mhurhangee/ep-ind-claims huggingface dataset:
An inner diameter shroud for receiving an inner diameter base portion of a rotatable vane of a gas turbine engine comprising: a single piece channel having a leading edge wall, an inner diameter wall, a trailing edge wall, a radial outer surface, and at least two axial projections (78,80; 78,94); and a core that comprises two axially abutting composite segments (56,58) that are movable in the channel in a circumferential direction and are configured to rotatably retain the inner diameter base portion of the rotatable vane, the core being engaged by the axial projections so that the radial movement of the core is prevented; characterised by the core having a radial outer surface generally aligned with the radial outer surface of the channel, and in that together the radial outer surface of the core and the radial outer surface of the channel define an inner diameter flow path annulus for the gas turbine engine. a single piece channel having a leading edge wall, an inner diameter wall, a trailing edge wall, a radial outer surface, and at least two axial projections (78,80; 78,94); and an inner diameter wall, a trailing edge wall, a radial outer surface, and at least two axial projections (78,80; 78,94); and a core that comprises two axially abutting composite segments (56,58) that are movable in the channel in a circumferential direction and are configured to rotatably retain the inner diameter base portion of the rotatable vane, the core being engaged by the axial projections so that the radial movement of the core is prevented;
A mobile communication system, which includes a first radio terminal, a second radio terminal, and a radio base station, wherein the first radio terminal comprises: a first control unit that has a function of performing first communication of user data that is performed via the radio base station, and a function of performing second communication of user data that is directly performed between the first radio terminal and the second radio terminal without going through the radio base station, the second radio terminal comprises: a second control unit that has a function of performing first communication of user data that is performed via the radio base station, and a function of performing second communication of user data that is directly performed between the first radio terminal and the second radio terminal without going through the radio base station, wherein the radio base station is a communication partner for the first radio terminal and the second radio terminal in the first communication, the second control unit controls switching of communication to be performed by the second radio terminal between the first communication and the second communication, the first control unit relays user data, which is transferred through the second communication, between the second radio terminal and the radio base station when the first radio terminal performs the first communication and the second radio terminal performs the second communication, and the second control unit transmits, to the first radio terminal, user data which is relayed between the second radio terminal and the radio base station via the first radio terminal; characterized in that the second control unit switches the communication to be performed by the second radio terminal to the second communication when received power of a downlink signal received in the second radio terminal from the radio base station becomes less than a first threshold value, and the second control unit transmits, to the first radio terminal, a message for releasing a communication path for the second communication, when the received power of the downlink signal received in the second radio terminal from the radio base station exceeds a second threshold value.
A fluid pump, comprising: a motor; a first pump body; a second pump body adjacent to the first pump body; an inner gear rotor received between the first pump body and second pump body, driven for rotation about an axis by the motor and having a plurality of outwardly extending teeth; an outer gear rotor received between the first pump body and second pump body, and having a plurality of inwardly extending teeth that are engaged by the teeth of the inner gear rotor so that the outer gear rotor is driven for rotation about a second axis when the inner gear rotor rotates; a guide pin formed of metal, carried by at least one of the first pump body or the second pump body and defining an axis about which the inner gear rotor rotates; and characterized by the inner gear rotor being formed from a plastic material and the outer gear rotor being formed from a sintered austenitic stainless steel having 0.03% to 0.1% carbon, a density of at least 6.8g/cc and a hardness greater than 60 on the Rockwell B scale. a motor; a first pump body; a second pump body adjacent to the first pump body; an inner gear rotor received between the first pump body and second pump body, driven for rotation about an axis by the motor and having a plurality of outwardly extending teeth; an outer gear rotor received between the first pump body and second pump body, and having a plurality of inwardly extending teeth that are engaged by the teeth of the inner gear rotor so that the outer gear rotor is driven for rotation about a second axis when the inner gear rotor rotates; a guide pin formed of metal, carried by at least one of the first pump body or the second pump body and defining an axis about which the inner gear rotor rotates; and characterized by the inner gear rotor being formed from a plastic material and the outer gear rotor being formed from a sintered austenitic stainless steel having 0.03% to 0.1% carbon, a density of at least 6.8g/cc and a hardness greater than 60 on the Rockwell B scale.
A mobile terminal comprising: an upper casing having at least one exposure opening formed by penetrating a predetermined area thereof; a lower casing coupled to the upper casing to face each other and having an accommodation space formed therein and capable of accommodating an internal part assembly including a printed circuit board; and a plastic middle frame arranged between the upper casing and the lower casing and coupled to the upper casing and the lower casing, and supporting installation parts electrically connected to the internal part assembly being installed such that at least a part thereof is exposed to the outside through the exposure opening, characterized in that a resin mold waterproof ring which is injection molded of synthetic resin that differs from the plastic of the middle frame to have a predetermined width along at least part of an edge portion of the middle frame and having elasticity is integrally coupled to the plastic middle frame such that, when the upper casing, the lower casing, and the middle frame are coupled to one another, the resin mold waterproof ring is compressed by the upper casing and the lower casing to seal a gap between the upper casing and the lower casing. an upper casing having at least one exposure opening formed by penetrating a predetermined area thereof; a lower casing coupled to the upper casing to face each other and having an accommodation space formed therein and capable of accommodating an internal part assembly including a printed circuit board; and a plastic middle frame arranged between the upper casing and the lower casing and coupled to the upper casing and the lower casing, and supporting installation parts electrically connected to the internal part assembly being installed such that at least a part thereof is exposed to the outside through the exposure opening, characterized in that a resin mold waterproof ring which is injection molded of synthetic resin that differs from the plastic of the middle frame to have a predetermined width along at least part of an edge portion of the middle frame and having elasticity is integrally coupled to the plastic middle frame such that, when the upper casing, the lower casing, and the middle frame are coupled to one another, the resin mold waterproof ring is compressed by the upper casing and the lower casing to seal a gap between the upper casing and the lower casing.
A hydraulic drive system for driving a load, the hydraulic drive system comprising: a drive shaft; first and second hydraulic pumps (312, 314) driven by the drive shaft, at least the second hydraulic pump being a variable displacement bidirectional pump, the first hydraulic pump having an outlet in fluid communication with a supply line (Ps) that connects to the load and an inlet in fluid communication with a reservoir, the second hydraulic pump having a first pump port in fluid communication with the supply line (Ps) and a second pump port selectively in fluid communication with the reservoir and with a hydraulic fluid accumulator; a control system that operates the hydraulic drive system in a plurality of modes including: a) a first mode where the second hydraulic pump pumps hydraulic fluid from the supply line (Ps) to the accumulator; b) a second mode where the second hydraulic pump pumps hydraulic fluid from the accumulator to the supply line (Ps); c) a third mode where the second hydraulic pump pumps hydraulic fluid from the supply line (Ps) to the reservoir; and d) a fourth mode where the second hydraulic pump pumps hydraulic fluid from the reservoir to the supply line (Ps). a drive shaft; first and second hydraulic pumps (312, 314) driven by the drive shaft, at least the second hydraulic pump being a variable displacement bidirectional pump, the first hydraulic pump having an outlet in fluid communication with a supply line (Ps) that connects to the load and an inlet in fluid communication with a reservoir, the second hydraulic pump having a first pump port in fluid communication with the supply line (Ps) and a second pump port selectively in fluid communication with the reservoir and with a hydraulic fluid accumulator; a control system that operates the hydraulic drive system in a plurality of modes including: a) a first mode where the second hydraulic pump pumps hydraulic fluid from the supply line (Ps) to the accumulator; b) a second mode where the second hydraulic pump pumps hydraulic fluid from the accumulator to the supply line (Ps); c) a third mode where the second hydraulic pump pumps hydraulic fluid from the supply line (Ps) to the reservoir; and d) a fourth mode where the second hydraulic pump pumps hydraulic fluid from the reservoir to the supply line (Ps).
An organic electroluminescent device, comprising: a substrate; first and second electrodes formed on the substrate; and a light-emitting layer formed between the first electrode and the second electrode, the light-emitting layer containing a green luminescent material represented by a chemical formula 1 as a dopant: wherein one of A1 and A2 is selected from a substituted or non-substituted aromatic group and a heterocyclic group, wherein materials forming the light-emitting layer together with the material of the chemical formula 1 is structured as a chemical formula 2: [Chemical formula 2] B1-X-B2 wherein the X is selected from a group consisting of anthracene and pyrene, and at least one of the B1 and B2 is selected from a group consisting of aryl, phenyl, pyridyl, naphthyl, phenanthryl, quinolyl, isoquinolyl, and fluorenyl. a substrate; first and second electrodes formed on the substrate; and a light-emitting layer formed between the first electrode and the second electrode, the light-emitting layer containing a green luminescent material represented by a chemical formula 1 as a dopant: wherein one of A1 and A2 is selected from a substituted or non-substituted aromatic group and a heterocyclic group, wherein materials forming the light-emitting layer together with the material of the chemical formula 1 is structured as a chemical formula 2: [Chemical formula 2] B1-X-B2 wherein the X is selected from a group consisting of anthracene and pyrene, and at least one of the B1 and B2 is selected from a group consisting of aryl, phenyl, pyridyl, naphthyl, phenanthryl, quinolyl, isoquinolyl, and fluorenyl.
A method of preparing a free flowing powder product, wherein said powder product comprises particulate carriers coated with a surface-active substance of lipid character, wherein such particulate carriers are selected from the group consisting of vegetable flours and vegetable brans and wherein said method comprises preparing a mixture by mixing one or more surface-active substances of lipid character in an amount of at least 10% by weight with one or more particulate carriers and optionally water in an amount of 0.1-5% by weight, and extruding the mixture through one or more orifices; wherein said method is further characterized by one or more of the following features: a) one or more inorganic salts are added to the mixture prior to extrusion in an amount of 0.1 - 5% by weight of the carrier; b) the carrier consists of rice flour derived from long grain type rice, wherein said rice flour is added to the mixture prior to extrusion; c) the carrier consists of cake flour, wherein said cake flour is added to the mixture prior to extrusion. a) one or more inorganic salts are added to the mixture prior to extrusion in an amount of 0.1 - 5% by weight of the carrier; b) the carrier consists of rice flour derived from long grain type rice, wherein said rice flour is added to the mixture prior to extrusion; c) the carrier consists of cake flour, wherein said cake flour is added to the mixture prior to extrusion.
A scroll compressor, comprising a compression mechanism which includes: a fixed scroll having an end plate, an outer peripheral wall standing on an outer edge of the end plate, and a wrap standing inside the outer peripheral wall; and a movable scroll having an end plate which is in sliding contact with tip ends of the wrap and outer peripheral wall of the fixed scroll, and a wrap standing on the end plate, the compression mechanism being configured to form a fluid chamber between the fixed scroll and the movable scroll, wherein a fixed scroll's oil groove, to which lubricating oil having a high pressure corresponding to a discharge pressure of the compression mechanism is fed, is provided in a sliding contact surface of the outer peripheral wall of the fixed scroll on which the end plate of the movable scroll slides, a movable scroll's oil groove is provided in a sliding contact surface of the movable scroll which slides on the outer peripheral wall of the fixed scroll, and the compression mechanism is configured to perform a first operation in which only the fixed scroll's oil groove and the movable scroll's oil groove, among the fixed scroll's oil groove, the movable scroll's oil groove and the fluid chamber, communicate with each other, and a second operation in which, after the first operation, the movable scroll's oil groove simultaneously communicates with both of the fixed scroll's oil groove and the fluid chamber wherein the compression mechanism is configured to perform, after the second operation, a third operation in which the movable scroll's oil groove is blocked from the fluid chamber, and the fixed scroll's oil groove and the movable scroll's oil groove keep communicating with each other, characterized in that the compression mechanism is configured to perform, after the third operation and before the first operation, a fourth operation in which the movable scroll's oil groove is simultaneously blocked from both of the fixed scroll's oil groove and the fluid chamber.
A device for the determination of X-Y positions of structural features of structures arranged on a substrate, wherein the X-Y positions can be determined relative to a mark field fixed in relation to the substrate, wherein the device comprises a substrate holder (8, 8', 8", 8′′′) and a mark field carrier (5, 5', 5"), wherein the mark field is arranged on the mark field carrier (5, 5', 5"), the mark field comprising - at least two location marks with information concerning the location of the respective location mark in the mark field and - at least one position mark assigned or assignable to one of the location marks, wherein the mark field is arranged on the substrate holder (8, 8', 8", 8′′′), wherein the X-Y positions are associated with the mark field, characterised in that the device comprises at least two lenses (13, 13') for the detection of the field mark, wherein the lenses (13, 13') are designed and arranged in such a way that the lenses (13, 13') are directed towards one another, wherein the substrate holder (8, 8', 8", 8′′′) comprises a fixing surface for fixing the substrate, wherein the mark field is arranged on the fixing surface or on a surface of the substrate holder (8, 8', 8", 8′′′) lying opposite the fixing surface. - at least two location marks with information concerning the location of the respective location mark in the mark field and - at least one position mark assigned or assignable to one of the location marks, wherein the mark field is arranged on the substrate holder (8, 8', 8", 8′′′), wherein the X-Y positions are associated with the mark field, characterised in that the device comprises at least two lenses (13, 13') for the detection of the field mark, wherein the lenses (13, 13') are designed and arranged in such a way that the lenses (13, 13') are directed towards one another, wherein the substrate holder (8, 8', 8", 8′′′) comprises a fixing surface for fixing the substrate, wherein the mark field is arranged on the fixing surface or on a surface of the substrate holder (8, 8', 8", 8′′′) lying opposite the fixing surface.
Refrigeration appliance, in particular household refrigeration appliance, having at least two storage zones (2, 3) separated from one another by means of a horizontal parting plane (9, 14; 9, 21), wherein at least the lower storage zone has at least one drawer (5, 6) that can be pulled out and a light source (20; 26) for lighting the pulled-out drawer is integrated in the parting plane (9, 14; 9, 21), wherein the lower storage zone is delimited by a container with an open front side and a door which closes the open front side, wherein the door has a projection, characterised in that when the door is closed, the projection engages through the open front side into the container below the light source (20; 26) and conceals light aperture openings and when the door is open it uncovers the space below the light source (20; 26).
A disposable absorbent article comprising a body portion and a fastener, the body portion comprising a liquid pervious topsheet, a liquid impervious backsheet joined to the topsheet, and a core disposed between the topsheet and the backsheet, the core being substantially cellulose free; the fastener characterized in that it comprises: (a) a fixed portion attached to the article, an adhesive being disposed upon a surface of the fixed portion of the fastener attached to the article (b) a connective portion joined to and contiguous with the fixed portion, the connective portion comprising: i. a distal edge; ii. a fastening member having a fastening surface and a bonding surface opposite to the fastening surface, wherein the fastening surface is releasably fastenable to the article; iii. a backing member attached to the bonding surface of the fastening member; and (c) a folding line disposed between the fixed and connective portions; wherein the adhesive is disposed upon the fixed portion of the fastener such that it is offset from each of the inboard and outboard edges of the fixed portion that are overlapped by the body portion. (a) a fixed portion attached to the article, an adhesive being disposed upon a surface of the fixed portion of the fastener attached to the article (b) a connective portion joined to and contiguous with the fixed portion, the connective portion comprising: i. a distal edge; ii. a fastening member having a fastening surface and a bonding surface opposite to the fastening surface, wherein the fastening surface is releasably fastenable to the article; iii. a backing member attached to the bonding surface of the fastening member; and i. a distal edge; ii. a fastening member having a fastening surface and a bonding surface opposite to the fastening surface, wherein the fastening surface is releasably fastenable to the article; iii. a backing member attached to the bonding surface of the fastening member; (c) a folding line disposed between the fixed and connective portions;
Method of testing an electrical junction between a first metallic element and a second metallic element in an aircraft current return network, said network comprising a plurality of metallic elements, each of which is connected to at least two other elements, said aircraft comprising at least one element made of a composite material connected to said network, characterised in that said method comprises the following steps: a) use a current transformer mounted in a voltage step-down to inject an alternating current into said network through a conductor a first end of which is connected to said first element and a second end of which is connected to said second element, said transformer being electromagnetically coupled to said conductor and sized to supply a current with a minimum value to a load with a predetermined impedance called the nominal impedance; b) measure the value of said current circulating in said conductor; the junction between said first metallic element and said second metallic element being identified as defective when the value of said current thus measured is less than said minimum value. a) use a current transformer mounted in a voltage step-down to inject an alternating current into said network through a conductor a first end of which is connected to said first element and a second end of which is connected to said second element, said transformer being electromagnetically coupled to said conductor and sized to supply a current with a minimum value to a load with a predetermined impedance called the nominal impedance; b) measure the value of said current circulating in said conductor;
An orthopedic rod-to-rod connector comprising: a first connector portion with a first aperture configured to receive at least a portion of a tulip with a first channel of a screw; the first connector portion having two legs (16a, 16b) designed so as to create voids (17a, 17b) that do not conflict with a rod extending through the first channel extending along a first central axis, the first aperture in communication with the first channel, and a second connector portion with a second aperture and a third aperture, the second connector portion having a second channel extending along a second central axis, the third aperture in communication with the second channel for receiving a second spinal rod, characterized in that the second connector portion is rotatably coupled with the first connector portion and includes a fourth aperture to receive the second spinal rod orthogonal to the second channel. a first connector portion with a first aperture configured to receive at least a portion of a tulip with a first channel of a screw; the first connector portion having two legs (16a, 16b) designed so as to create voids (17a, 17b) that do not conflict with a rod extending through the first channel extending along a first central axis, the first aperture in communication with the first channel, and a second connector portion with a second aperture and a third aperture, the second connector portion having a second channel extending along a second central axis, the third aperture in communication with the second channel for receiving a second spinal rod, characterized in that the second connector portion is rotatably coupled with the first connector portion and includes a fourth aperture to receive the second spinal rod orthogonal to the second channel.