mhurhangee/ep-ind-claims huggingface dataset:
A battery receptacle system, comprising: a first dual-contact assembly including a first negative contact, a first positive contact, and an insulating connector positioned between the first positive contact and the first negative contact to prevent the first positive contact and the first negative contact from touching each other, wherein the first negative contact forms a pass through area adapted to permit a positive terminal of a battery to protrude past the negative contact and touch the positive contact, wherein the first negative contact includes; a first radial notch for positioning a first positive terminal of a first battery to electrically connect through the first negative contact with the first positive contact at a first position; and a second radial notch for positioning a second positive terminal of a second battery of smaller size than the first battery to electrically connect through the first negative contact with the first positive contact at a second position different from the first position, wherein the second radial notch has a second radius smaller than a radius of the first radial notch, and wherein the second radial notch interrupts the first radial notch. a first dual-contact assembly including a first negative contact, a first positive contact, and an insulating connector positioned between the first positive contact and the first negative contact to prevent the first positive contact and the first negative contact from touching each other, wherein the first negative contact forms a pass through area adapted to permit a positive terminal of a battery to protrude past the negative contact and touch the positive contact, wherein the first negative contact includes; a first radial notch for positioning a first positive terminal of a first battery to electrically connect through the first negative contact with the first positive contact at a first position; and
A fan section for a gas turbine engine comprising: a fan hub having blade slots receiving a root of a fan blade; a lock ring configured to move rotatably from an unlocked position to a locked position for securing the blade root in the blade slot; and a nose cone, characterised in that the nose cone is secured directly to the lock ring, thereby secured to the fan section. a fan hub having blade slots receiving a root of a fan blade; a lock ring configured to move rotatably from an unlocked position to a locked position for securing the blade root in the blade slot; and a nose cone, characterised in that the nose cone is secured directly to the lock ring, thereby secured to the fan section.
A turbine blade having a body enclosing a labyrinth of internal channels for the circulation of coolant received through an inlet formed in a terminal portion of the blade root, the labyrinth comprising; an inlet arranged on an axially upstream face of the terminal portion leading to a duct; a first passage intersecting the duct at a first passage intersection and extending through the blade body towards the tip of the blade, a proximal end of the first passage being arranged, in use, to capture incoming coolant flow; a second passage intersecting the duct at a second passage intersection at a position downstream of the first passage intersection; the first passage intersection and the second passage intersection having different cross sectional areas whereby to create a pressure drop along the duct; in use, a clearance space between an external wall surface of the duct and a bucket groove of a disc hub in which the blade is carried, the clearance space creating a leakage path for air directed to the inlet, the clearance space (20a, 20b) having a solitary inlet end and a solitary outlet end; the duct and/or the passage intersections configured to create a pressure drop in the duct in the direction from the inlet to the second passage intersection; and one or more duct vents provided in a wall of the terminal portion at a position downstream of a downstream edge of the first passage intersection, the one or more duct vents having a total cross-sectional area greater than a cross sectional area of the clearance space at the inlet end and arranged to balance the pressure of coolant in the duct with the pressure of coolant entering the leakage path thereby reducing the mass flow of coolant entering the leakage path in a region of the clearance space extending between the duct vents and one end of the duct.
Apparatus for imaging, comprising: representation generating means arranged to generate a three dimensional representation of a scene, optionally being a three dimensional model; at least one visible light imaging sensor arranged to obtain a visible light image of the scene; at least one infrared imaging sensor arranged to obtain an infrared image of the scene; image segmentation means arranged to identify objects located at different depths in the scene; and overlaying means arranged to overlay the infrared image and the visible light image onto the three dimensional representation of the scene to produce a multispectral three dimensional representation of the scene; wherein the overlaying means is arranged to selectively overlay the infrared image only onto objects located at predetermined depths within a range of interest in the three dimensional representation of the scene; wherein the overlaying means is arranged to overlay the visible light image onto objects in the scene that are not within the range of interest; and wherein a palette of false colors used to represent temperature data in the infrared image is adjusted to extend only over the range of temperatures observable for objects located within the range of interest. representation generating means arranged to generate a three dimensional representation of a scene, optionally being a three dimensional model; at least one visible light imaging sensor arranged to obtain a visible light image of the scene; at least one infrared imaging sensor arranged to obtain an infrared image of the scene; image segmentation means arranged to identify objects located at different depths in the scene; and overlaying means arranged to overlay the infrared image and the visible light image onto the three dimensional representation of the scene to produce a multispectral three dimensional representation of the scene; wherein the overlaying means is arranged to selectively overlay the infrared image only onto objects located at predetermined depths within a range of interest in the three dimensional representation of the scene; wherein the overlaying means is arranged to overlay the visible light image onto objects in the scene that are not within the range of interest; and wherein a palette of false colors used to represent temperature data in the infrared image is adjusted to extend only over the range of temperatures observable for objects located within the range of interest.
An electrochemical cell comprising: a housing having at least one open end and a sidewall; an anode, a cathode, a separator disposed between the anode and the cathode, and an electrolyte within the housing; characterized in that a magnetic diverter is affixed to an external surface of the sidewall of the housing, said magnetic diverter comprising a recess and an integrated circuit positioned within the recess, there is further provided a communications circuit, antenna, and battery characteristic measurement circuit, further wherein the magnetic diverter is placed between the antenna and the housing.
Vehicle comprising an electric motor, at least one wheel which can be driven by means of the electric motor, at least one further wheel and an operating element, both the electric motor and a brake arrangement associated with the further wheel being actuatable by means of the operating element, and the operating element being designed as a foot pedal (26, 28) or having such a foot pedal and being pivotably arranged on the vehicle, in particular on a frame of the vehicle, characterized in that a stop (40, 42) which limits the movement of the operating element is provided for each movement direction (36, 38).
A material web of a bellows of a gangway between two articulately connected vehicles or a material web of a canopy roof of a passenger boarding bridge or passenger boarding stairs, wherein the material web has at least one reinforcement layer having an elastomer coating (21, 22) on both sides, wherein the at least one reinforcement layer is formed by a nonwoven, wherein an adhesion-promoting layer is disposed between the nonwoven and the elastomer coating (21, 22), characterized in that at least one outer elastomer coating (21, 22) of the material web comprises a perforation.
Use of a S1P receptor modulator or agonist in the manufacture of a medicament for the treatment of an autoimmune disease selected from the list consisting of multiple sclerosis, polymyositis, lupus nephritis, rheumatoid arthritis, inflammatory bowel disease and psoriasis, wherein, prior to commencing the administration of the S1P receptor modulator or agonist at the standard daily therapeutic dosage, said S1P receptor modulator or agonist is administered at a daily dosage which is lower than the standard daily therapeutic dosage during an initial period of treatment, wherein the initial period of treatment is 7 days, and wherein the daily dosage during the initial period of treatment is up to 10 fold less than the standard dailydosage.
A system for diagnosing a contactor (1, 2) through a sound sensor, the system comprising: a battery management system, BMS, provided on a circuit connected with a battery, and positive-electrode and negative-electrode main contactors provided on the circuit and a precharge circuit including a precharge contactor and a resistor, the main contactors being connected with the BMS and being controlled through a control signal from the BMS, the sound sensor adjacently positioned to a contactor (1, 2) on a BMS circuit; and a failure determining unit which is designed to determine whether the contactor is erroneously operated based on a sensing result output from the sound sensor, wherein the sound sensor is designed to sense a mechanical transition sound generated during an on or off operation of the contactor (1, 2), characterized in that, when the mechanical transition sound is different from a predetermined mechanical transition sound, the failure determining unit is designed to determine that a failure is generated in the contactor, wherein the sound sensor is adjacently positioned to each of the main contactor and the pre-charge contactor, and wherein the sound sensor is designed to count the number of times of the occurrence of a mechanical transition sound generated during the on or off operation of the contactor (1, 2). a battery management system, BMS, provided on a circuit connected with a battery, and positive-electrode and negative-electrode main contactors provided on the circuit and a precharge circuit including a precharge contactor and a resistor, the main contactors being connected with the BMS and being controlled through a control signal from the BMS, the sound sensor adjacently positioned to a contactor (1, 2) on a BMS circuit; and a failure determining unit which is designed to determine whether the contactor is erroneously operated based on a sensing result output from the sound sensor, wherein the sound sensor is designed to sense a mechanical transition sound generated during an on or off operation of the contactor (1, 2), wherein the sound sensor is adjacently positioned to each of the main contactor and the pre-charge contactor, and wherein the sound sensor is designed to count the number of times of the occurrence of a mechanical transition sound generated during the on or off operation of the contactor (1, 2).
A machine for making filter rods for use in the manufacture of smoking articles, comprising: a garniture configured to receive filter plug material and filter wrapping material and to form a wrapped elongate filter rod, the garniture comprising a garniture tape and a tapering garniture inlet channel through which filter wrapping material is dragged on the garniture tape, the garniture further comprising a tongue having an elongate opening above the tapering garniture inlet channel, the tongue being tapered along its length so that filter plug material is compressed as it passes through the tongue, the filter plug material being conveyed through said elongate opening in the tongue onto the filter wrapping material being dragged through the tapering garniture inlet channel on the garniture tape; a rotatable object-transport member arranged to deliver objects into the tongue at a location above the elongate opening in the tongue so that said objects are delivered directly into filter plug material passing through the tapering tongue and which has been conveyed onto filter wrapping material being dragged through the garniture inlet channel on the garniture tape, and as the filter plug material is being radially compressed by the tapering tongue; and a cutter configured to cut the elongate filter rod, thereby forming filter rod segments, each segment having one or more objects therein. a garniture configured to receive filter plug material and filter wrapping material and to form a wrapped elongate filter rod, the garniture comprising a garniture tape and a tapering garniture inlet channel through which filter wrapping material is dragged on the garniture tape, the garniture further comprising a tongue having an elongate opening above the tapering garniture inlet channel, the tongue being tapered along its length so that filter plug material is compressed as it passes through the tongue, the filter plug material being conveyed through said elongate opening in the tongue onto the filter wrapping material being dragged through the tapering garniture inlet channel on the garniture tape; a rotatable object-transport member arranged to deliver objects into the tongue at a location above the elongate opening in the tongue so that said objects are delivered directly into filter plug material passing through the tapering tongue and which has been conveyed onto filter wrapping material being dragged through the garniture inlet channel on the garniture tape, and as the filter plug material is being radially compressed by the tapering tongue; and a cutter configured to cut the elongate filter rod, thereby forming filter rod segments, each segment having one or more objects therein.
A method to configure single sign-on SSO services for a device, comprising: monitoring web session activity for an indication of entry of first credentials; the method further comprises: in response to detecting a context event indicative of web session termination: detecting the presence of an SSO framework on the device; querying the SSO framework to determine if second credentials associated with the web session are absent from the SSO framework; and configuring SSO services on the device if the second credentials are absent from the SSO framework. monitoring web session activity for an indication of entry of first credentials; the method further comprises: in response to detecting a context event indicative of web session termination: detecting the presence of an SSO framework on the device; querying the SSO framework to determine if second credentials associated with the web session are absent from the SSO framework; and configuring SSO services on the device if the second credentials are absent from the SSO framework. in response to detecting a context event indicative of web session termination: detecting the presence of an SSO framework on the device; querying the SSO framework to determine if second credentials associated with the web session are absent from the SSO framework; and configuring SSO services on the device if the second credentials are absent from the SSO framework. detecting the presence of an SSO framework on the device; querying the SSO framework to determine if second credentials associated with the web session are absent from the SSO framework; and configuring SSO services on the device if the second credentials are absent from the SSO framework.
Method for a vehicle safety system in a vehicle having an automatic brake system of the vehicle, which brake system is configured to detect imminent collisions of the vehicle and to activate a brake device of the vehicle, wherein the method comprises: (i) detecting travel on a slope by means of an evaluation of signals from a system (320, 322, 324, 326) of the vehicle; and (ii) suppressing actions of the automatic brake system during travel on a slope, wherein the travel on a slope is downhill travel. (i) detecting travel on a slope by means of an evaluation of signals from a system (320, 322, 324, 326) of the vehicle; and (ii) suppressing actions of the automatic brake system during travel on a slope,
A biomatrix containment and fixation system for treatment of a fracture or damage to a part of the body, comprising a biocompatible protein, a biocompatible solvent and a pharmacologically active agent, and a containment and fixation sleeve and a plurality of protein particles administered within said sleeve, said protein particles including one or more biocompatible proteins combined with one or more biocompatible solvents and one or more pharmacologically active agents, characterised in that the containment and fixation sleeve is formed by compressing a cohesive body to form a biomatrix material, the cohesive body including one or more biocompatible proteins combined with one or more biocompatible solvents and optionally one or more pharmacologically active agents such that the cohesive body has a solvent content of about 10% to 80% by weight prior to compression, the cohesive body is compressed at a pressure of about 689 kPa (100 psi) to about 689,000 kPa (100,000 psi) to form the sleeve of biomatrix material having a solvent content of about 5% to 60% by weight, wherein the solvent content of the biomatrix material is less than the solvent content of the cohesive body, said sleeve having two ends adhered together with a fastening device to form an enclosure.
Fuel injection device for an internal combustion engine having at least one high pressure line, through which fuel is fed to at least one injector, the high pressure line having an opening in its circumference for connection to the injector, which opening is connected at least indirectly to a feed bore which runs in a housing of the injector, the housing of the injector having an outwardly pointing cylindrical extension, in which a slot-shaped receptacle is formed, into which the high pressure line is inserted transversely with respect to its longitudinal extent, the receptacle being open on the side which lies opposite the orifice of the feed bore, and it being possible for the high pressure line to be fixed in the receptacle by means of a clamping element which is fastened to the housing of the injector, in such a way that the transition from the opening of the high pressure line to the orifice of the feed bore in the receptacle is sealed, characterized in that the clamping element is configured as a clamping nut which is screwed onto the external thread of the extension and acts at least indirectly on the high pressure line, and in that the housing of the injector forms a collar which surrounds the orifice of the feed bore and onto which the high pressure line is placed with its opening.
Automotive road construction machine, in particular recycler or cold milling machine, comprising - a machine frame supported by a traveling gear unit, - a working drum mounted at the machine frame in an immovable and/or pivotable manner, and used for working a ground surface or traffic surface, wherein - the traveling gear unit is provided with wheels or crawler track units that are connected to the machine frame via lifting columns and are individually adjustable in height relative to the machine frame, - the lifting columns comprising two hollow cylinders (13, 15) capable of telescoping that serve as a guiding unit and accommodate at least one piston cylinder unit for height adjustment, preferably in a coaxial manner, on their inside, characterized in that - each individually height-adjustable lifting column is provided with a measuring device for measuring the current lifting state of the lifting column, - the measuring device is coupled with elements of the lifting column, which are capable of being displaced relative to one another in accordance with the lifting position, in such a manner that a path signal pertaining to the lifting position of each lifting column is continuously detectable by the measuring device, and - a controller, which receives the measured path signals from the measuring devices of all the lifting columns and regulates the lifting state of the lifting columns in accordance with the measured path signals of the measuring devices and/or their alterations over time in such a manner that a freely selectable position of the machine frame is settable and is definable as an operating position. - a machine frame supported by a traveling gear unit, - a working drum mounted at the machine frame in an immovable and/or pivotable manner, and used for working a ground surface or traffic surface, wherein - the traveling gear unit is provided with wheels or crawler track units that are connected to the machine frame via lifting columns and are individually adjustable in height relative to the machine frame, - the lifting columns comprising two hollow cylinders (13, 15) capable of telescoping that serve as a guiding unit and accommodate at least one piston cylinder unit for height adjustment, preferably in a coaxial manner, on their inside, characterized in that - each individually height-adjustable lifting column is provided with a measuring device for measuring the current lifting state of the lifting column, - the measuring device is coupled with elements of the lifting column, which are capable of being displaced relative to one another in accordance with the lifting position, in such a manner that a path signal pertaining to the lifting position of each lifting column is continuously detectable by the measuring device, and - a controller, which receives the measured path signals from the measuring devices of all the lifting columns and regulates the lifting state of the lifting columns in accordance with the measured path signals of the measuring devices and/or their alterations over time in such a manner that a freely selectable position of the machine frame is settable and is definable as an operating position.