mhurhangee/ep-ind-claims huggingface dataset:
Multi-function cooling device with a number of cooling elements, which each comprise a flat, outer surface for establishing a coolable set-down surface and a concave inner surface for establishing a contact surface with respect to a cooling object, wherein the multi-function cooling device has at least one hinge (119, 121) for connecting the cooling elements, by means of which the cooling elements are connected to one another, characterised in that the hinge is embodied to be able to change the by the cooling elements from a state of the shape, in which these form a coolable flat set-down surface through the interaction of their flat surfaces, into another state of the shape, in which the concave surfaces for cooling a bottle form the contact surfaces and in which the multi-function cooling device is kept in a box-shaped and rectangular shape.
A method of manufacturing a stent delivery system that includes an inner pipe, an outer pipe that is capable of relatively moving forward and rearward relative to the inner pipe, a self-expanding stent disposed between the inner pipe and the outer pipe, and a pair of operation wires that operates the forward and rearward movement by the outer pipe, the method of manufacturing a stent delivery system comprising: a step of preparing a first tube shaped body and a second tube shaped body that form the outer pipe; a step of deforming, by disposing an insertion member in a lumen of the first tube shaped body, opposing two locations of the first tube shaped body so as to be brought closer to each other toward an inward side in a radial direction of the first tube shaped body; a step of disposing the respective operation wires in the pair on outer peripheral sides of the opposing two locations of the first tube shaped body; a step of disposing the second tube shaped body at an outer peripheral side of the first tube shaped body so as to surround the first tube shaped body and the pair of the operation wires; and a step of disposing, in a state where the insertion member has been disposed in the lumen of the first tube shaped body, a retaining member (41G, 42G) that retains a cross-sectional shape of the first tube shaped body in a space (303, 41E) formed between the first tube shaped body and the second tube shaped body. a step of preparing a first tube shaped body and a second tube shaped body that form the outer pipe; a step of deforming, by disposing an insertion member in a lumen of the first tube shaped body, opposing two locations of the first tube shaped body so as to be brought closer to each other toward an inward side in a radial direction of the first tube shaped body; a step of disposing the respective operation wires in the pair on outer peripheral sides of the opposing two locations of the first tube shaped body; a step of disposing the second tube shaped body at an outer peripheral side of the first tube shaped body so as to surround the first tube shaped body and the pair of the operation wires; and a step of disposing, in a state where the insertion member has been disposed in the lumen of the first tube shaped body, a retaining member (41G, 42G) that retains a cross-sectional shape of the first tube shaped body in a space (303, 41E) formed between the first tube shaped body and the second tube shaped body.
A heating device for the plastification of workpieces made of a thermoplastic material, the heating device having a heating component, e.g. in the form of a heating plate or a heating blade (129, 218, 219) in which at least one cavity (5, 6, 7, 8) is provided into which a respective heating element is inserted, characterised in that the heating component (1, 129, 218, 219) is in the form of a sandwich element that has a metal foam layer which is covered on at least one side face with a solid metal layer (3, 4), the at least one cavity (5, 6, 7, 8) being moulded into the metal foam layer.
An axle gear system (10; 110) for a motor vehicle, in particular a commercial vehicle, with a drive unit, having: a first drive axle (12; 112) for drive-connecting to the drive unit, the first drive axle (12; 112) having an intermediate stage with an intermediate pinion and an intermediate gear and a first bevel gear stage with a bevel pinion and a ring gear; and a second drive axle (14; 113) which is drive-connected to the first drive axle (12; 112), and has a second bevel gear stage with a bevel pinion and a ring gear: a transmission ratio of the intermediate stage not being equal to 1; and an overall transmission ratio of the first drive axle (12; 112) corresponding to an overall transmission ratio of the second drive axle (14; 113), characterized in that a number of teeth of the intermediate gear of the intermediate stage corresponds to a number of teeth of the ring gear of the second bevel gear stage, a number of teeth of the bevel pinion of the first bevel gear stage corresponds to a number of teeth of the bevel pinion of the second bevel gear stage, and/or a number of teeth of the intermediate pinion of the intermediate stage corresponds to a number of teeth of the ring gear of the first bevel gear stage. a first drive axle (12; 112) for drive-connecting to the drive unit, the first drive axle (12; 112) having an intermediate stage with an intermediate pinion and an intermediate gear and a first bevel gear stage with a bevel pinion and a ring gear; and a second drive axle (14; 113) which is drive-connected to the first drive axle (12; 112), and has a second bevel gear stage with a bevel pinion and a ring gear: a transmission ratio of the intermediate stage not being equal to 1; and an overall transmission ratio of the first drive axle (12; 112) corresponding to an overall transmission ratio of the second drive axle (14; 113), characterized in that a number of teeth of the intermediate gear of the intermediate stage corresponds to a number of teeth of the ring gear of the second bevel gear stage, a number of teeth of the bevel pinion of the first bevel gear stage corresponds to a number of teeth of the bevel pinion of the second bevel gear stage, and/or a number of teeth of the intermediate pinion of the intermediate stage corresponds to a number of teeth of the ring gear of the first bevel gear stage. a transmission ratio of the intermediate stage not being equal to 1; and an overall transmission ratio of the first drive axle (12; 112) corresponding to an overall transmission ratio of the second drive axle (14; 113), characterized in that a number of teeth of the intermediate gear of the intermediate stage corresponds to a number of teeth of the ring gear of the second bevel gear stage, a number of teeth of the bevel pinion of the first bevel gear stage corresponds to a number of teeth of the bevel pinion of the second bevel gear stage, and/or a number of teeth of the intermediate pinion of the intermediate stage corresponds to a number of teeth of the ring gear of the first bevel gear stage.
A particulate detection system (1, 2, 3) for detecting a quantity of particulates contained in exhaust gas which is discharged from an internal combustion engine and flows through an exhaust pipe, comprising: a detection section attached to the exhaust pipe; and a drive processing circuit electrically connected to the detection section, driving the detection section, and detecting and processing a signal (Is) from the detection section, wherein the drive processing circuit includes drive start delay means (S2, S3, S11, S12, S13, S22, S23) for delaying start of the drive of the detection section until a start condition determined by the drive processing circuit is satisfied after start-up of the internal combustion engine, and wherein the drive processing circuit includes an ion source power supply. a detection section attached to the exhaust pipe; and a drive processing circuit electrically connected to the detection section, driving the detection section, and detecting and processing a signal (Is) from the detection section, wherein the drive processing circuit includes drive start delay means (S2, S3, S11, S12, S13, S22, S23) for delaying start of the drive of the detection section until a start condition determined by the drive processing circuit is satisfied after start-up of the internal combustion engine, and wherein the drive processing circuit includes an ion source power supply.
An organic electroluminescence device comprising on a support substrate an anode and a cathode, and one or more organic layers between the anode and the cathode and at least one organic layer containing a reactive organic compound, wherein when an electric current is applied to the device at a current density of from 0.01 mA/cm 2 to 10000 mA/cm 2, a concentration of the reactive organic compound is reduced from a concentration before application of the electric current, and wherein the reactive organic compound contains plural reactive substituents, characterized in that the reactive substituents each have a partial structure represented by the following formula: and the organic layer satisfies the following expression: 1.03 ≤ Tg 90 % / Tg initial ≤ 1.20 wherein Tg (90%) is a glass transition point when an emission luminance is reduced to 90% of an initial emission luminance and Tg (initial) is a glass transition point before initiating the application of an electric current.
Method for testing the tightness of a bituminous covering, consisting of at least two bituminous sealing membranes (1, 1') of which at least one has at least on one of its edges on one side of the membrane an element which, when the membrane has been laid onto a surface to be sealed, forms a channel, said element being gas-permeable and consisting at least in part of a flexible material tight against molten bitumen, the two membranes being laid with an overlap area at one of their edges and the element being arranged in the overlap area between the two membranes, testing being achieved by blowing gas into the channel, and the element being a tube of glass fiber braid or fabric, wherein the tube has an internal diameter of 6 mm to 15 mm, and a test or tracer gas is blown into the channel at a point of the overlap area D and testing takes place along the overlap area for the presence of certain molecules of the test or tracer gas in the ambient air, a problem with the tightness in the overlap area being indicated by the presence of molecules exceeding a normal threshold.
A near-eye display system comprising: an array of lenslets; a display panel facing the array of lenslets, the display panel comprising: an array of light projecting elements, wherein each light projecting element is coaxial with an axis of a corresponding lenslet of the array of lenslets; an array of light detecting elements; and an array of sub-pixel elements (210, 212, 214, 216, 222, 222, 224, 226, 228, 230); a control component coupled to the display panel and configured to activate the array of light projecting elements to project a pattern of light spots toward an eye of a user and to control the array of light detecting elements to capture an image representing a reflection of the projected pattern of light spots from the eye; and an analysis component to determine displacements (516, 526) between expected positions (514, 524) and actual positions (512, 522) of at least a subset of light spots in the captured image, and to characterize the eye based on the displacements. an array of lenslets; a display panel facing the array of lenslets, the display panel comprising: an array of light projecting elements, wherein each light projecting element is coaxial with an axis of a corresponding lenslet of the array of lenslets; an array of light detecting elements; and an array of sub-pixel elements (210, 212, 214, 216, 222, 222, 224, 226, 228, 230); an array of light projecting elements, wherein each light projecting element is coaxial with an axis of a corresponding lenslet of the array of lenslets; an array of light detecting elements; and an array of sub-pixel elements (210, 212, 214, 216, 222, 222, 224, 226, 228, 230); a control component coupled to the display panel and configured to activate the array of light projecting elements to project a pattern of light spots toward an eye of a user and to control the array of light detecting elements to capture an image representing a reflection of the projected pattern of light spots from the eye; and an analysis component to determine displacements (516, 526) between expected positions (514, 524) and actual positions (512, 522) of at least a subset of light spots in the captured image, and to characterize the eye based on the displacements.
Auxiliary rafter for arrangement between a first skylight and a second skylight of a skylight assembly, characterised by a cranked rafter element having a support element for supporting the two skylights (9, 10), wherein on opposite sides of the supporting element two fastening elements, which are arranged offset relative to the supporting element with respect to a longitudinal centre plane of the supporting element, adjoin the supporting element for fastening the auxiliary rafter to a roof structure of a roof, and wherein on a side of the longitudinal centre plane facing away from the fastening elements an intermediate window element is provided for spacing the two skylights (9, 10) on the rafter element.
Transmission with a parking lock of an electrically driven vehicle, wherein the parking lock comprises a parking lock wheel, to which a locking pawl is assigned and which is mounted on a shaft, wherein the parking lock wheel comprises a torsion spring integrated on its seat on the shaft, characterized in that the torsion spring is designed as a torsion sleeve between the parking lock wheel and the shaft, wherein the torsion sleeve has a slot pattern which extends in its longitudinal direction.
A horological detent escapement adapted to be integrated in a horological movement and arranged to transmit a torque originating from an energy source of said horological movement to an oscillating regulating organ of said horological movement, the regulating organ of the horological movement comprising a first mobile body and the escapement comprising a second mobile body as well as an escapement wheel, said first mobile body cooperating with said second mobile body by being capable of stopping the second mobile body in a first or a second position defined respectively by a first and a second banking (4.1, 4.2) against which said second mobile body comes to rest, said escapement wheel being arranged so as to transmit, during a half-phase of each oscillation of the regulating organ, a torque to said regulating organ by means of a direct impulse, characterized in that said second mobile body comprises an indirect impulse means (2.6) arranged and positioned so as to be, during the whole oscillation of the regulating organ during the normal functioning of the escapement, out of contact with the escapement wheel, whilst being capable of coming into contact, during the other half-phase of each oscillation of the regulating organ during which the escapement wheel does not transmit torque to the regularing organ by means of a direct impulse, with the escapement wheel, so as to transmit a torque to said regulating organ of the horological movement by means of an indirect impulse, via the second mobile body, following an inadvertent movement or an inadvertent stoppage of the horological movement.
A key telephone system comprising a terminal (22-1∼22-3) and a primary device connected to each other with a wire-line for mutual internet protocol, IP, communication, wherein the primary device comprises a transmitting means configured to transmit a command for transition into a power-saving state to the terminal (22-1∼22-3), together with a power-saving duration time datum that is a datum showing a power-saving duration time as a time period for continuing the power-saving state and/or a power-saving deactivating time datum that is a datum showing a power-saving deactivating time as a time for transition from the power-saving state into an operating state, when the time reaches a power-saving state transition time that is a time for transition into the power-saving state which is a state of further reduced power consumption; and the terminal (22-1∼22-3) comprises, a communication means configured to communicate with the primary device, a timekeeper means configured to measure a lapse of time specified and/or measuring the time, and a control means configured to specify the power-saving duration time and/or the power-saving deactivating time in the timekeeper means, and halting the communication means, at the time of receiving the command for transition into the power-saving state together with the power-saving duration time datum and/or the power-saving deactivating time datum from the primary device, and activating the communication means being halted, at a time when the timekeeper means has measured the lapse of the power-saving duration time and/or the power-saving deactivating time, wherein the terminal (22-1∼22-3) is an internet protocol, IP, telephone set; the power saving state includes halting the terminal's communication means, display and voice input/output unit, wherein halting the communication means includes turning off power to the communication means; at the time that the power-saving duration has passed or the power-saving deactivation time is reached, the timekeeper means is configured to notify, via an interrupt, the control means that the power-saving duration time and/or the power-saving deactivating time has been reached; and in response to the interrupt, the control means is configured to activate the communication means, the display, and the voice input/output unit.
An assay apparatus comprising: an assay strip having a first area with a plurality of magnetic particles bonded thereto; a microfluidic channel, having a sensing area comprising one or more magnetic particle traps (7, 8, 9); and a magnetic field source provided adjacent to the sensing area, wherein the plurality of magnetic particles are arranged such that, upon introduction of a substance of interest into the first area, the magnetic particles are displaced so that they can travel along the microfluidic channel to the sensing area and become concentrated in the one or more traps (7, 8, 9), wherein the microfluidic channel is sized and configured to ensure a monolayer of magnetic particles in the sensing area.
Fitting for a corner cupboard, in particular a kitchen corner cupboard, with a cupboard carcass and an interior accessible via a corner cupboard door and in which is located a support column with a longitudinal axis, wherein in the interior of the cupboard carcass at least one shelf is movably guided by means of the fitting between an inner position and an outer position in which the shelf extends at least partly outwards over a plane, and wherein the fitting may be fixed to the support column by means of a fixing device, characterised in that the fixing device has a clamping piece which is part of the fitting, with clamping means which are adjustable between a clamping position clamping the fitting immovably to the support column in a desired vertical position relative to the support column, and a release position allowing stepless height adjustment of the fitting along the support column.
A method for wireless communications comprising: determining a plurality of paths from a source node to a destination node in a set of nodes; determining, for each path in the plurality of paths, a Path Figure of Merit, PFM, wherein the PFM of at least one of the plurality of paths is based on a quality of communication provided by the at least one of the plurality of paths; associating two or more paths in the plurality of paths with a connection to create a set of associated paths based on a total PFM threshold for the connection; communicating from the source node to the destination node using at least two of the paths in the set of associated paths; detecting a periodicity of change in the PFM of at least one path in the plurality of paths; and changing the set of associated paths associated with the connection based on the periodicity. determining a plurality of paths from a source node to a destination node in a set of nodes; determining, for each path in the plurality of paths, a Path Figure of Merit, PFM, wherein the PFM of at least one of the plurality of paths is based on a quality of communication provided by the at least one of the plurality of paths; associating two or more paths in the plurality of paths with a connection to create a set of associated paths based on a total PFM threshold for the connection; communicating from the source node to the destination node using at least two of the paths in the set of associated paths; detecting a periodicity of change in the PFM of at least one path in the plurality of paths; and changing the set of associated paths associated with the connection based on the periodicity.
Aluminium alloy for components having increased strength with a yield point Rp 0.2 > 120 MPa and at the same time an elongation at break A > 7% in the cast state, a yield point Rp 0.2 > 200 MPa and at the same time an elongation at break A > 6% after a T5 heat treatment or a yield point Rp 0.2 > 200 MPa and at the same time a high elongation at break A > 9% after a T6 heat treatment, in particular for structural and chassis parts of a motor vehicle containing from 9 to 11.5% by weight of silicon, from 0.45 to 0.8% by weight of manganese, from 0.2 to 1.0% by weight of magnesium, from 0.1 to 1.0% by weight of copper, not more than 0.2% by weight of zinc, not more than 0.4% by weight of zirconium, not more than 0.4% by weight of chromium, not more than 0.3% by weight of molybdenum, not more than 0.2% by weight of iron, not more than 0.15% by weight of titanium, from 0.01 to 0.02% by weight of strontium and as balance aluminium and production-related impurities up to a total of not more than 0.5% by weight.
A WIM force transducer comprising a housing profile and a piezoelectric measuring arrangement; which piezoelectric measuring arrangement generates electric polarization charges under the impact of a reaction force to be measured; which housing profile comprises a tubular part and a cavity in the interior of the tubular part; which reaction force acts on the piezoelectric measuring arrangement via the housing profile along a force introduction axis; which piezoelectric measuring arrangement is mounted under mechanical prestress along the force introduction axis within the cavity; wherein a mounting force that acts along a mounting force axis can be applied to the tubular part, wherein for mounting the piezoelectric measuring arrangement in the cavity the tubular part can be expanded along the force introduction axis by an applied mounting force; characterized in that in a cross-sectional plane defined by the force introduction axis and the mounting force axis the tubular part is elliptical in shape with a major semiaxis (a) extending along the mounting force axis and a minor semiaxis (b) extending along the force introduction axis.