mhurhangee/ep-ind-claims huggingface dataset:
Latching device for a head restraint comprising a locking element displaceably mounted in a carrier device, said locking element being displaceable from a locked position into an unlocked position by means of an actuation of an actuating device, wherein the latching device is displaceably mounted relative to a retaining rod, in the unlocked position the locking element permits a displacement of the latching device relative to the retaining rod, in the locked position the locking element engages in at least one recess (7.1) of the retaining rod for latching the latching device relative to the retaining rod, and in the locked position the carrier device with the locking element arranged therein is configured mirror-symmetrically to an xz-plane extending perpendicularly to the carrier device, characterized in that the carrier device comprises an upper carrier plate (3.1) and a lower carrier plate (3.2), which carrier plates are displaceable relative to one another and parallel to the y-axis.
An access and storage system for use with a plurality of items comprising: a plurality of sensors configured to track a user's accessing of each of a plurality of items; an identification system for automatically identifying said user as the user approaches the access and storage system, said identification system comprising a virtual wall so that any user who crosses the virtual wall is automatically identified and authenticated; a storage component storing each of said plurality of items therein or thereon in an associated storage position, wherein said storage component is configured to provide said user direct manual access to said items in said storage positions, which direct manual access is trackable by said sensor system; and a controller operatively coupled to said plurality of sensors, wherein said controller is configured to track levels of inventory of said items in said system. a plurality of sensors configured to track a user's accessing of each of a plurality of items; an identification system for automatically identifying said user as the user approaches the access and storage system, said identification system comprising a virtual wall so that any user who crosses the virtual wall is automatically identified and authenticated; a storage component storing each of said plurality of items therein or thereon in an associated storage position, wherein said storage component is configured to provide said user direct manual access to said items in said storage positions, which direct manual access is trackable by said sensor system; and a controller operatively coupled to said plurality of sensors, wherein said controller is configured to track levels of inventory of said items in said system.
A fiber distribution hub comprising: an enclosure defining an interior and defining cable feed throughs for passing cables into the enclosure; at least a first optical splitter module mounted to a hinged swing frame chassis, the first optical splitter module having a plurality of connectorized pigtails; an optical termination field including a plurality of subscriber termination connectors carried by the swing frame chassis; and wherein the hinged swing frame chassis is pivotally mounted within the interior of the enclosure, the swing frame chassis being pivotally moveable between a closed position and an open position, wherein the front of the hinged swing frame chassis faces outward from the enclosure and the back of the hinged swing frame chassis faces into the enclosure when the hinged swing frame chassis is in the closed position; and wherein the optical termination field includes a first side positioned at the front of the hinged swing frame chassis which is opposite from a second side which is at the rear of the hinged swing frame chassis, and wherein access to the second side of the optical termination field is enabled when the swing frame chassis is arranged in the open position, and wherein when the hinged swing frame chassis is in the closed position only components on a front bulkhead are accessible, such that a termination field bulkhead and a splitter chassis bulkhead are accessible when the hinged swing frame chassis is in the closed position, wherein further the cable feed throughs are accessible when the swing frame chassis is pivoted into the open position, and wherein the cable feed throughs are not accessible when the swing frame chassis is pivoted into the closed position. an enclosure defining an interior and defining cable feed throughs for passing cables into the enclosure; at least a first optical splitter module mounted to a hinged swing frame chassis, the first optical splitter module having a plurality of connectorized pigtails; an optical termination field including a plurality of subscriber termination connectors carried by the swing frame chassis; and wherein the hinged swing frame chassis is pivotally mounted within the interior of the enclosure, the swing frame chassis being pivotally moveable between a closed position and an open position, wherein the front of the hinged swing frame chassis faces outward from the enclosure and the back of the hinged swing frame chassis faces into the enclosure when the hinged swing frame chassis is in the closed position; and
Headrest body for a headrest, configured as at least one frame (1.1) having one or a plurality of inner flexible support elements (1.4) forming a support surface (1.3), and a headrest holder (1.2) protruding from the frame (1.1), wherein the headrest body, composed of the frame (1.1), the support elements (1.4) and the headrest holder (1.2), by shaping is formed integrally from a plastics material or a composite material. configured as at least one frame (1.1) having one or a plurality of inner flexible support elements (1.4) forming a support surface (1.3), and a headrest holder (1.2) protruding from the frame (1.1), wherein the headrest body, composed of the frame (1.1), the support elements (1.4) and the headrest holder (1.2), by shaping is formed integrally from a plastics material or a composite material.
An injector apparatus comprising: a hydraulic stage having a first end and a second end, characterized in that the hydraulic stage comprises a housing defining a cavity between the first end and the second end of the hydraulic stage, a primary plunger disposed in the cavity and a secondary plunger; a pressurization system coupled to the hydraulic stage at the first end, wherein the primary plunger has a first end disposed within the cavity and in fluid communication with the pressurization system and has a second end in mechanical communication with the secondary plunger; a reservoir bore defined in the housing of the hydraulic stage, wherein the reservoir bore has a first end and a second end, wherein the first end of the reservoir bore is configured to receive the second end of the primary plunger, wherein the secondary plunger is disposed within the reservoir bore; and a nozzle assembly comprising a housing, a gas tube and a nozzle capillary, wherein the gas tube has a first end, a second end and a gas aperture defined at the second end of the gas tube, wherein the nozzle capillary is partially disposed within the gas tube and is substantially coaxial with the gas tube, wherein the nozzle capillary has a first end and a second end, wherein the first end of the nozzle capillary is in fluid communication with the second end of the reservoir bore. a hydraulic stage having a first end and a second end, characterized in that the hydraulic stage comprises a housing defining a cavity between the first end and the second end of the hydraulic stage, a primary plunger disposed in the cavity and a secondary plunger; a pressurization system coupled to the hydraulic stage at the first end, wherein the primary plunger has a first end disposed within the cavity and in fluid communication with the pressurization system and has a second end in mechanical communication with the secondary plunger; a reservoir bore defined in the housing of the hydraulic stage, wherein the reservoir bore has a first end and a second end, wherein the first end of the reservoir bore is configured to receive the second end of the primary plunger, wherein the secondary plunger is disposed within the reservoir bore; and a nozzle assembly comprising a housing, a gas tube and a nozzle capillary, wherein the gas tube has a first end, a second end and a gas aperture defined at the second end of the gas tube, wherein the nozzle capillary is partially disposed within the gas tube and is substantially coaxial with the gas tube, wherein the nozzle capillary has a first end and a second end, wherein the first end of the nozzle capillary is in fluid communication with the second end of the reservoir bore.
A method for estimating a position or trajectory of an aircraft in a GPS-denied environment comprising: obtaining, by an inertial navigation system, a state measurement of an aircraft; changing, with a navigation filter, a weighting scheme for the state measurement of the aircraft; and estimating, with the navigation filter, a position or trajectory of the aircraft based on the weighting scheme and the state measurement; characterized in that the method further comprises: receiving an AIDL instruction associated with a maneuver for the aircraft; identifying, with an aircraft intent description language aid, the AIDL instruction of the aircraft to be associated with a dynamic activity level of a plurality of dynamic activity levels; determining, with the aircraft intent description language aid, at least one aircraft state to be affected by the AIDL instruction; wherein the step of changing the weighting scheme for the state measurement is performed for the state measurement for the at least one aircraft state affected by the AIDL instruction. obtaining, by an inertial navigation system, a state measurement of an aircraft; changing, with a navigation filter, a weighting scheme for the state measurement of the aircraft; and estimating, with the navigation filter, a position or trajectory of the aircraft based on the weighting scheme and the state measurement; receiving an AIDL instruction associated with a maneuver for the aircraft; identifying, with an aircraft intent description language aid, the AIDL instruction of the aircraft to be associated with a dynamic activity level of a plurality of dynamic activity levels; determining, with the aircraft intent description language aid, at least one aircraft state to be affected by the AIDL instruction;
Pressure-sensitive adhesive strip (PSA strip) which is redetachable, without residue or destruction, by extensive stretching substantially in the bond plane, comprising one or more layers of pressure-sensitive adhesive (PSA layers) and optionally one or more intermediate carrier layers, where at least one of the PSA layers comprises at least one filler which can be separated into its primary particles, the primary particles (i) being spherical, and (ii) having a median diameter d(0.5) of less than 10 μm, and where the ratio of the median diameter d(0.5) of the primary particles to the thickness of the PSA layer containing the primary particles is less than 1:2, characterized in that at least one PSA layer is based on vinyl aromatic block copolymer, where the vinyl aromatic block copolymer comprises (i) polymer blocks predominantly formed by polymerization of vinyl aromatics (A blocks), preferably styrene, and at the same time (ii) polymer blocks predominantly formed by polymerization of conjugated dienes having 4 to 18 carbon atoms and/or isobutylene (B blocks), preferably of 1,3-dienes such as, for example, butadiene, where the B blocks are optionally at least partly, such as, for example, completely, hydrogenated, and where the PSA strip has a thickness of less than 500 μm. where at least one of the PSA layers comprises at least one filler which can be separated into its primary particles, the primary particles (i) being spherical, and (ii) having a median diameter d(0.5) of less than 10 μm, (i) being spherical, and (ii) having a median diameter d(0.5) of less than 10 μm, and where the ratio of the median diameter d(0.5) of the primary particles to the thickness of the PSA layer containing the primary particles is less than 1:2, characterized in that at least one PSA layer is based on vinyl aromatic block copolymer, where the vinyl aromatic block copolymer comprises (i) polymer blocks predominantly formed by polymerization of vinyl aromatics (A blocks), preferably styrene, and at the same time (ii) polymer blocks predominantly formed by polymerization of conjugated dienes having 4 to 18 carbon atoms and/or isobutylene (B blocks), preferably of 1,3-dienes such as, for example, butadiene, where the B blocks are optionally at least partly, such as, for example, completely, hydrogenated, and where the PSA strip has a thickness of less than 500 μm.
An adjustable dumbbell, comprising knobs, bridge-shaped blocks, weight plates, a lift assembly, side plates, an anti-slip assembly and sleeves, wherein: a number of the weight plates is at least two, and the weight plates are fixedly and respectively attached to opposing ends of the lift assembly; the bridge-shaped blocks and the weight plates are fixedly disposed between the lift assembly and the knobs; characterized in that, the lift assembly comprises handles and a limit plate, a number of the handles being two, the opposing ends of the handles respectively abutting against the limit plate, the handles each defining an inner lumen through which a rod is inserted, the rod having one end welded and thus fixed to the limit plate and an outer surface in which locking grooves are formed, the locking grooves having inner surfaces slidably engaging locking blocks that are welded and thus fixed to an inner surface of each respective handle, a number of the locking blocks being plural, the plural locking blocks being interposed with cushions fixedly arranged therebetween, the sleeves being disposed over outer surfaces of the respective handles and welded and thus fixed to the limit plate, the sleeves each defining, in an outer surface thereof, a slot having inner surfaces onto which a respective connecting plate is attached in a snap-on manner, the sleeve having inner surfaces on opposing sides of the slot, from which respective inserting plates project, the respective inserting plates having respective inner surfaces on which respective sockets are fixedly provided, the respective sockets being welded and thus fixed to the respective connecting plate, each handle and respective rod being perforated in respective outer surfaces with a first through hole and a second through hole, respectively, the first through holes and second through holes having respective interior surfaces on which a common securing bar is fixedly provided, the common securing bar being welded and thus fixed to the respective connecting plate, the anti-slip assembly being fixedly attached both to the outer surfaces of the respective sleeves and to an outer surface of the respective connecting plates by adhesion; the anti-slip assembly includes granules and a soft mat adhered and hence fixed to outer surfaces of the granules.
A high-stability miniature circuit breaker, comprising a release, an operating mechanism, an arc extinguish chamber and a contact assembly, wherein said operating mechanism comprises a handle installed on a handle shaft of a shell in a pivoting way, a drive rod, a lever, a connecting rod installed on a pivotal shaft of the lever in a pivoting way, a latch assembly, a return spring and an energy storage spring; one end of the energy storage spring is connected to the shell of the circuit breaker, and the other end of the energy storage spring is connected to the lever; one end of said drive rod is connected to a hinge of the handle, the other end of the drive rod is connected to the lever, and the end of the drive rod connected to the lever is also fitted with the control end of the connecting rod and controlled by the control end; and said contact assembly is connected to the lever through a contact support; said operating mechanism further comprises a pivotal shaft fixed on the shell, which comprises a first shaft section, a second shaft section and a shaft shoulder; the diameter of said second shaft section is larger than that of the first shaft section, and a thrust surface is formed on the second shaft section at the combined portion of the two shaft sections; the diameter of said shaft shoulder is larger than that of the second shaft section, and a support surface is formed on the shaft shoulder at the combined portion of the second shaft section and the shaft shoulder, the high stability miniature circuit breaker characterized in that said lever is installed on the first shaft section of the pivotal shaft through a first shaft hole in a pivoting way, and is used for limiting the axial position of a protruding mesa relative to said pivotal shaft through contact fit between the protruding mesa disposed on the lever and the thrust surface on said pivotal shaft; said latch assembly is installed on the second shaft section of the pivotal shaft through a second shaft hole in a pivoting way; one end of said second shaft hole comprises a first end face fitted with the support surface of said pivotal shaft; the other end of said second shaft hole comprises a second end face fitted with the protruding mesa of the lever; and the latch assembly is also provided with a second hasp; a first hasp fitted with the second hasp of the latch assembly is disposed on said connecting rod, said connecting rod is meshed with the latch assembly when the first hasp and the second hasp are contacted and latched with each other, and the latch assembly controls the drive rod and the lever not to move relatively; said connecting rod is separated from the latch assembly when the first hasp and the second hasp are separated and unlatched, and the latch assembly is separated from the drive rod to lead the drive rod to be capable of sliding along a groove of the lever.
A method of producing a sour dairy product comprising the steps of: a) providing milk; b) concentrating the protein content of the milk of step a) by removal of sweet whey by means of microfiltration, ultra filtration or any combination of MF and UF; c) providing acid whey; d) - subjecting the milk concentrate obtained in step b) to fermentation by addition of a bacterial culture, and mixing the thereby obtained fermented milk concentrate with the acid whey obtained in step c); or - mixing the milk concentrate obtained in step b) with the acid whey obtained in step c) and subjecting the thereby obtained mixture to fermentation by addition of a bacterial culture; e) transferring the sour milk/acid whey mixture obtained in step d) to a separator wherein sour dairy product and acid whey are separated; and f) recirculating a part of the acid whey obtained in step e) to mixing with the milk concentrate before or after fermentation in step d), and discharging the remaining part of the acid whey obtained in step e). a) providing milk; b) concentrating the protein content of the milk of step a) by removal of sweet whey by means of microfiltration, ultra filtration or any combination of MF and UF; c) providing acid whey; d) - subjecting the milk concentrate obtained in step b) to fermentation by addition of a bacterial culture, and mixing the thereby obtained fermented milk concentrate with the acid whey obtained in step c); or - mixing the milk concentrate obtained in step b) with the acid whey obtained in step c) and subjecting the thereby obtained mixture to fermentation by addition of a bacterial culture; - subjecting the milk concentrate obtained in step b) to fermentation by addition of a bacterial culture, and mixing the thereby obtained fermented milk concentrate with the acid whey obtained in step c); or - mixing the milk concentrate obtained in step b) with the acid whey obtained in step c) and subjecting the thereby obtained mixture to fermentation by addition of a bacterial culture; e) transferring the sour milk/acid whey mixture obtained in step d) to a separator wherein sour dairy product and acid whey are separated; and f) recirculating a part of the acid whey obtained in step e) to mixing with the milk concentrate before or after fermentation in step d), and discharging the remaining part of the acid whey obtained in step e).
Channel induction furnace for melting metal and/or keeping metal hot, containing a crucible, wherein the crucible has a refractory lining, an inductor which has at least one channel passage and is releasably connected to the crucible in the lower region of the furnace at the hearth, wherein passages for supplying an inert gas to the crucible are arranged in the inductor, characterized in that the passages for supplying an inert gas are arranged in the inductor just below the surface of the separation surface of the inductor.
A method for performing an instruction on a platform application, comprising the steps of: - preparing a persistent instruction on a user workplace application that is remotely connected to a platform application; - forwarding the persistent instruction to the platform application; - setting up a secure connection between the platform application and a user authentication device; - performing an authorization dialog between the platform application and the user authentication device; and - executing the instruction only when the authorization dialog has successfully finished. - preparing a persistent instruction on a user workplace application that is remotely connected to a platform application; - forwarding the persistent instruction to the platform application; - setting up a secure connection between the platform application and a user authentication device; - performing an authorization dialog between the platform application and the user authentication device; and - executing the instruction only when the authorization dialog has successfully finished.
A method of honing a toothing on a workpiece with a toothed honing tool in meshing machining engagement, in particular in the form of an internally toothed honing ring, characterized in that, for a given relative position between the workpiece toothing and the honing tool, the contact area of the machining engagement, on account of a crowning of the tooth flanks of the honing tool, is formed so as to be smaller, only in a working region - located around the apex of the crowning - of an axial dimension (b k), than the minimum width required in the machining engagement for covering the toothing width of the workpiece toothing, and the working region is axially displaced until completion of the workpiece toothing machining.
A torsional mode damping controller system connected to a converter that drives an electrical machine mechanically connected to a train, the controller system comprising: an input interface configured to receive measured data related to variables of the converter or the electrical machine; and a controller connected to the input interface and configured to, calculate at least one dynamic torque component along a section of a shaft of the train based on the data from the input interface, using a mechanical model which estimates an inertia value and damping and stiffness values; generate control data for the converter for damping a torsional oscillation in the mechanical drive train based on the at least one dynamic torque component, and send the control data to the converter for modulating an active power exchanged between the converter and the electrical machine. an input interface configured to receive measured data related to variables of the converter or the electrical machine; and a controller connected to the input interface and configured to,