mhurhangee/patent-ind-claim-en huggingface dataset:
A low-vibration floating metal bearing comprising a sliding bearing, the sliding bearing includes: oil supply holes formed at six isogonal positions in an isotropic manner with respect to an axial center; and a substantially circular bearing hole having a surface on which at least six regions with different fluid lubrication conditions are formed by inner machining so as to be continuously disposed at isogonal positions in an isotropic manner with isotropic distance with respect to an axial center, wherein each of the regions with different fluid lubrication conditions forms a narrow flow path that is substantially convex in cross section and extends in an axial center direction in an oil flow path and the narrow flow path causes a change in oil pressure to give a high centering effect and suppress occurrence of noise from a low rotational speed range to a high rotational speed range, characterized in that the narrow flow path extends in an axial direction in the oil flow path by changing a roundness of the bearing hole to be from 2.5 to 4 μm. oil supply holes formed at six isogonal positions in an isotropic manner with respect to an axial center; and a substantially circular bearing hole having a surface on which at least six regions with different fluid lubrication conditions are formed by inner machining so as to be continuously disposed at isogonal positions in an isotropic manner with isotropic distance with respect to an axial center, wherein each of the regions with different fluid lubrication conditions forms a narrow flow path that is substantially convex in cross section and extends in an axial center direction in an oil flow path and the narrow flow path causes a change in oil pressure to give a high centering effect and suppress occurrence of noise from a low rotational speed range to a high rotational speed range, characterized in that the narrow flow path extends in an axial direction in the oil flow path by changing a roundness of the bearing hole to be from 2.5 to 4 μm.
A method for producing a polyvinyl alcohol resin, comprising the steps of copolymerizing an aliphatic vinyl ester (A) with diacetone acrylamide (B), at least a part of which diacetone acrylamide (B) is added at a later stage, in the presence of a polymerization catalyst in an alcohol solvent, so that the ratio (a)/(b) of the polymerization yield by mass at the end of the polymerization (a) to the polymerization yield by mass at the end of the addition (b) of diacetone acrylamide (B) is in the range of 1.01 to 1.10, and saponifying the resulting copolymer.
A method for compacting a soil, wherein: a) a ramming cycle is carried out several times on an impact area (Z) of the soil (S) during which: a mass is dropped on the impact area (Z) from a predetermined height (A); and after the impact of the mass on the impact area (Z), a point cloud is acquired using a laser scanner in order to obtain a radar image of at least the footprint (E) of the mass in the soil, characterized in that : b) at least one characteristic data of the soil compaction (VE1, VE2, VS1, VS2, H1, H2, L1, L2) is determined from at least one of the radar images of the footprint obtained at the end of the ramming cycles. a) a ramming cycle is carried out several times on an impact area (Z) of the soil (S) during which: a mass is dropped on the impact area (Z) from a predetermined height (A); and after the impact of the mass on the impact area (Z), a point cloud is acquired using a laser scanner in order to obtain a radar image of at least the footprint (E) of the mass in the soil, characterized in that : b) at least one characteristic data of the soil compaction (VE1, VE2, VS1, VS2, H1, H2, L1, L2) is determined from at least one of the radar images of the footprint obtained at the end of the ramming cycles. a mass is dropped on the impact area (Z) from a predetermined height (A); and after the impact of the mass on the impact area (Z), a point cloud is acquired using a laser scanner in order to obtain a radar image of at least the footprint (E) of the mass in the soil, characterized in that : b) at least one characteristic data of the soil compaction (VE1, VE2, VS1, VS2, H1, H2, L1, L2) is determined from at least one of the radar images of the footprint obtained at the end of the ramming cycles.
A sterilization challenge pack , comprising: a base tray including at least one chamber and a peripheral surface ; a first cover including a notch and configured to cover the at least one chamber; a second cover arranged over the first cover and attached to the peripheral surface except at an unsealed portion ; at least one sterilization indicator contained in the at least one chamber; wherein the only fluid communication between the at least one chamber and an external environment is provided through the unsealed portion and the notch . a base tray including at least one chamber and a peripheral surface ; a first cover including a notch and configured to cover the at least one chamber; a second cover arranged over the first cover and attached to the peripheral surface except at an unsealed portion ; at least one sterilization indicator contained in the at least one chamber; wherein the only fluid communication between the at least one chamber and an external environment is provided through the unsealed portion and the notch .
A hydraulic system comprising: a hydraulic cylinder actuator comprising a cylinder and a piston slidably accommodated in the cylinder , wherein the piston comprises a piston head and a rod extending from the piston head , wherein the piston head divides an internal space of the cylinder into a first chamber and a second chamber , and wherein the hydraulic cylinder actuator is unbalanced such that a first fluid flow rate of fluid provided to the first chamber or the second chamber to drive the piston in a given direction is different from a second fluid flow rate of fluid discharged from the other chamber as the piston moves; a first pump configured to be a bi-directional fluid flow source driven by a first electric motor in opposite rotational directions to provide fluid flow to the first chamber or the second chamber of the hydraulic cylinder actuator to drive the piston ; a boost flow line configured to provide boost fluid flow or receive excess fluid flow comprising a difference between the first fluid flow rate and the second fluid flow rate; a hydraulic motor actuator ; and a second pump configured to be a respective bi-directional fluid flow source driven by a second electric motor and rotatable by the second electric motor in opposite directions to provide fluid flow to the hydraulic motor actuator , wherein the second pump is fluidly coupled to the boost flow line to provide the boost fluid flow to the hydraulic cylinder actuator . a hydraulic cylinder actuator comprising a cylinder and a piston slidably accommodated in the cylinder , wherein the piston comprises a piston head and a rod extending from the piston head , wherein the piston head divides an internal space of the cylinder into a first chamber and a second chamber , and wherein the hydraulic cylinder actuator is unbalanced such that a first fluid flow rate of fluid provided to the first chamber or the second chamber to drive the piston in a given direction is different from a second fluid flow rate of fluid discharged from the other chamber as the piston moves; a first pump configured to be a bi-directional fluid flow source driven by a first electric motor in opposite rotational directions to provide fluid flow to the first chamber or the second chamber of the hydraulic cylinder actuator to drive the piston ; a boost flow line configured to provide boost fluid flow or receive excess fluid flow comprising a difference between the first fluid flow rate and the second fluid flow rate; a hydraulic motor actuator ; and a second pump configured to be a respective bi-directional fluid flow source driven by a second electric motor and rotatable by the second electric motor in opposite directions to provide fluid flow to the hydraulic motor actuator , wherein the second pump is fluidly coupled to the boost flow line to provide the boost fluid flow to the hydraulic cylinder actuator .
An induction cooker , comprising: an induction cooking coil mounted upon a mechanical system to enable movement of the induction cooking coil within a predetermined region beneath a cooking surface of the cooker ; a plurality of sensors arranged in an array and mounted beneath, or embedded within, the cooking surface , each positioned to sense the presence of a cooking vessel when placed upon the cooking surface at a respective position of the sensor ; and a controller configured: to receive from any of the plurality of sensors an indication of the presence of a cooking vessel at a respective position of the sensor ; to determine from the received indications a position of the cooking vessel upon the cooking surface ; and to control the mechanical system to move the induction cooking coil to a position beneath the cooking surface corresponding to the determined position of the cooking vessel; wherein the controller is configured to determine a centre position of a group the sensors that are providing outputs that indicate that a cooking vessel is present at the respective position of the sensor and to control the mechanical system to align a centre of the cooking coil with the determined centre position of the group of sensors . an induction cooking coil mounted upon a mechanical system to enable movement of the induction cooking coil within a predetermined region beneath a cooking surface of the cooker ; a plurality of sensors arranged in an array and mounted beneath, or embedded within, the cooking surface , each positioned to sense the presence of a cooking vessel when placed upon the cooking surface at a respective position of the sensor ; and a controller configured: to receive from any of the plurality of sensors an indication of the presence of a cooking vessel at a respective position of the sensor ; to determine from the received indications a position of the cooking vessel upon the cooking surface ; and to control the mechanical system to move the induction cooking coil to a position beneath the cooking surface corresponding to the determined position of the cooking vessel; to receive from any of the plurality of sensors an indication of the presence of a cooking vessel at a respective position of the sensor ; to determine from the received indications a position of the cooking vessel upon the cooking surface ; and to control the mechanical system to move the induction cooking coil to a position beneath the cooking surface corresponding to the determined position of the cooking vessel; wherein the controller is configured to determine a centre position of a group the sensors that are providing outputs that indicate that a cooking vessel is present at the respective position of the sensor and to control the mechanical system to align a centre of the cooking coil with the determined centre position of the group of sensors .
A platinum-based material thin wire formed of platinum or platinum alloy, wherein the thin wire is covered with gold or gold alloy, a coverage of the gold or gold alloy is 40% or more on an area basis, characterized by the platinum-based material thin wire having a wire diameter of 10 μm or more and 100 μm or less and and a degree of circularity on a radial cross-section being 0.90 or more. wherein the thin wire is covered with gold or gold alloy, a coverage of the gold or gold alloy is 40% or more on an area basis, characterized by the platinum-based material thin wire having a wire diameter of 10 μm or more and 100 μm or less and
Device comprising a transmission assembly having a first override clutch , in particular for transmitting a torque, which has a first coupling partner and a second coupling partner that engage or disengage depending on a change in a load flow between the coupling partners , wherein the first override clutch is assigned a freewheeling member which in particular temporarily neutralizes an engagement of the coupling partners , characterized in that an elastic connection of one coupling partner to a further transmission element is formed by way of the freewheeling member .
A wound dressing prepared by a process comprising: placing a plurality of electronic components on a first side of a wound contact layer of the wound dressing, the wound contact layer formed at least partially from hydrophilic material; coating the first side of the wound contact layer including the plurality of electronic components with a hydrophobic coating; and coating a second side of the wound contact layer opposite the first side with the hydrophobic coating. placing a plurality of electronic components on a first side of a wound contact layer of the wound dressing, the wound contact layer formed at least partially from hydrophilic material; coating the first side of the wound contact layer including the plurality of electronic components with a hydrophobic coating; and coating a second side of the wound contact layer opposite the first side with the hydrophobic coating.
A method of maintaining a connection-oriented transport protocol association for carrying control plane traffic between a virtualized network function, VNF, including a first virtual machine, VM, having a first external connection point, CP, and a remote node , the method comprising: upon configuration of a second VM , the second VM including a second external CP different from the first external CP of the first VM , notifying the first VM of a presence of the second VM , the notification including the second external CP of the second VM (Block S2110); instructing the remote node to add the second external CP of the second VM to the connection-oriented transport protocol association (Block S2120); and instructing the remote node to send control plane traffic to the second external CP of the second VM (Block S2130). upon configuration of a second VM , the second VM including a second external CP different from the first external CP of the first VM , notifying the first VM of a presence of the second VM , the notification including the second external CP of the second VM (Block S2110); instructing the remote node to add the second external CP of the second VM to the connection-oriented transport protocol association (Block S2120); and instructing the remote node to send control plane traffic to the second external CP of the second VM (Block S2130).
An indirect air handling unit (IDAHU) for a data centre, the indirect air handling unit comprising: i) an external air flow path arranged to be in fluid communication with air outside the data centre; and ii) an internal air flow path arranged to be in fluid communication with air inside the data centre; wherein the external air flow path is separated from the internal air flow path ; and iii) a plurality of heat tube panels , each heat tube panel comprising at least one heat tube, wherein each heat tube comprises a first section extending into the external air flow path and a second section extending into the internal air flow path , the plurality of heat tube panels being arranged in at least one row across the internal air flow path and across the external air flow path ; characterised in that : the heat tube panels are removable heat tube panels that extend through one or more openings between the internal air flow path and the external air flow path , each removable heat tube panel being slidably mounted in the IDAHU; in that each removable heat tube panel can be removed from the IDAHU without removing all of the other removable heat tube panels ; and in that the IDAHU additionally comprises at least one adjustable opening baffle arranged to cooperate with the removable heat tube panels and the one or more openings such that the adjustable opening baffle can be operated to maintain separation of the internal and external air flow paths when a removable heat tube panel is removed from the indirect air handling unit . i) an external air flow path arranged to be in fluid communication with air outside the data centre; and ii) an internal air flow path arranged to be in fluid communication with air inside the data centre; wherein the external air flow path is separated from the internal air flow path ; and iii) a plurality of heat tube panels , each heat tube panel comprising at least one heat tube, wherein each heat tube comprises a first section extending into the external air flow path and a second section extending into the internal air flow path , the plurality of heat tube panels being arranged in at least one row across the internal air flow path and across the external air flow path ; the heat tube panels are removable heat tube panels that extend through one or more openings between the internal air flow path and the external air flow path , each removable heat tube panel being slidably mounted in the IDAHU; in that each removable heat tube panel can be removed from the IDAHU without removing all of the other removable heat tube panels ; and in that the IDAHU additionally comprises at least one adjustable opening baffle arranged to cooperate with the removable heat tube panels and the one or more openings such that the adjustable opening baffle can be operated to maintain separation of the internal and external air flow paths when a removable heat tube panel is removed from the indirect air handling unit .
A water purification apparatus for removing a polluted substance from polluted water, the water purification apparatus comprising: a solid-liquid separator where polluted water is initially supplied and it separates the polluted water and a solid material from each other; and thereafter a polluted substance remover that removes, by a layered double hydroxide, the polluted substance contained in the polluted water separated by the solid-liquid separator, wherein the layered double hydroxide has a general expression that is expressed as M 2+ 1-x M 3+ x (OH) 2 (A n- ) x/n ·mH 2 O (where M 2+ is Mg 2+ or Fe 2+ , M 3+ is Al 3+ or Fe 3+ , A n- is an n-valence anion, 0 < x < 1, and m > 0) and the layered double hydroxide is a grain that is produced by applying a predetermined pressure, e.g. a pressure equal to or higher than 0.9 MPa, to a material containing the layered double hydroxide and water to eliminate moisture until a water content ratio becomes equal to or lower than 70%, and thereafter, drying the material under a condition at which a temperature is equal to or higher than 90°C but equal to or lower than 110°C, and a humidity is equal to or higher than 90%. a solid-liquid separator where polluted water is initially supplied and it separates the polluted water and a solid material from each other; and thereafter a polluted substance remover that removes, by a layered double hydroxide, the polluted substance contained in the polluted water separated by the solid-liquid separator, wherein the layered double hydroxide has a general expression that is expressed as M 2+ 1-x M 3+ x (OH) 2 (A n- ) x/n ·mH 2 O (where M 2+ is Mg 2+ or Fe 2+ , M 3+ is Al 3+ or Fe 3+ , A n- is an n-valence anion, 0 < x < 1, and m > 0) and the layered double hydroxide is a grain that is produced by applying a predetermined pressure, e.g. a pressure equal to or higher than 0.9 MPa, to a material containing the layered double hydroxide and water to eliminate moisture until a water content ratio becomes equal to or lower than 70%, and thereafter, drying the material under a condition at which a temperature is equal to or higher than 90°C but equal to or lower than 110°C, and a humidity is equal to or higher than 90%.
An aluminum alloy comprising 0.25 - 1.3 wt. % Si, 1.0 - 2.5 wt. % Mg, 0.5 - 1.5 wt. % Cu, up to 0.2 wt. % Fe, up to 3.0 wt. % Zn, up to 0.15 wt. % Zr, up to 0.5 wt. % Mn, up to 0.15 wt. % impurities, with the remainder as Al, wherein a ratio of Mg to Si (Mg/Si ratio) is from 1.5 to 1 to 3.5 to 1.
A method for configuring a connection by a terminal in a wireless communication system, the method comprising: transmitting (S504), to a first node of a first public land mobile network, PLMN, a first request message for a packet data network, PDN, connectivity of a PDN type; receiving (S506, S510), from the first node of the first PLMN, a message rejecting the first request message, the message including a cause value indicating that the PDN type is not allowed; identifying an indicator included in the message, the indicator indicating whether the terminal is allowed to request the PDN connectivity of the PDN type for a PLMN in an equivalent PLMN, EPLMN, list ; and transmitting (S514), to a second node of a second PLMN in the EPLMN list stored in the terminal, a second request message for the PDN connectivity of the PDN type, in the case that the indicator indicates that the terminal is allowed to request the PDN connectivity for the PLMN in the EPLMN list. transmitting (S504), to a first node of a first public land mobile network, PLMN, a first request message for a packet data network, PDN, connectivity of a PDN type; receiving (S506, S510), from the first node of the first PLMN, a message rejecting the first request message, the message including a cause value indicating that the PDN type is not allowed; identifying an indicator included in the message, the indicator indicating whether the terminal is allowed to request the PDN connectivity of the PDN type for a PLMN in an equivalent PLMN, EPLMN, list ; and transmitting (S514), to a second node of a second PLMN in the EPLMN list stored in the terminal, a second request message for the PDN connectivity of the PDN type, in the case that the indicator indicates that the terminal is allowed to request the PDN connectivity for the PLMN in the EPLMN list.