), the display device (A) displaying information about the configuration parameters in the zero potential state of the fan , wherein the display device (A) is an electronic bistable display , characterized in that the bistable display is formed to display a 1D or 2D barcode containing the current information about the configuration parameters.
An architectural enclosure composed of a structural element and an improved flexible brick sheet, wherein the structural element comprises at least one first profile and multiple second profiles perpendicular to the first profile and wherein the improved flexible brick sheet comprises: • a plurality of interwoven flexible rods forming a lattice of first rods parallel to each other attached to said at least one first profile and of second rods parallel to each other orthogonal to the first rods , and • a plurality of bricks provided with two main opposite sides of larger size, and four perimetric sides, at least two of the perimetric sides being mutually opposing and include fastening configurations in the shape of grooves , each one accessible through an opening and provided with a bottom portion corresponding to the part of the groove furthest away from the opening , said grooves running along the larger length of the perimetric side wherein they are housed and containing at least parts of some of said rods to retain said bricks in said lattice; characterized in that • some of the first rods are facing the second profiles their entire lengths, and are joined thereto at regular intervals by means of clamps , attached to said second profiles, and surrounding the corresponding first rod keeping the second rods from sliding in the direction of the first rods through said clamp . • a plurality of interwoven flexible rods forming a lattice of first rods parallel to each other attached to said at least one first profile and of second rods parallel to each other orthogonal to the first rods , and • a plurality of bricks provided with two main opposite sides of larger size, and four perimetric sides, at least two of the perimetric sides being mutually opposing and include fastening configurations in the shape of grooves , each one accessible through an opening and provided with a bottom portion corresponding to the part of the groove furthest away from the opening , said grooves running along the larger length of the perimetric side wherein they are housed and containing at least parts of some of said rods to retain said bricks in said lattice; • some of the first rods are facing the second profiles their entire lengths, and are joined thereto at regular intervals by means of clamps , attached to said second profiles, and surrounding the corresponding first rod keeping the second rods from sliding in the direction of the first rods through said clamp .
A cluster-type multistage rolling mill comprising: a pair of upper and lower work rolls that roll a metal strip ; an intermediate roll group that supports the work rolls; a plurality of partition backing bearing shafts (A-N) each including a partition backing bearing , a shaft , and a saddle that support the intermediate roll group ; an upper mill housing that supports an upper side partition backing bearing shaft (A-D, I-K) in a vertical direction, of the partition backing bearing shafts (A-N); a lower mill housing that supports a lower side partition backing bearing shaft (E-H, L-N) in the vertical direction, of the partition backing bearing shafts (A-N); a base mill housing disposed on a lower side of the lower mill housing in the vertical direction; and a lower mill housing spacer (16a-d, 17a-d, 19c, 20c, 21c, 22c, 23c, 24c, 26c) that is provided between the lower mill housing and the base mill housing and that adjusts a position of the lower mill housing in the vertical direction; characterized by four columns (12a, 12a1, 12b, 12b1, 12c, 12c1, 12d, 12d1) that link, in an up-down direction, four corners of each of the upper mill housing , the lower mill housing , and the base mill housing ; a press-down section (11a-d, 18a-d) that is provided on an upper side of the four columns (12a, 12a1, 12b, 12b1, 12c, 12c1, 12d, 12d1) in the vertical direction and that is capable of raising and lowering the upper mill housing . a pair of upper and lower work rolls that roll a metal strip ; an intermediate roll group that supports the work rolls; a plurality of partition backing bearing shafts (A-N) each including a partition backing bearing , a shaft , and a saddle that support the intermediate roll group ; an upper mill housing that supports an upper side partition backing bearing shaft (A-D, I-K) in a vertical direction, of the partition backing bearing shafts (A-N); a lower mill housing that supports a lower side partition backing bearing shaft (E-H, L-N) in the vertical direction, of the partition backing bearing shafts (A-N); a base mill housing disposed on a lower side of the lower mill housing in the vertical direction; and a lower mill housing spacer (16a-d, 17a-d, 19c, 20c, 21c, 22c, 23c, 24c, 26c) that is provided between the lower mill housing and the base mill housing and that adjusts a position of the lower mill housing in the vertical direction; characterized by four columns (12a, 12a1, 12b, 12b1, 12c, 12c1, 12d, 12d1) that link, in an up-down direction, four corners of each of the upper mill housing , the lower mill housing , and the base mill housing ; a press-down section (11a-d, 18a-d) that is provided on an upper side of the four columns (12a, 12a1, 12b, 12b1, 12c, 12c1, 12d, 12d1) in the vertical direction and that is capable of raising and lowering the upper mill housing .
A packaged oil filter comprising an oil filter and an item of packaging for the oil filter , the item of packaging having a first configuration and a second configuration wherein: the first configuration is a packaging configuration in which the item of packaging is configured to package the oil filter; and the second configuration is an oil tray configuration in which the item of packaging is configured to receive oil; wherein the oil tray comprises a channel that extends from a proximal end to a distal end; wherein the distal end includes a narrowing of the channel to serve as a spout ; and characterised in that : the proximal end includes an attachment flange configured for receipt within an orifice of an oil tray mounting bracket of an engine with which the oil filter is designed for use, so as to locate and retain the item of packaging in the oil tray configuration in a location for receipt of oil from the oil filter , or from an oil filter port of the engine , during a filter change process. the first configuration is a packaging configuration in which the item of packaging is configured to package the oil filter; and the second configuration is an oil tray configuration in which the item of packaging is configured to receive oil; wherein the oil tray comprises a channel that extends from a proximal end to a distal end; wherein the distal end includes a narrowing of the channel to serve as a spout ; and characterised in that : the proximal end includes an attachment flange configured for receipt within an orifice of an oil tray mounting bracket of an engine with which the oil filter is designed for use, so as to locate and retain the item of packaging in the oil tray configuration in a location for receipt of oil from the oil filter , or from an oil filter port of the engine , during a filter change process.
Rear section for an aircraft, comprising: a frame assembly comprising at least one frame having a plane of symmetry , a vertical tail plane that is attached to the frame assembly by at least one supporting element having two ends , wherein each one of the ends is attached to said at least one frame at different sides of the plane of symmetry , wherein said at least one supporting element acts as a beam and comprises auxiliary elements for fixing the vertical tail plane . a frame assembly comprising at least one frame having a plane of symmetry , a vertical tail plane that is attached to the frame assembly by at least one supporting element having two ends , wherein each one of the ends is attached to said at least one frame at different sides of the plane of symmetry , wherein said at least one supporting element acts as a beam and comprises auxiliary elements for fixing the vertical tail plane .
An apparatus comprising: a first integrated circuit comprising a memory controller including a first transmitter and a first receiver ; a second integrated circuit comprising a memory including a second transmitter and a second receiver , wherein transistors in the memory have a larger threshold voltage than a threshold voltage of transistors in the memory controller; and an interface including communication channel linking the first transmitter with the second receiver and the first receiver with the second transmitter, wherein the communication channel is one of a single channel or a dual channel ; wherein the first transmitter is configured to transmit a first signal and the second transmitter is configured to transmit a second signal , a first average voltage swing of the first signal being higher than a second average voltage swing of the second signal. a first integrated circuit comprising a memory controller including a first transmitter and a first receiver ; a second integrated circuit comprising a memory including a second transmitter and a second receiver , wherein transistors in the memory have a larger threshold voltage than a threshold voltage of transistors in the memory controller; and an interface including communication channel linking the first transmitter with the second receiver and the first receiver with the second transmitter, wherein the communication channel is one of a single channel or a dual channel ; wherein the first transmitter is configured to transmit a first signal and the second transmitter is configured to transmit a second signal , a first average voltage swing of the first signal being higher than a second average voltage swing of the second signal.
A method of determining a cycle time for a haul truck, comprising: periodically receiving a GPS signal comprising data indicative of a position of the haul truck; dynamically compiling a data structure including each data indicative of the position of the haul truck in combination with a time associated with the data indicative of the position of the haul truck; comparing each data indicative of the position of the haul truck to known geofence positions; identifying within the data indicative of the position of the haul truck first GPS position information (1-1), indicative of a first material plant checkpoint in which the haul truck enters a first material plant geofence a first time; identifying within the data indicative of the position of the haul truck second GPS position information (3-1, 4-1), indicative of a first paver checkpoint in which the haul truck enters and/or exits a dynamic geofence , wherein the geofence moves in correspondence with movement of the paver; identifying within the data indicative of the position of the haul truck third GPS position information (5-1), indicative of a second material plant checkpoint in which the haul truck enters the first material plant geofence a second time; creating an association between the first material plant checkpoint and the second material plant checkpoint; and determining a cycle time based at least partly on a time associated with the first material plant checkpoint and a time associated with the second material plant checkpoint. periodically receiving a GPS signal comprising data indicative of a position of the haul truck; dynamically compiling a data structure including each data indicative of the position of the haul truck in combination with a time associated with the data indicative of the position of the haul truck; comparing each data indicative of the position of the haul truck to known geofence positions; identifying within the data indicative of the position of the haul truck first GPS position information (1-1), indicative of a first material plant checkpoint in which the haul truck enters a first material plant geofence a first time; identifying within the data indicative of the position of the haul truck second GPS position information (3-1, 4-1), indicative of a first paver checkpoint in which the haul truck enters and/or exits a dynamic geofence , wherein the geofence moves in correspondence with movement of the paver; identifying within the data indicative of the position of the haul truck third GPS position information (5-1), indicative of a second material plant checkpoint in which the haul truck enters the first material plant geofence a second time; creating an association between the first material plant checkpoint and the second material plant checkpoint; and determining a cycle time based at least partly on a time associated with the first material plant checkpoint and a time associated with the second material plant checkpoint.
A time-resolved photoemission electron microscopy comprising: a laser light source that outputs a pulse having less than or equal to a femtosecond level pulse width and variable repetition frequency; a pump light pulse generator (NL) configured to generate pump light pulse that excites photo-carriers of a sample by converting wavelength of light output from the laser light source ; and a probe light pulse generator configured to generate probe light pulse that photo-emits photo-carriers excited by the pump light pulse from the sample by photoelectric effect by converting wavelength of light output from the laser light source , wherein energy of at least one of the pump light pulse and the probe light pulse is configured to continuously vary in a range not less than 0.1 eV and not more than 8 eV. a laser light source that outputs a pulse having less than or equal to a femtosecond level pulse width and variable repetition frequency; a pump light pulse generator (NL) configured to generate pump light pulse that excites photo-carriers of a sample by converting wavelength of light output from the laser light source ; and a probe light pulse generator configured to generate probe light pulse that photo-emits photo-carriers excited by the pump light pulse from the sample by photoelectric effect by converting wavelength of light output from the laser light source , wherein energy of at least one of the pump light pulse and the probe light pulse is configured to continuously vary in a range not less than 0.1 eV and not more than 8 eV.
A method for determining a device parameter of a hearing device to be worn at a user, the method comprising: Obtaining image data of one or more images, the image data including first image data of a first image of an outer human ear at a first angle; obtaining a hearing device model identifier; identifying , based on the first image data, a first anatomical landmark and a second anatomical landmark of the outer human ear using a processor, wherein the act of identifying the first anatomical landmark and the second anatomical landmark of the outer human ear is performed based on the hearing device model identifier; determining the device parameter of the hearing device based on the first anatomical landmark and the second anatomical landmark; and outputting the device parameter. Obtaining image data of one or more images, the image data including first image data of a first image of an outer human ear at a first angle; obtaining a hearing device model identifier; identifying , based on the first image data, a first anatomical landmark and a second anatomical landmark of the outer human ear using a processor, wherein the act of identifying the first anatomical landmark and the second anatomical landmark of the outer human ear is performed based on the hearing device model identifier; determining the device parameter of the hearing device based on the first anatomical landmark and the second anatomical landmark; and outputting the device parameter.