mhurhangee/ep-ind-claims huggingface dataset:
A multiprocessor system, wherein the system comprises a bus, a first peripheral component interconnect express, PCIe, domain and a second PCIe domain; ∘ the first PCIe domain comprises a first processor, a first PCIe switch connected to the first processor, and a first PCIe device connected to the first PCIe switch; ∘ the second PCIe domain comprises a second processor, a second PCIe switch connected to the second processor, and a second PCIe device connected to the second PCIe switch, and the first PCIe switch is configured to communicate with the second PCIe switch by using the bus; ∘ when the first processor performs enumeration, the second PCIe device is not found by the first processor; ∘ the first PCIe device is configured to access the second PCIe device by using the bus, and ∘ wherein the first PCIe switch comprises a first fabric port, the first fabric port is configured to communicate with the second PCIe switch, and the first fabric port is configured to reject a scanning instruction of the first processor when the first processor performs the enumeration. ∘ the first PCIe domain comprises a first processor, a first PCIe switch connected to the first processor, and a first PCIe device connected to the first PCIe switch; ∘ the second PCIe domain comprises a second processor, a second PCIe switch connected to the second processor, and a second PCIe device connected to the second PCIe switch, and the first PCIe switch is configured to communicate with the second PCIe switch by using the bus; ∘ when the first processor performs enumeration, the second PCIe device is not found by the first processor; ∘ the first PCIe device is configured to access the second PCIe device by using the bus, and ∘ wherein the first PCIe switch comprises a first fabric port, the first fabric port is configured to communicate with the second PCIe switch, and the first fabric port is configured to reject a scanning instruction of the first processor when the first processor performs the enumeration.
Flexible metal ring destined for use as, or at least in a drive belt for a continuously variable transmission with two pulleys and a drive belt, which ring is made from steel including 17 to 19 %-by weight Nickel, 4 to 8 %-by weight Molybdenum and 15 to 21 %-by weight Cobalt, with the combined Molybdenum and Cobalt content amounting to at least 22 % and preferably having a value in the range from 24 to 28 %-by weight, characterised in that, the core material of the ring both has a yield strength of at least 2000 MPa, preferably of more than 2300 MPa and has a hardness of more than 700 HV1.0, preferably of more than 750 HV1.0.
An induction cooking hob with a pot detection device, wherein: - the induction cooking hob includes a cooking surface comprising one or more cooking zones, - each cooking zone comprises or corresponds with at least one induction coil, - the induction cooking hob includes an input unit and a display unit, - the input unit comprises an on-off key for activating the pot detection device, - the pot detection device is provided for identifying the cooking zone(s) and/or induction coil(s) covered by a cooking vessel, - the display unit is provided for indicating the cooking zone(s) and/or induction coil(s) covered by the cooking vessel, and - the input unit comprises at least one power switch for a manual setting of the power to be supplied to the identified cooking zone(s) and/or induction coil(s), respectively, characterized in, that the pot detection device is activated by an on-off key, the input unit and the display unit are formed as a touch screen, so that the input area and display area are identical, the display unit comprises a schematic picture illustrating the cooking surface and at least one symbol each representing a corresponding cooking zone, the symbol is illuminated, if the corresponding cooking zone is covered by the cooking vessel, and the power switch is integrated within or corresponds with the symbol representing the cooking zone(s). - the induction cooking hob includes a cooking surface comprising one or more cooking zones, - each cooking zone comprises or corresponds with at least one induction coil, - the induction cooking hob includes an input unit and a display unit, - the input unit comprises an on-off key for activating the pot detection device, - the pot detection device is provided for identifying the cooking zone(s) and/or induction coil(s) covered by a cooking vessel, - the display unit is provided for indicating the cooking zone(s) and/or induction coil(s) covered by the cooking vessel, and - the input unit comprises at least one power switch for a manual setting of the power to be supplied to the identified cooking zone(s) and/or induction coil(s), respectively,
A method of treating thick fine tailings, comprising: flocculating the thick fine tailings comprising the following flocculation stages: a dispersion stage comprising dispersing a flocculant into the thick fine tailings to form a flocculation tailings material; a floc build-up stage comprising shearing the flocculation tailings material and increasing the yield stress of the flocculation tailings material; and a floc breakdown stage comprising shearing the flocculation tailings material under a laminar flow regime and decreasing the yield stress of the flocculation tailings material, wherein the floc breakdown stage comprises: imparting a pre-determined amount of shear conditioning to the flocculation tailings material in accordance with a Camp Number sufficient that the flocculation tailings material attains a water release zone wherein release water separates from the flocculation tailings material; and depositing the flocculation tailings material that is within the water release zone onto a sub-aerial deposition area. flocculating the thick fine tailings comprising the following flocculation stages: a dispersion stage comprising dispersing a flocculant into the thick fine tailings to form a flocculation tailings material; a floc build-up stage comprising shearing the flocculation tailings material and increasing the yield stress of the flocculation tailings material; and a floc breakdown stage comprising shearing the flocculation tailings material under a laminar flow regime and decreasing the yield stress of the flocculation tailings material, wherein the floc breakdown stage comprises: imparting a pre-determined amount of shear conditioning to the flocculation tailings material in accordance with a Camp Number sufficient that the flocculation tailings material attains a water release zone wherein release water separates from the flocculation tailings material; and a dispersion stage comprising dispersing a flocculant into the thick fine tailings to form a flocculation tailings material; a floc build-up stage comprising shearing the flocculation tailings material and increasing the yield stress of the flocculation tailings material; and a floc breakdown stage comprising shearing the flocculation tailings material under a laminar flow regime and decreasing the yield stress of the flocculation tailings material, wherein the floc breakdown stage comprises: imparting a pre-determined amount of shear conditioning to the flocculation tailings material in accordance with a Camp Number sufficient that the flocculation tailings material attains a water release zone wherein release water separates from the flocculation tailings material; and imparting a pre-determined amount of shear conditioning to the flocculation tailings material in accordance with a Camp Number sufficient that the flocculation tailings material attains a water release zone wherein release water separates from the flocculation tailings material; and depositing the flocculation tailings material that is within the water release zone onto a sub-aerial deposition area.
A vacuum system having a vacuum chamber, in which that outer side of the vacuum chamber which runs parallel to the vacuum chamber central longitudinal axis is formed in one piece from a chamber extruded profile (22, 70), characterized in that the chamber extruded profile (22, 70) is configured such that it is fully closed transversely to the vacuum chamber central longitudinal axis and has an end-face door which can be reversibly opened and closed, wherein the vacuum chamber has on an end face a pivotably openable and closable door, wherein the chamber extruded profile (22, 70) has on its outer side a hinge projection (42, 44), which runs parallel to the vacuum chamber central longitudinal axis and on which is disposed a hinge (18, 20) for the pivotable connection between door and chamber extruded profile (22, 70).
A method for reproducing a production process in a virtual environment, wherein during the production process a production device and a workpiece are brought into interaction with one another, wherein the virtual environment is created on the one hand from previously calculated three-dimensional data of the workpiece and the virtual environment is created on the other hand from three-dimensional data of an actually existing production device acquired by a scanner, characterized in that prior to its acquisition with the scanner the production device is constructed as desired on an actually existing workpiece or on an optical projection of the workpiece.
A steel plate with excellent hydrogen-induced cracking resistance and toughness of a weld heat affected zone, consisting of: C: 0.02-0.15% (% means mass%, hereinafter the same); Si: 0.02-0.50%; Mn: 0.6-2.0%; P: over 0% and 0.030% or less; S: over 0% and 0.003% or less; Al: 0.010-0.08%; Ti: 0.003-0.030%; Ca: 0.0003-0.0060%; N: 0.001-0.01%; and O (oxygen): over 0% and 0.0045% or less; optionally, at least one element selected from at least either group of (a) and (b) below: (a) a group consisting of: B: over 0% and 0.005% or less; V: over 0% and 0.1 % or less; Cu: over 0% and 1.0% or less; Ni: over 0% and 1.5% or less; Cr: over 0% and 1.0% or less; Mo: over 0% and 1.0% or less; and Nb: over 0% and 0.06% or less; (b) a group consisting of: Mg: over 0% and 0.01% or less; REM: over 0% and 0.02% or less; and Zr: over 0% and 0.010% or less, with the remainder consisting of iron and inevitable impurities; wherein the ratio of the Ca and the S (Ca/S) is 2.0 or more, the Ca, the S, and the O satisfy (Ca-1.25S)/O≤1.8 with a lower limit of 0.1, and in a region from the surface to 5 mm depth in the plate thickness direction, Ca-based inclusions having a Ca amount of 60 mass% or more when all elements excluding S, O and N are assumed to be 100 mass% with 50 μm or more of the long diameter or long side are 2.0 pieces/mm 2 or less, and TiN with 300 nm or less and a lower limit of 50 nm or more of the long diameter or long side is 5×10 2 pieces/μm 2 or more with an upper limit of 150×10 2 pieces/μm 2. C: 0.02-0.15% (% means mass%, hereinafter the same); Si: 0.02-0.50%; Mn: 0.6-2.0%; P: over 0% and 0.030% or less; S: over 0% and 0.003% or less; Al: 0.010-0.08%; Ti: 0.003-0.030%; Ca: 0.0003-0.0060%; N: 0.001-0.01%; and O (oxygen): over 0% and 0.0045% or less; (a) a group consisting of: B: over 0% and 0.005% or less; V: over 0% and 0.1 % or less; Cu: over 0% and 1.0% or less; Ni: over 0% and 1.5% or less; Cr: over 0% and 1.0% or less; Mo: over 0% and 1.0% or less; and Nb: over 0% and 0.06% or less; B: over 0% and 0.005% or less; V: over 0% and 0.1 % or less; Cu: over 0% and 1.0% or less; Ni: over 0% and 1.5% or less; Cr: over 0% and 1.0% or less; Mo: over 0% and 1.0% or less; and Nb: over 0% and 0.06% or less; (b) a group consisting of: Mg: over 0% and 0.01% or less; REM: over 0% and 0.02% or less; and Zr: over 0% and 0.010% or less, Mg: over 0% and 0.01% or less; REM: over 0% and 0.02% or less; and Zr: over 0% and 0.010% or less,
A system comprising a fan assembly with a plurality of nozzle openings (115a, 115b,...) for creating air flows (111a, 111b,...), the system further comprising a plurality of heating elements (113a, 113b,...), with each air flow (111a, 111b,...) having an associated heating element (113a, 113b,...) wherein the system is configured to provide the air flows (111a, 111b,...) in at least two non-parallel directions (112a, 112b,...) with the air flows (111a, 111b,...) having respective air flow temperatures (Ta, Tb,...), wherein the at least two non-parallel directions (112a, 112b,...) are configured within a virtual cone having an apex angle (α) selected from the range of 10-170° and having a cone axis, the system further comprising a control system configured to control the air flows (111a, 111b,...), wherein controlling the air flows (111a, 111b,...) comprises controlling the respective air flow temperatures (Ta, Tb,...) of the air flows (111a, 111b,...) and one or more of a flow velocity and a flow rate of the air flows (111a, 111b,...), and the system further comprising a light source configured to generate light source light, wherein the system further comprises a user interface for independently selecting the air flow temperatures (Ta, Tb,...) of the air flows (111a, 111b,...).
A magnetic cooling and heating device, comprising: - a heat exchanger in which a magnetic body having a magnetocaloric effect is disposed; - a magnetic field applying and removing unit to selectively apply to and to remove from the magnetic body a magnetic field; and - a liquid refrigerant moving unit that is configured to move liquid refrigerant from a first end to a second end of the heat exchanger or from the second end to the first end to exchange heat with the magnetic body in the heat exchanger, wherein: - the magnetic body comprises plural flat magnetic members (50A,..., 50H) each arranged in an upright position with respect to a moving direction of the liquid refrigerant and thus disposed with a surface perpendicular to a flow direction of movement of the liquid refrigerant, - the surface has at least one flow passage (53Aa,..., 53Ha) there through to allow the liquid refrigerant to pass through the respective flat magnetic member (50A,..., 50H) in the flow direction, and - the at least one flow passage (53Aa,..., 53Ha) - is formed as a slit (50Aa,..., 50Ae) that is opened in a direction perpendicular to the moving direction of the liquid refrigerant and - comprises plural dihedrals (52a,..., 52h) or sharp corners (52a,..., 52h) which are configured to point to the flow direction of the liquid refrigerant and to thereby obtain a leading edge effect. - a heat exchanger in which a magnetic body having a magnetocaloric effect is disposed; - a magnetic field applying and removing unit to selectively apply to and to remove from the magnetic body a magnetic field; and - a liquid refrigerant moving unit that is configured to move liquid refrigerant from a first end to a second end of the heat exchanger or from the second end to the first end to exchange heat with the magnetic body in the heat exchanger, - the magnetic body comprises plural flat magnetic members (50A,..., 50H) each arranged in an upright position with respect to a moving direction of the liquid refrigerant and thus disposed with a surface perpendicular to a flow direction of movement of the liquid refrigerant, - the surface has at least one flow passage (53Aa,..., 53Ha) there through to allow the liquid refrigerant to pass through the respective flat magnetic member (50A,..., 50H) in the flow direction, and - the at least one flow passage (53Aa,..., 53Ha) - is formed as a slit (50Aa,..., 50Ae) that is opened in a direction perpendicular to the moving direction of the liquid refrigerant and - comprises plural dihedrals (52a,..., 52h) or sharp corners (52a,..., 52h) which are configured to point to the flow direction of the liquid refrigerant and to thereby obtain a leading edge effect. - is formed as a slit (50Aa,..., 50Ae) that is opened in a direction perpendicular to the moving direction of the liquid refrigerant and - comprises plural dihedrals (52a,..., 52h) or sharp corners (52a,..., 52h) which are configured to point to the flow direction of the liquid refrigerant and to thereby obtain a leading edge effect.
A blade plate for crushers to be installed on a fixed side or a moving side, comprising a base material part and many blade parts arranged on the surface of this base material part, wherein this blade part comprises: a diamond blade part (44, 54) arranged in a diamond shape on a top surface 41a of the base material part, wherein the diamond blade part (44, 54) is in a substantially trapezoidal shape in a cross sectional view, having an edge (44d, 54d) formed of a corner between a chamfered ridge part (44a, 54a) and an inclined part; a chevron blade part (45, 55) which is configured in a polyhedral shape having an edge (45b3, 55b3) formed of a corner between a cross-shaped tip end chamfered ridge part (45a, 55a) and a foot part (45b, 55b) on the tip end chamfered ridge part side and an edge (45b4, 55b4) formed of a corner between an inclined chamfered ridge part (45bl, 55bl) of the foot part (45b, 55b) and an inclined part (45b2, 55b2) of the foot part (45b, 55b), and which is bound to an apex of the diamond blade part (44, 54); and a convex blade part (46, 56) having an edge (46c, 56c) formed of a corner between a chamfered ridge part (46a, 56a) and an inclined part (46b, 56b), the convex blade part (46, 56)being connected to a part of the chevron blade (45, 55) arranged on the lowermost stage of the base material part; characterized in that the blade part further comprises a small blade parts comprising halved triangular pyramids which are vertically connected, the small blade parts being located on both sides of the convex blade part (46, 56) wherein the small blade parts have an edge formed of a corner between a chamfered ridge part and an inclined part, and that the chamfered ridge part (44a, 54a) of the diamond blade part (44, 54), the tip end chamfered ridge part (45a, 55a) and the inclined chamfered ridge part (45bl, 55b1) of the chevron blade part (45, 55), the chamfered ridge part (46a, 56a) of the convex blade part (46, 56) and the chamfered ridge part of the small blade parts have a width of 5 mm to 15 mm. a diamond blade part (44, 54) arranged in a diamond shape on a top surface 41a of the base material part, wherein the diamond blade part (44, 54) is in a substantially trapezoidal shape in a cross sectional view, having an edge (44d, 54d) formed of a corner between a chamfered ridge part (44a, 54a) and an inclined part; a chevron blade part (45, 55) which is configured in a polyhedral shape having an edge (45b3, 55b3) formed of a corner between a cross-shaped tip end chamfered ridge part (45a, 55a) and a foot part (45b, 55b) on the tip end chamfered ridge part side and an edge (45b4, 55b4) formed of a corner between an inclined chamfered ridge part (45bl, 55bl) of the foot part (45b, 55b) and an inclined part (45b2, 55b2) of the foot part (45b, 55b), and which is bound to an apex of the diamond blade part (44, 54); and a convex blade part (46, 56) having an edge (46c, 56c) formed of a corner between a chamfered ridge part (46a, 56a) and an inclined part (46b, 56b), the convex blade part (46, 56)being connected to a part of the chevron blade (45, 55) arranged on the lowermost stage of the base material part;
A machine having a machine frame, mobile by means of on-track undercarriages on rails of a track grid, and a stabilizing unit which comprises a vibration exciter for generating horizontal vibrations extending transversely to the longitudinal direction of the machine and flanged rollers designed to roll on the rails, wherein a camera is mounted on the machine frame to record a section of the track grid set in vibrations, and that the camera is connected to an evaluation device in order to derive from recorded image data a resulting deflection (s r) of the track grid, characterized in that the camera is designed for capturing two-dimensional images (17, 18).
A mobile terminal comprising: a display unit having a screen display; and a controller operable to display a list including a plurality of items on a region of the screen display, the displayed list having at least one end and a boundary contiguous with the at least one end of the displayed list on the screen display, characterised in that the controller is further configured to display on the boundary a motion graphic image indicating collision between an end item of the displayed list and the boundary when the displayed list is moved to the at least one end according to a touch input, wherein the motion graphic image is displayed when the end item of the displayed list is reached with an acceleration movement faster than a certain speed, wherein the motion graphic image is displayed while the end item of the list is maintained at the boundary of the region. a display unit having a screen display; and a controller operable to display a list including a plurality of items on a region of the screen display, the displayed list having at least one end and a boundary contiguous with the at least one end of the displayed list on the screen display, characterised in that the controller is further configured to display on the boundary a motion graphic image indicating collision between an end item of the displayed list and the boundary when the displayed list is moved to the at least one end according to a touch input, wherein the motion graphic image is displayed when the end item of the displayed list is reached with an acceleration movement faster than a certain speed, wherein the motion graphic image is displayed while the end item of the list is maintained at the boundary of the region.
A generator comprises as a first part a stack of disc-like annular rotors spaced one from the other and coaxially located upon and rotating with an elongate central member each rotor having an inner annular portion and an outer annular portion, the outer annular portion bearing and/or comprising a magnetic annulus, one or more spacers being coaxially mounted around the elongate central member in between the inner annular portions of each rotor and abutting against them in such manner such as to brace them to remain orthogonal to the longitudinal axis of the assembly as well as providing the required spacing therebetween, and a plurality of the bolts passing through the first part and holding the spacers in contact with the rotors, and as a second part, a stack of annular stators interposed between the rotors and mounted over the spacers but having an inner clearance diameter greater than that of the outer diameter of the portion of spacer over which they are located, the first part further comprising outer discs sandwiching the rotors and the spacers and transferring torque from the rotors to the elongate central member via the bolts, characterised in that the diameter of the cross section of the spacers at a longitudinal position corresponding to a stator is less than the diameter of portions of spacers pressing against sides of the rotors.