mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle latch, in particular a particular motor vehicle door latch, comprising a locking mechanism substantially consisting of a catch and a pawl, further comprising a drive (1, 2, 3) for the locking mechanism, an inner actuation coupling lever and an outer actuation coupling lever, and comprising an unlocking/locking lever chain (10, 11, 12, 13), by means of which the two coupling levers (8, 9) are mechanically connected to one another, the unlocking/locking lever chain (10, 11, 12, 13) having an outer locking lever and an inner locking lever which interact with one another via a coupling element, it being possible for the unlocking/locking lever chain (10, 11, 12, 13) to be interrupted or closed by means of the inner actuation coupling lever and the outer actuation coupling lever and for the two coupling levers (8, 9) to be actuated independently of one another, preferably in an emergency operation, by the drive (1, 2, 3), characterized in that the coupling element is rotatably mounted on the inner locking lever and the coupling element has a guide contour for interaction with a pin on the outer locking lever.
An oxidized organic compound manufacturing method, comprising: - a step of forming an oxidized organic compound proceeding by a catalytic gas-phase oxidation reaction due to a molecular oxygen-containing gas using a fixed-bed reactor having a reaction tube packed with an oxide catalyst by supplying at least one type of organic compound as a reaction feedstock gas; and - a step of stopping the catalytic gas-phase oxidation reaction with the following sequence of operations: a) stopping the supply of the reaction feedstock gas; b) supplying an inert gas to the reactor; c) supplying a molecular oxygen-containing gas; d) stopping the supply of the molecular oxygen-containing gas; wherein in the manufacturing method, the supply of the molecular oxygen-containing gas is stopped when an amount of carbon oxide present in gases at an outlet of the reactor, excluding an amount of carbon dioxide contained in the molecular oxygen-containing gas supplied, is greater than 0 ppm and not more than 1,000 ppm. - a step of forming an oxidized organic compound proceeding by a catalytic gas-phase oxidation reaction due to a molecular oxygen-containing gas using a fixed-bed reactor having a reaction tube packed with an oxide catalyst by supplying at least one type of organic compound as a reaction feedstock gas; and - a step of stopping the catalytic gas-phase oxidation reaction with the following sequence of operations: a) stopping the supply of the reaction feedstock gas; b) supplying an inert gas to the reactor; c) supplying a molecular oxygen-containing gas; d) stopping the supply of the molecular oxygen-containing gas; a) stopping the supply of the reaction feedstock gas; b) supplying an inert gas to the reactor; c) supplying a molecular oxygen-containing gas; d) stopping the supply of the molecular oxygen-containing gas;
A fastener driver comprising: a main housing; a drive blade movable from a retracted position to a driven position for driving a fastener into a workpiece; a gas spring mechanism for driving the drive blade from the retracted position to the driven position, the gas spring mechanism including a cylinder housing containing a pressurized gas, and a piston protruding from the cylinder housing, movable relative to the cylinder housing and biased by the pressurized gas from a retracted position toward a driven position in which the piston is fully extended from the cylinder housing; wherein the cylinder housing is displaceable along a longitudinal axis of the piston relative to the main housing and away from the drive blade, while the piston remains stationary relative to the main housing, to reduce the pressure of the pressurized gas within the cylinder housing. a main housing; a drive blade movable from a retracted position to a driven position for driving a fastener into a workpiece; a gas spring mechanism for driving the drive blade from the retracted position to the driven position, the gas spring mechanism including a cylinder housing containing a pressurized gas, and a piston protruding from the cylinder housing, movable relative to the cylinder housing and biased by the pressurized gas from a retracted position toward a driven position in which the piston is fully extended from the cylinder housing; a cylinder housing containing a pressurized gas, and a piston protruding from the cylinder housing, movable relative to the cylinder housing and biased by the pressurized gas from a retracted position toward a driven position in which the piston is fully extended from the cylinder housing; wherein the cylinder housing is displaceable along a longitudinal axis of the piston relative to the main housing and away from the drive blade, while the piston remains stationary relative to the main housing, to reduce the pressure of the pressurized gas within the cylinder housing.
Inductor for the inductive heating of deposits of oil sand, oil shale or extra-heavy oil using current-carrying conductors (2a...f, 4a...f) comprising - at least two areas (20, 22) which each have at least one first and one second multifilament conductor (2, 4), characterised by a connection of the first type of the two areas (20, 22), wherein the connection of the first type is embodied such that - the first multifilament conductor of the first area is electrically coupled to the second multifilament conductor of the first area by way of a first capacitor, - the first multifilament conductor of the first and second area (20, 22) are connected in an electrically conducting manner, - and the second multifilament conductor of the second area is electrically coupled to the first multifilament conductor of the first area by way of a second capacitor. - at least two areas (20, 22) which each have at least one first and one second multifilament conductor (2, 4), characterised by a connection of the first type of the two areas (20, 22), wherein the connection of the first type is embodied such that - the first multifilament conductor of the first area is electrically coupled to the second multifilament conductor of the first area by way of a first capacitor, - the first multifilament conductor of the first and second area (20, 22) are connected in an electrically conducting manner, - and the second multifilament conductor of the second area is electrically coupled to the first multifilament conductor of the first area by way of a second capacitor.
A method of operating a gas turbine engine comprising detecting (62A,62B,62C,62D) impacts of particles on a surface of the gas turbine engine or a surface of an associated aircraft, recording the impacts, characterised by comparing the impacts of particles with one or more stored impacts, whereby particles are rain drops, hail stones, ice particles, ice crystals, volcanic ash particles or sand particles, the one or more stored impacts correspond to unfavourable weather conditions, determining if the impacts of particles matches the one or more stored impacts and sending a signal to a control system for the gas turbine engine to adjust the operation of the gas turbine engine such that it operates in a safe mode of operation, the adjusting of the operation of the gas turbine engine comprises adjusting one or more of the power of the gas turbine engine, the position of variable compressor vanes, the position of at least one compressor bleed valve, the speed of rotation of a shaft (42,44,46) or anti-icing.
Arrangement for capturing an image of a vehicle external area by a sensor which can be linked with an image displaying system in a vehicle cabin, the arrangement having: - a rotating housing (13,13a,13b) connected to a vehicle body panel, operable between a resting position and operating position, - a sensor disposed within the housing (13,13a,13b) and - an actuation mechanism (16, 16a,16b) configured to place the sensor in a concealed position when the housing (13,13a,13b) assumes its resting position and configured to place the sensor is an open position when the housing (13,13a,13b) assumes its operating position allowing the sensor to capture an image of a vehicle external area, the actuation mechanism including a rod connected to the shaft, at one end, and connected to the sensor, at the other end and including guiding means guiding the sensor between its concealed position and its open position, and the sensor guiding means including two grooves having parallel distal portions (31,32), the grooves having a curved portion substantially facing the opening and two pins (28,29) fitted on the sensor, each pin (28,29) being engaged into a groove. - a rotating housing (13,13a,13b) connected to a vehicle body panel, operable between a resting position and operating position, - a sensor disposed within the housing (13,13a,13b) and - an actuation mechanism (16, 16a,16b) configured to place the sensor in a concealed position when the housing (13,13a,13b) assumes its resting position and configured to place the sensor is an open position when the housing (13,13a,13b) assumes its operating position allowing the sensor to capture an image of a vehicle external area, the actuation mechanism including a rod connected to the shaft, at one end, and connected to the sensor, at the other end and including guiding means guiding the sensor between its concealed position and its open position, and the sensor guiding means including two grooves having parallel distal portions (31,32), the grooves having a curved portion substantially facing the opening and two pins (28,29) fitted on the sensor, each pin (28,29) being engaged into a groove. the actuation mechanism including a rod connected to the shaft, at one end, and connected to the sensor, at the other end and including guiding means guiding the sensor between its concealed position and its open position, and the sensor guiding means including two grooves having parallel distal portions (31,32), the grooves having a curved portion substantially facing the opening and two pins (28,29) fitted on the sensor, each pin (28,29) being engaged into a groove.
A waterproof structure for an electronic unit, comprising: a case that defines an accommodating portion that accommodates a first terminal, and that has a cable guiding hole that communicates with the accommodating portion; a cable that has a conductor connected to a second terminal to which the first terminal is connected, a first sheath that covers the conductor, and a second sheath that covers the first sheath, the cable being passed through the cable guiding hole and drawn into the accommodating portion; and a potting resin that is filled in the accommodating portion and a space between the cable and the cable guiding hole, wherein the first sheath is made of a first resin material, and the second sheath and the potting resin are made of a second resin material that is different from the first resin material. a case that defines an accommodating portion that accommodates a first terminal, and that has a cable guiding hole that communicates with the accommodating portion; a cable that has a conductor connected to a second terminal to which the first terminal is connected, a first sheath that covers the conductor, and a second sheath that covers the first sheath, the cable being passed through the cable guiding hole and drawn into the accommodating portion; and a potting resin that is filled in the accommodating portion and a space between the cable and the cable guiding hole, wherein
Device for corrected acquisition of the shadow of an ophthalmic lens possessing one or more marks, the device comprising: - receiver means (121, 114) for receiving said ophthalmic lens, - on either side of said receiver means, firstly lighting means for illuminating the ophthalmic lens installed on said receiver means (121, 114), and secondly acquisition means (122, 125, C) for acquiring the shadow of said ophthalmic lens illuminated by the lighting means, and - measurement means (S, 124, C) suitable for measuring the optical deflection power exerted by the ophthalmic lens installed on said receiver means (121, 114) on at least one light ray emitted by said lighting means, and for delivering a signal representative of said deflection power, and - an electronic and computer system comprising geometrical correction calculation instructions for deducing from said measured deflection power a corrected shape for at least a portion of the shadow of the ophthalmic lens as perceived by the acquisition means (122, 125, C). - receiver means (121, 114) for receiving said ophthalmic lens, - on either side of said receiver means, firstly lighting means for illuminating the ophthalmic lens installed on said receiver means (121, 114), and secondly acquisition means (122, 125, C) for acquiring the shadow of said ophthalmic lens illuminated by the lighting means, and - measurement means (S, 124, C) suitable for measuring the optical deflection power exerted by the ophthalmic lens installed on said receiver means (121, 114) on at least one light ray emitted by said lighting means, and for delivering a signal representative of said deflection power, and - an electronic and computer system comprising geometrical correction calculation instructions for deducing from said measured deflection power a corrected shape for at least a portion of the shadow of the ophthalmic lens as perceived by the acquisition means (122, 125, C).
A method for fabricating a structural assembly, the method comprising: producing a first member using an additive manufacturing process, the first member comprising a bond surface and a plurality of protrusions extending from the bond surface, wherein a length of each of the protrusions from the bond surface is less than or equal to 2mm and wherein the first member is made of a titanium alloy, steel or an aluminium alloy; providing a second member, the second member comprising a fibre-reinforced composite material, the fibre-reinforced composite material comprising a plurality of elongate fibres embedded in a polymer matrix; while the polymer matrix is in its plastic state, forcing the second member against the bond surface and the protrusions of the first member so as to cause the second member to form onto the bond surface and the protrusions; and, thereafter, causing the polymer matrix to harden, thereby fixing the first member to the bond surface of the second member and wherein the method further comprises prior to the step of forcing, disposing a layer of a bond compound between the second member and the bond surface and the protrusions of the first member, and wherein the bond compound is a polymer; the first member is at least a part of an aircraft door hinge assembly; and the second member is at least a part of an aircraft door. producing a first member using an additive manufacturing process, the first member comprising a bond surface and a plurality of protrusions extending from the bond surface, wherein a length of each of the protrusions from the bond surface is less than or equal to 2mm and wherein the first member is made of a titanium alloy, steel or an aluminium alloy; providing a second member, the second member comprising a fibre-reinforced composite material, the fibre-reinforced composite material comprising a plurality of elongate fibres embedded in a polymer matrix; while the polymer matrix is in its plastic state, forcing the second member against the bond surface and the protrusions of the first member so as to cause the second member to form onto the bond surface and the protrusions; and, thereafter, causing the polymer matrix to harden, thereby fixing the first member to the bond surface of the second member and wherein the method further comprises prior to the step of forcing, disposing a layer of a bond compound between the second member and the bond surface and the protrusions of the first member, and wherein the bond compound is a polymer; the first member is at least a part of an aircraft door hinge assembly; and the second member is at least a part of an aircraft door.
A method for a hyper-converged, distributed storage system to implement an active-active architecture for providing Internet Small Computer System Interface, iSCSI, target service, the method comprising: a host computer (202-1, 202-2, 202-3,... 202-i) in a cluster of host computers (202-1, 202-2, 202-3,... 202-i) receiving parameters for an iSCSI target and one or more logical unit numbers, LUNs, in the iSCSI target; the host computer (202-1, 202-2, 202-3,... 202-i) creating the iSCSI target by creating components of the iSCSI target and placing the components on different component owners selected from the host computers in the cluster; the host computer (202-1, 202-2, 202-3,... 202-i) creating each LUN from storage distributed across the host computers (202-2, 202-3,... 202-i) in the cluster; the host computer (202-1, 202-2, 202-3,... 202-i) providing other host computers (202-1, 202-2, 202-3,... 202-i) in the cluster with information about the iSCSI target, the one or more LUNs, and the components owners of the iSCSI target; each of the host computers (202-1, 202-2, 202-3,... 202-i) in the cluster determining if it is a component owner of the iSCSI target; each component owner becoming a storage node that processes iSCSI inputs/outputs, I/Os, for the iSCSI target; each of the host computers (202-1, 202-2, 202-3,... 202-i) in the cluster becoming a discovery node that processes iSCSI discovery for the iSCSI target; and the storage nodes, while they are active, concurrently performing the iSCSI I/Os with the iSCSI target. a host computer (202-1, 202-2, 202-3,... 202-i) in a cluster of host computers (202-1, 202-2, 202-3,... 202-i) receiving parameters for an iSCSI target and one or more logical unit numbers, LUNs, in the iSCSI target; the host computer (202-1, 202-2, 202-3,... 202-i) creating the iSCSI target by creating components of the iSCSI target and placing the components on different component owners selected from the host computers in the cluster; the host computer (202-1, 202-2, 202-3,... 202-i) creating each LUN from storage distributed across the host computers (202-2, 202-3,... 202-i) in the cluster; the host computer (202-1, 202-2, 202-3,... 202-i) providing other host computers (202-1, 202-2, 202-3,... 202-i) in the cluster with information about the iSCSI target, the one or more LUNs, and the components owners of the iSCSI target; each of the host computers (202-1, 202-2, 202-3,... 202-i) in the cluster determining if it is a component owner of the iSCSI target; each component owner becoming a storage node that processes iSCSI inputs/outputs, I/Os, for the iSCSI target; each of the host computers (202-1, 202-2, 202-3,... 202-i) in the cluster becoming a discovery node that processes iSCSI discovery for the iSCSI target; and the storage nodes, while they are active, concurrently performing the iSCSI I/Os with the iSCSI target.
A bearing anvil of a pendulum impact tester with a U-shaped pendulum hammer for arranging a specimen, that exhibits at least one abutment (18, 18 I, 18 II, 18 III) and at least one support (16, 16 I) and that laterally delimits a space of swing by means of the abutment (18, 18 I, 18 II, 18 III), the abutment (18, 18 I, 18 II, 18 III) comprising at least two bearing pieces (20, 21, 120), of which the first bearing piece (20, 120) exhibits a first end face (22, 122) and the second bearing piece exhibits a second end face (22 I), characterised in that in each case one bearing-piece longitudinal axis is assigned in a normal direction to the first end face (22, 122) or to the second end face (22 I) and around which by a rotation of 180°, the respective bearing piece (20, 21, 120) can be inserted in two different, mutually opposite installation directions (39, 39 I, 42, 42 I, 139, 139 I, 139 II, 139 III) on the bearing anvil, because at least one of the bearing pieces (20, 21, 120) exhibits a mount (78, 178) that permits in two directions (39, 39 I, 139, 139 I, 139 II, 139 III) a positional fixation of the respective bearing piece (20, 21, 120) on at least one inside-wall section (27, 27 I) of the bearing anvil, as a result of which the bearing pieces (20, 21, 120) exhibit those two installation directions (39, 39 I, 42, 42 I, 139, 139 I, 139 II, 139 III) between which a change is to be effected by an axial rotation (44, 144), and that at least one of the first or second end faces (22, 22 I, 122) is a plane end face (22, 22 I, 122) having a multiple of a contact face (65, 66, 165, 166, 167, 168) for the specimen on the abutment (18, 18 I, 18 II, 18 III), in which at least four contact faces (65, 66, 165, 166, 167, 168) are combined, as a result of which the abutment (18, 18 I, 18 II, 18 III) comprises at least four contact faces (65, 66, 165, 166, 167, 168) as impact faces.
An apparatus for processing harvested dermal tissue supported on a cutting surface, comprising: a housing presenting a first handle having a gripping surface and a cutting head attached to the first handle; a cutting assembly connected to the cutting head, the cutting assembly including a plurality of spaced apart blade tips, characterised in that the spaced apart blade tips are configured to cut through the harvested tissue as the cutting assembly rotates along the cutting surface to produce sliced tissue; further characterised by comprising a second handle pivotably connected to the cutting head for providing additional downward force to the cutting assembly. a housing presenting a first handle having a gripping surface and a cutting head attached to the first handle; a cutting assembly connected to the cutting head, the cutting assembly including a plurality of spaced apart blade tips, characterised in that the spaced apart blade tips are configured to cut through the harvested tissue as the cutting assembly rotates along the cutting surface to produce sliced tissue; further characterised by comprising a second handle pivotably connected to the cutting head for providing additional downward force to the cutting assembly.
Solar energy reception system comprising a solar panel provided with an active face and at least one upright (2,3) to support said solar panel, characterized in that the solar panel is linked to the upright in a pivoting manner and in that this upright comprises at least one articulation able to place the active face of the solar panel parallel to and facing the ground in a protection position in response to an instruction.
Drive train of a centrifugal spreader comprising at least one spreader disc which is fastened fixedly on a shaft so as to rotate with it, a drive for rotationally driving the shaft in a drive direction, a torque module for the magnetostrictive detection of the torque of the shaft, characterized in that at least one freewheel for the transmission of torques in the drive direction and for the prevention of the transmission of torques counter to the drive direction is arranged between the drive and the torque module.
A copolymer for optical compensation film, comprising: 45 to 80 mass% of an aromatic vinyl monomer unit; 5 to 45 mass% of a (meth)acrylic acid ester monomer unit; and 5 to 20 mass% of an unsaturated dicarboxylic acid anhydride monomer unit; wherein the copolymer has an average number molecular weight (Mn) of 5.5 x 10 4 to 9 x 10 4 and a weight average molecular weight (Mw) of 14 x 10 4 to 20 x 10 4; and the copolymer has a haze of 1% or less, the haze being measured with a 2 mm thick sample in accordance with ASTM D1003. 45 to 80 mass% of an aromatic vinyl monomer unit; 5 to 45 mass% of a (meth)acrylic acid ester monomer unit; and 5 to 20 mass% of an unsaturated dicarboxylic acid anhydride monomer unit; wherein