mhurhangee/ep-ind-claims huggingface dataset:
A server-rack cooling apparatus comprising: N, N being an integer ≥ 2, refrigerant storage units disposed in a vertical direction and configured to store refrigerants; a condensation unit disposed above the N refrigerant storage units; a steam pipe for circulating gas phase refrigerants flowing out of the N refrigerant storage units to the condensation unit; a liquid pipe for circulating a liquid phase refrigerant flowing out of the condensation unit to an uppermost refrigerant storage unit; and a separation piping for circulating the liquid phase refrigerant flowing out of an upper refrigerant storage unit to a lower refrigerant storage unit, wherein the liquid phase refrigerant flows into each refrigerant storage unit via an inlet, and flows out from the refrigerant storage unit via a first connection port formed below the inlet; each of the N refrigerant storage units includes a separation tank connected to the liquid pipe or the separation piping, and an evaporation unit connected to the steam pipe the evaporation unit being configured for cooling electronic devices of the server-rack; the separation tank and the evaporation unit are connected to each other via a second connection port formed below the first connection port; and the second connection port is formed at the lower end of the side surface of the separation tank, the side surface facing the evaporation unit. N, N being an integer ≥ 2, refrigerant storage units disposed in a vertical direction and configured to store refrigerants; a condensation unit disposed above the N refrigerant storage units; a steam pipe for circulating gas phase refrigerants flowing out of the N refrigerant storage units to the condensation unit; a liquid pipe for circulating a liquid phase refrigerant flowing out of the condensation unit to an uppermost refrigerant storage unit; and a separation piping for circulating the liquid phase refrigerant flowing out of an upper refrigerant storage unit to a lower refrigerant storage unit, wherein the liquid phase refrigerant flows into each refrigerant storage unit via an inlet, and flows out from the refrigerant storage unit via a first connection port formed below the inlet; each of the N refrigerant storage units includes a separation tank connected to the liquid pipe or the separation piping, and an evaporation unit connected to the steam pipe the evaporation unit being configured for cooling electronic devices of the server-rack; the separation tank and the evaporation unit are connected to each other via a second connection port formed below the first connection port; and the second connection port is formed at the lower end of the side surface of the separation tank, the side surface facing the evaporation unit.
A printing apparatus, comprising: a discharging head configured to discharge liquid on a printing medium mounted on an endless belt; a transport unit configured to transport the printing medium in a transport direction; a medium press portion which is provided upstream of the endless belt in the transport direction and includes a medium pressing unit which compresses the printing medium; and a control portion configured to control the medium press portion, characterised in that the control portion is configured to store data which indicates a relationship between the pressing pressure applied to the printing medium by the medium pressing unit and the resultant height of the printing medium, and to control the medium pressing unit based on the stored data. a discharging head configured to discharge liquid on a printing medium mounted on an endless belt; a transport unit configured to transport the printing medium in a transport direction; a medium press portion which is provided upstream of the endless belt in the transport direction and includes a medium pressing unit which compresses the printing medium; and a control portion configured to control the medium press portion, characterised in that the control portion is configured to store data which indicates a relationship between the pressing pressure applied to the printing medium by the medium pressing unit and the resultant height of the printing medium, and to control the medium pressing unit based on the stored data.
A separating device for separating a multiphase medium, comprising a cyclone separating device which causes at least partial distribution of at least two phases of this medium with the formation of a vortex flow for the medium, by means of a collecting device (35, 37) the respective phase, which has a lower density in comparison to the respective other phase, being separated from this other phase and being able to be routed out of the separating device, the collecting device having at least one discharge pipe which discharges with at least one collection opening in the cyclone separating device in a zone in which the phase of lower density is separated by the vortex flow, characterised in that contouring is provided on an outside of a wall of the discharge pipe.
A landing gear for an aircraft, provided with a first longitudinal supporting skid and a second longitudinal supporting skid and also a transverse cross-member referred to as front cross-member and a transverse cross-member referred to as rear cross-member, each connecting the first skid to the second skid, each cross-member (11, 12) having a first downward-directed branch secured to the first skid and a second downward-directed branch secured to the second skid, said landing gear comprising at least one stiffener arranged on a cross-member, characterised in that said stiffener comprises in succession, in a transverse direction: - a first rocker extending from a first outer end portion secured to the cross-member to a first free inner end portion, - a second rocker extending from a second free inner end portion to a second outer end portion secured to said cross-member, - a first articulation means for articulating the first rocker to a loadbearing structure of an aircraft, and a second articulation means for articulating the second rocker to said load-bearing structure, - an elongate connection member extending from a first connection end articulated to said first inner end portion of the first rocker to a second connection end articulated to said second inner end portion of the second rocker. - a first rocker extending from a first outer end portion secured to the cross-member to a first free inner end portion, - a second rocker extending from a second free inner end portion to a second outer end portion secured to said cross-member, - a first articulation means for articulating the first rocker to a loadbearing structure of an aircraft, and a second articulation means for articulating the second rocker to said load-bearing structure, - an elongate connection member extending from a first connection end articulated to said first inner end portion of the first rocker to a second connection end articulated to said second inner end portion of the second rocker.
A method for correcting non-conformance in greyscale or colour values of a plurality of zones of pixel elements in a matrix display, each zone of pixel elements being corrected by a different calibration function (704,705), the method comprising, for each zone of pixel elements independently, - storing characterisation data characterising the non-conformance in greyscale or colour values of the zone of pixel elements as a function of its drive signals, - correcting, in accordance with the characterisation data, the drive signals of said zone of pixel elements so as to obtain a greyscale or colour level, said correcting being performed based on an input value of the greyscale or colour value to be displayed and a viewing angle under which the zone of pixel elements is or is to be viewed at, characterized in that said correcting being with respect to an enforced greyscale or colour display standard, and said greyscale or colour level are conform to said enforced greyscale or colour display standard, and wherein, if the viewing angle, under which the zone of pixel elements is viewed at, is outside a pre-determined range, the method further comprises adjusting the correcting by reducing the number of greyscale or colour levels so that a user is warned that looking from that angle is not recommended. - storing characterisation data characterising the non-conformance in greyscale or colour values of the zone of pixel elements as a function of its drive signals, - correcting, in accordance with the characterisation data, the drive signals of said zone of pixel elements so as to obtain a greyscale or colour level, said correcting being performed based on an input value of the greyscale or colour value to be displayed and a viewing angle under which the zone of pixel elements is or is to be viewed at,
A liquid cleansing composition comprising: a) water in a sufficient amount to form a liquid composition; b) fatty acid soap; c) a structuring agent; and d) talc, wherein the structuring agent is an acrylates/steareth-20 methacrylate crosspolymer. a) water in a sufficient amount to form a liquid composition; b) fatty acid soap; c) a structuring agent; and d) talc,
A method, in a first network node of a wireless communication system, of allocating radio resources in a first cell among at least first and second types of wireless devices, the method comprising: forming a first resource pattern, the first resource pattern indicating an allocation of first radio resources in the first cell, in time domain, to the first type of wireless device and indicating an allocation of second radio resources in the first cell, in the time domain, to the second type of wireless device, wherein forming the first resource pattern is based at least partly on an evaluation of traffic distribution among the first and second types of wireless device; and sending the first resource pattern to a second network node of the wireless communication system and to at least one wireless device. forming a first resource pattern, the first resource pattern indicating an allocation of first radio resources in the first cell, in time domain, to the first type of wireless device and indicating an allocation of second radio resources in the first cell, in the time domain, to the second type of wireless device, wherein forming the first resource pattern is based at least partly on an evaluation of traffic distribution among the first and second types of wireless device; and sending the first resource pattern to a second network node of the wireless communication system and to at least one wireless device.
A method of operation performed by a network node in a cellular communications network to provide Hybrid Automatic Repeat Request, HARQ, feedback for autonomous uplink transmissions in an unlicensed spectrum, the method comprising: receiving a plurality of autonomous uplink transmissions from a wireless device in the unlicensed spectrum, wherein an autonomous uplink transmission is an uplink transmission performed by the wireless device without a scheduling request and without an uplink grant, and on a channel determined to be clear after a successful listen-before-talk, LBT, procedure; and transmitting HARQ feedback for the plurality of autonomous uplink transmissions to the wireless device, the HARQ feedback comprising a bit map of some or all HARQ processes configured for at least one cell and a corresponding bit acknowledgement mapped to each configured HARQ process, the HARQ feedback being transmitted using a shared maximum channel occupancy time scheme in which a portion of a maximum channel occupancy time for an uplink transmission from the wireless device, following the successful LBT procedure, is used for transmission by the network node. receiving a plurality of autonomous uplink transmissions from a wireless device in the unlicensed spectrum, wherein an autonomous uplink transmission is an uplink transmission performed by the wireless device without a scheduling request and without an uplink grant, and on a channel determined to be clear after a successful listen-before-talk, LBT, procedure; and transmitting HARQ feedback for the plurality of autonomous uplink transmissions to the wireless device, the HARQ feedback comprising a bit map of some or all HARQ processes configured for at least one cell and a corresponding bit acknowledgement mapped to each configured HARQ process, the HARQ feedback being transmitted using a shared maximum channel occupancy time scheme in which a portion of a maximum channel occupancy time for an uplink transmission from the wireless device, following the successful LBT procedure, is used for transmission by the network node.
An apparatus for treating an incisional wound having incisional walls (108, 109), the apparatus comprising: a scaffold having opposing surfaces (145, 147) for positioning adjacent the incisional walls (108, 109), said scaffold being generally elongated in shape and having a thickness between the opposing surfaces (145, 147) sufficiently thin for positioning within the incisional wound; and an internal manifold having a primary flow channel extending generally longitudinally within said scaffold between the opposing surfaces (145, 147) for fluidly coupling to a reduced pressure source, characterised in that the scaffold comprises a porous material having a matrix of pathways extending through the scaffold between the opposing surfaces (145, 147) of said scaffold whereby application of the reduced pressure through said scaffold and said internal manifold induces tissue apposition between the incisional walls (108, 109). a scaffold having opposing surfaces (145, 147) for positioning adjacent the incisional walls (108, 109), said scaffold being generally elongated in shape and having a thickness between the opposing surfaces (145, 147) sufficiently thin for positioning within the incisional wound; and an internal manifold having a primary flow channel extending generally longitudinally within said scaffold between the opposing surfaces (145, 147) for fluidly coupling to a reduced pressure source,
An electroplating apparatus to provide a metallic color on metallic garment accessories by metal deposition, comprising: - a cylindrical container that is open upwardly, having a circular bottom plate and a peripheral side plate, for containing an electrolytic solution (f) and garment accessories, - a first annular electrode arranged at a corner between the bottom plate and the peripheral side plate in the container so as to extend along the circumferential direction, - a second annular electrode extended along the circumferential direction at the position upwardly away from the bottom plate and radially inwardly away from the circumferential side plate in the container, such that the second annular electrode is immersed in the electrolytic solution (f) in rotary stirring, one of the first and second annular electrodes (44, 45) being an anode and the other being a cathode, - ferromagnetic media consisting of a large number of pins or balls as polishing materials and being contained in the cylindrical container, - a rotating mechanism provided below the container, including a rotating shaft having one end connected to a rotating plate; and one or more permanent magnets disposed onto the rotating plate, so that as the permanent magnets on the rotating plate are rotated by the rotation of the rotating shaft, the media are rotated in the container. - a cylindrical container that is open upwardly, having a circular bottom plate and a peripheral side plate, for containing an electrolytic solution (f) and garment accessories, - a first annular electrode arranged at a corner between the bottom plate and the peripheral side plate in the container so as to extend along the circumferential direction, - a second annular electrode extended along the circumferential direction at the position upwardly away from the bottom plate and radially inwardly away from the circumferential side plate in the container, such that the second annular electrode is immersed in the electrolytic solution (f) in rotary stirring, one of the first and second annular electrodes (44, 45) being an anode and the other being a cathode, - ferromagnetic media consisting of a large number of pins or balls as polishing materials and being contained in the cylindrical container, - a rotating mechanism provided below the container,
An apparatus for investigating a subsurface volume of interest from a borehole, comprising: - an enclosure configured for conveyance along the borehole; - an acoustic source in the enclosure configured to generate acoustic signals; - a lens assembly disposed in the enclosure and next to the acoustic source, the apparatus characterized by: the lens assembly being formed of a plurality of metamaterial cells (310, 460), each metamaterial cell formed as a column oriented transverse to a direction of travel of the acoustical signals; - wherein each metamaterial cell comprises a plurality of cell segments with each cell segment of the plurality comprising at least one arcuate wall and at least one radial finger, and wherein the cell segments are oriented in alignment with a rhodonea conformal mapping geometry in a plane transverse to the column to cause acoustic waves to travel at a different speed in each of three orthogonal directions. - an enclosure configured for conveyance along the borehole; - an acoustic source in the enclosure configured to generate acoustic signals; - a lens assembly disposed in the enclosure and next to the acoustic source, - wherein each metamaterial cell comprises a plurality of cell segments with each cell segment of the plurality comprising at least one arcuate wall and at least one radial finger, and wherein the cell segments are oriented in alignment with a rhodonea conformal mapping geometry in a plane transverse to the column to cause acoustic waves to travel at a different speed in each of three orthogonal directions.
A device for packaging and dispensing a product, generally a liquid, semi-fluid or suspended product, comprising: - a container intended to contain the product; - a dispensing accessory equipped with a mouthpiece and actuatable to dispense said product in the form of doses or determined drops, preferably in the form of clean or sterile calibrated drops; - a dosing chamber for storing a predetermined amount of the product; and - one end belonging to the mouthpiece, where a central channel is formed to communicate with the dosing chamber in an actuated state of the dispensing accessory, allowing to expel the dose or the determined drop, characterized in that the mouthpiece further includes one or more lateral channel(s) opening into the central channel and able to circulate air transversely into the central channel and/or allow a blowing of a residual drop present at said end after expulsion of the dose or the determined drop. - a container intended to contain the product; - a dispensing accessory equipped with a mouthpiece and actuatable to dispense said product in the form of doses or determined drops, preferably in the form of clean or sterile calibrated drops; - a dosing chamber for storing a predetermined amount of the product; and - one end belonging to the mouthpiece, where a central channel is formed to communicate with the dosing chamber in an actuated state of the dispensing accessory, allowing to expel the dose or the determined drop,
Exhaust gas turbocharger, in particular for an internal combustion engine of a motor vehicle, having a bearing housing for supporting a rotor shaft; having a compressor housing for receiving a compressor wheel; having a clamping device, which has a first arm section and an engagement section, wherein the first arm section has a first bearing section intended to rest on the surface of the bearing housing and a first intermediate section for transmitting a force from the engagement section of the clamping device to the first bearing section and the first bearing section arches beyond the first intermediate section in the axial direction of the clamping device, such that the first arm section rests at least partially on a surface of the bearing housing; and having a counter-clamping device, which has a head section and a counter-engagement section, wherein the head section rests at least partially on a first surface of the compressor housing, and wherein the counter-engagement section can be brought into positive contact with the engagement section in such a way that the bearing housing and the compressor housing can be connected to one another nonpositively.
Process for producing a composition containing biologically active follistatin comprising the step of providing a starting material selected from raw liquid egg yolk, whole egg or egg white originating from avian eggsand/or raw animal blood serum and subjecting at least a fraction of the starting material to a step of preservation while maintaining the temperature at or below 38°C, characterized by concentrating a follistatin containing protein fraction from the soluble protein of the starting material by precipitation of a soluble protein fraction containing follistatin and separation of the precipitated fraction and in that subsequent to separation of the follistatin containing fraction from the starting material the follistatin containing fraction is subjected to the step of preservation by subjecting the starting material to a high pressure treatment of at least 4500 bar for at least 1 min, or by first subjecting the starting material to a pulsed electric field treatment of at least 5 kV/cm and then separating the follistatin containing fraction from the preserved starting material by precipitation of a soluble protein fraction containing follistatin and separation of the precipitated fraction, to provide a preserved follistatin containing fraction of the starting material.
A method for manufacturing an electronic module, comprising: a circuit-unit forming step of forming a circuit unit by forming a wiring pattern on a surface of a substrate having flexibility and an electrical insulation property and mounting an electronic device on the wiring pattern; and a sealing step of sealing the circuit unit with a resin body of an electrical insulating resin, wherein the substrate is composed of a flexible material that is deformable during sealing with the electrical insulating resin, and the sealing step includes sealing seals the substrate and the circuit unit with the electrical insulating resin, wherein the wiring pattern is composed of a metallic foil that enables soldering, and the metallic foil has a recrystallization temperature equal to or less than a molding temperature of the electrical insulating resin, and the circuit-unit forming step includes soldering the electronic device to the wiring pattern. a circuit-unit forming step of forming a circuit unit by forming a wiring pattern on a surface of a substrate having flexibility and an electrical insulation property and mounting an electronic device on the wiring pattern; and a sealing step of sealing the circuit unit with a resin body of an electrical insulating resin, wherein the substrate is composed of a flexible material that is deformable during sealing with the electrical insulating resin, and the sealing step includes sealing seals the substrate and the circuit unit with the electrical insulating resin, wherein the wiring pattern is composed of a metallic foil that enables soldering, and the metallic foil has a recrystallization temperature equal to or less than a molding temperature of the electrical insulating resin, and the circuit-unit forming step includes soldering the electronic device to the wiring pattern.