mhurhangee/ep-ind-claims huggingface dataset:
A tray table assembly adapted to deploy from a stowage module, comprising: a stowage module; an arcuate rail mounted in the stowage module and movable between a stowed position and a deployed position; a tray table mounted on the arcuate rail for arcuate movement along the arcuate rail between a stowed position and a deployed position of the tray table relative to the arcuate rail, and the tray table mounted on the arcuate rail for fore and aft translating movement relative to the arcuate rail when the tray table is in the deployed position thereof; a channel disposed on a carriage mounted on an underside of the tray table and movable with the tray table in fore and aft translating directions, the channel comprising an arcuate segment defining a curve corresponding to a curve of the arcuate rail; characterized in that the channel comprises a funnel-shaped centering segment communicating with the arcuate segment of the channel; and the tray table assembly further comprises at least one roller pin fixed in a predetermined position on the arcuate rail representing a centered position for the tray table to assume before entering the stowage module, wherein the tray table assembly is configured such that, as the tray table moves toward the stowage module the roller pin moves along the arcuate segment of the channel and contacts the funnel-shaped centering segment, and as the funnel-shaped channel engages and moves relative to the roller pin the roller pin centers the tray table relative to the arcuate rail such that the tray table enters the stowage module in a predetermined centered position. a stowage module; an arcuate rail mounted in the stowage module and movable between a stowed position and a deployed position; a tray table mounted on the arcuate rail for arcuate movement along the arcuate rail between a stowed position and a deployed position of the tray table relative to the arcuate rail, and the tray table mounted on the arcuate rail for fore and aft translating movement relative to the arcuate rail when the tray table is in the deployed position thereof; a channel disposed on a carriage mounted on an underside of the tray table and movable with the tray table in fore and aft translating directions, the channel comprising an arcuate segment defining a curve corresponding to a curve of the arcuate rail; characterized in that the channel comprises a funnel-shaped centering segment communicating with the arcuate segment of the channel; and the tray table assembly further comprises at least one roller pin fixed in a predetermined position on the arcuate rail representing a centered position for the tray table to assume before entering the stowage module, wherein the tray table assembly is configured such that, as the tray table moves toward the stowage module the roller pin moves along the arcuate segment of the channel and contacts the funnel-shaped centering segment, and as the funnel-shaped channel engages and moves relative to the roller pin the roller pin centers the tray table relative to the arcuate rail such that the tray table enters the stowage module in a predetermined centered position.
A composite comprising a plurality of block copolymer chains dispersed in a base polymer, the block copolymer chains comprising a polymer block and a polymer block having lower affinity for the base polymer than that of the polymer block, wherein each of the block copolymer chains has the polymer block at two or more locations of the block copolymer chain, in at least some of the block copolymer chains, the polymer blocks are at least partially located in the base polymer and the polymer blocks are at least partially exposed from the base polymer, and the polymer block exposed from the base polymer is swollen by a good solvent for the polymer block. wherein each of the block copolymer chains has the polymer block at two or more locations of the block copolymer chain, in at least some of the block copolymer chains, the polymer blocks are at least partially located in the base polymer and the polymer blocks are at least partially exposed from the base polymer, and the polymer block exposed from the base polymer is swollen by a good solvent for the polymer block.
Additive manufacturing device which is set up for the layer-by-layer production of a three-dimensional product from a liquid raw material by means of an immersion bath stereolithography process, the additive manufacturing device having a production container for receiving the raw material to be processed, the production container being variably adjustable with respect to its receiving volume for the raw material, the additive manufacturing device having a production base (2, 24) on which the product is produced in three-dimensional layers during operation of the additive manufacturing device by means of the immersion bath stereolithography process, wherein the production container has an adjustable base (3, 25), by the adjustment of which the receiving volume of the production container can be variably adjusted, wherein the production base (2, 24) is decoupled from the adjustable base (3, 25) and can be moved separately from the adjustable base (3, 25) by means of a height adjustment mechanism (33, 34), the production base (2, 24) being arranged above the adjustable base (3, 25), characterized in that the production base (2, 24) is connected to the height adjustment mechanism (33, 34) at the top of the production container.
A thrombectomy device comprising: an aspiration catheter comprising a proximal end and a distal end; a retrieval device configured to extend through the aspiration catheter and exit at the distal end, the retrieval device comprising a proximal region, a distal region, and a first lumen extending therebetween; at least one braided assembly extending over the distal region of the retrieval device, the braided assembly comprising at least one slidable collar, and a braid, the slidable collar extending circumferentially around the retrieval device and configured to slide longitudinally along the retrieval device, the braid attached to the slidable collar and extending from the slidable collar to a fixed attachment point that anchors the braid to the retrieval device; and at least one activation wire extending through the first lumen of the retrieval device and through an exit point located on the distal region, wherein a distal end of the activation wire is attached to the slidable collar; wherein the braid has a shape memory of a collapsed configuration; and wherein the braided assembly can be expanded to a range of expanded outer diameters by varying the level of tension on the activation wire. an aspiration catheter comprising a proximal end and a distal end; a retrieval device configured to extend through the aspiration catheter and exit at the distal end, the retrieval device comprising a proximal region, a distal region, and a first lumen extending therebetween; at least one braided assembly extending over the distal region of the retrieval device, the braided assembly comprising at least one slidable collar, and a braid, the slidable collar extending circumferentially around the retrieval device and configured to slide longitudinally along the retrieval device, the braid attached to the slidable collar and extending from the slidable collar to a fixed attachment point that anchors the braid to the retrieval device; and at least one activation wire extending through the first lumen of the retrieval device and through an exit point located on the distal region, wherein a distal end of the activation wire is attached to the slidable collar; wherein the braid has a shape memory of a collapsed configuration; and wherein the braided assembly can be expanded to a range of expanded outer diameters by varying the level of tension on the activation wire.
Electrical device, in particular for a motor vehicle, this electrical device including: - an electrical machine including a rotary shaft, - a target mounted on the rotary shaft, - a sensor designed to interact with the target, in particular in order to deliver an item of information in relation to the angular position of the rotary shaft, - an electronic board (62; 91) bearing at least one data-processing unit, the sensor being mounted on this board and linked electrically to the processing unit, wherein the electrical machine includes a wall, in particular of a housing, which wall is provided with a through-aperture to the right of which the target is positioned, characterized in that the aperture receives a sealing element, in particular made of plastic, the sealing element being a part that is applied inside the aperture. - an electrical machine including a rotary shaft, - a target mounted on the rotary shaft, - a sensor designed to interact with the target, in particular in order to deliver an item of information in relation to the angular position of the rotary shaft, - an electronic board (62; 91) bearing at least one data-processing unit, the sensor being mounted on this board and linked electrically to the processing unit,
A pouch-type secondary battery comprising: a battery case comprising an accommodation part accommodating an electrode and an electrolyte therein; and a sealing member for additionally injecting the electrolyte, which is disposed on a portion of the battery case to additionally inject the electrolyte into the accommodation part of the battery case and seals an injection portion, wherein, in the sealing member for additionally injecting the electrolyte, an outer part of the sealing member with respect to the accommodation part of the battery case is made of a silicone sealant to seal the injection portion by applying heat, and an inner part of the sealing member is made of silicone rubber to seal the injection portion through self-contracting force thereof, the sealing member for additionally injecting the electrolyte further comprises a heat dissipation member disposed between the outer part and the inner part to block heat transfer between the outer part and the inner part, and the sealing member for additionally injecting the electrolyte passes through the inside and outside of the battery case so that the electrolyte is injected through a penetrated portion of the sealing member. a battery case comprising an accommodation part accommodating an electrode and an electrolyte therein; and a sealing member for additionally injecting the electrolyte, which is disposed on a portion of the battery case to additionally inject the electrolyte into the accommodation part of the battery case and seals an injection portion, wherein, in the sealing member for additionally injecting the electrolyte, an outer part of the sealing member with respect to the accommodation part of the battery case is made of a silicone sealant to seal the injection portion by applying heat, and an inner part of the sealing member is made of silicone rubber to seal the injection portion through self-contracting force thereof, the sealing member for additionally injecting the electrolyte further comprises a heat dissipation member disposed between the outer part and the inner part to block heat transfer between the outer part and the inner part, and the sealing member for additionally injecting the electrolyte passes through the inside and outside of the battery case so that the electrolyte is injected through a penetrated portion of the sealing member.
A dental abutment coping for securing a dental prosthesis to a dental abutment, the dental abutment coping comprising: a body extending from a first end to a second end along a longitudinal axis, the body defining a cavity extending from an opening in the second end of the dental abutment coping, the body comprising: an exterior surface (740, 750) adapted to be inserted into a corresponding interface cavity of the dental prosthesis, wherein the exterior surface includes a tapered exterior region extending along the length of the longitudinal axis, wherein the tapered exterior region defining an increasing exterior diameter of the body along the length towards the second end and a flat exterior region parallel to the longitudinal axis, wherein the tapered exterior region extends from the first end to the flat exterior region; a peripheral region of the second end, the peripheral region extending around the opening and comprising a beveled surface oriented towards the longitudinal axis at an angle relative to the longitudinal axis; and an interior surface sized to accept a head of the dental abutment, the interior surface having a tapered interior region and an interface interior region, the interface interior region being between the peripheral region and the tapered interior region, and the tapered interior region defining an increasing internal diameter of the cavity between a distal end of the cavity and the interface interior region. an exterior surface (740, 750) adapted to be inserted into a corresponding interface cavity of the dental prosthesis, wherein the exterior surface includes a tapered exterior region extending along the length of the longitudinal axis, wherein the tapered exterior region defining an increasing exterior diameter of the body along the length towards the second end and a flat exterior region parallel to the longitudinal axis, wherein the tapered exterior region extends from the first end to the flat exterior region; a tapered exterior region extending along the length of the longitudinal axis, wherein the tapered exterior region defining an increasing exterior diameter of the body along the length towards the second end and a flat exterior region parallel to the longitudinal axis, wherein the tapered exterior region extends from the first end to the flat exterior region; a peripheral region of the second end, the peripheral region extending around the opening and comprising a beveled surface oriented towards the longitudinal axis at an angle relative to the longitudinal axis; and an interior surface sized to accept a head of the dental abutment, the interior surface having a tapered interior region and an interface interior region, the interface interior region being between the peripheral region and the tapered interior region, and the tapered interior region defining an increasing internal diameter of the cavity between a distal end of the cavity and the interface interior region.
A golf club head, comprising: a wood-type golf club head body including at least a sole portion, a top portion, a toe edge, a heel edge, a ball striking portion and a rear edge; and an indicator formed in the wood-type golf club head body indicating a center of gravity of the golf club head, the indicator at least partially formed in the sole portion of the wood-type golf club head body and extending across substantially all of the sole portion of the club head body, wherein the indicator includes: a hub positioned vertically below the center of gravity of the golf club head when the golf club head is oriented at its designed lie angle and in a ball address orientation, the hub providing a visual indication of a location of the center of gravity; and a plurality of legs extending outward from the hub towards a perimeter of the golf club head body. a wood-type golf club head body including at least a sole portion, a top portion, a toe edge, a heel edge, a ball striking portion and a rear edge; and an indicator formed in the wood-type golf club head body indicating a center of gravity of the golf club head, the indicator at least partially formed in the sole portion of the wood-type golf club head body and extending across substantially all of the sole portion of the club head body, wherein the indicator includes: a hub positioned vertically below the center of gravity of the golf club head when the golf club head is oriented at its designed lie angle and in a ball address orientation, the hub providing a visual indication of a location of the center of gravity; and a plurality of legs extending outward from the hub towards a perimeter of the golf club head body. a hub positioned vertically below the center of gravity of the golf club head when the golf club head is oriented at its designed lie angle and in a ball address orientation, the hub providing a visual indication of a location of the center of gravity; and a plurality of legs extending outward from the hub towards a perimeter of the golf club head body.
A method for reducing or avoiding signal interference in a first tier network from a second tier network and within the second tier network, the method comprising: receiving, by the network device from a user device in the first tier network, a channel state information, CSI, of signals received by the user device in the first tier network from the transmitter devices in the second tier network, performing, by a network device, cooperative cross-tier precoding, CTP, for transmit signals of transmitter devices in the second tier network, wherein the performing the cooperative CTP includes performing the cooperative CTP in accordance with the CSI; generating, by the network device, CTP matrix information in accordance with the performed cooperative CTP; performing, by the network device, intra-tier precoding, ITP, for the transmit signals in accordance with the CTP matrix information, wherein the performing the ITP includes performing the ITP in accordance with the CSI; and forwarding information about the cooperative CTP and ITP to the transmitter devices in the second tier network. receiving, by the network device from a user device in the first tier network, a channel state information, CSI, of signals received by the user device in the first tier network from the transmitter devices in the second tier network, performing, by a network device, cooperative cross-tier precoding, CTP, for transmit signals of transmitter devices in the second tier network, wherein the performing the cooperative CTP includes performing the cooperative CTP in accordance with the CSI; generating, by the network device, CTP matrix information in accordance with the performed cooperative CTP; performing, by the network device, intra-tier precoding, ITP, for the transmit signals in accordance with the CTP matrix information, wherein the performing the ITP includes performing the ITP in accordance with the CSI; and forwarding information about the cooperative CTP and ITP to the transmitter devices in the second tier network.
A thixotropic agent comprising: a cross-linked gel of a polymeric organic material having free hydroxyl groups and a boehmite alumina characterized in that the boehmite alumina has a crystallite size of less than 100 Å as measured on the 120 plane and which in an aqueous dispersion exhibits an A1-27 NMR peak at 80 ppm.
A method for producing a coating liquid, the method comprising a stirring step of stirring a raw material comprising porous particles, a binder resin, and a liquid medium using a planetary mixer at a stirring speed of 8 to 200 rpm and a stirring time of 1 to 120 minutes.
A method for testing for colour strength a paint that is diffusely reflective and comprises particles in a dispersion medium, said particles being of titanium dioxide or other white pigment(s) which opacify the paint by diffusely reflecting light, said method comprising: providing samples of diluent, samples of the diluent mixed with progressively increasing amounts of the paint or of the paint mixed with progressively increasing amounts of diluent, and of the undiluted paint; immersing in the samples an immersion probe configured to direct light from said probe into the samples and configured to collect a portion of the light from the probe diffusely reflected by the samples; configuring a spectrophotometer to supply light to the probe for illuminating the paint and to collect and analyse light from the sample; measuring from the light diffusely reflected from the samples a lightness parameter L* in the CIE L*, a*, b* colour space for the diluent, the samples of the diluent mixed with progressively increasing amounts of the paint or of the paint mixed with progressively increasing amounts of diluent, and of the undiluted paint; and determining from said measurements a dilution parameter indicating the amount of diluent needed to produce a predetermined reduction in the lightness parameter of the paint, said dilution parameter providing an indication of colour strength, the dilution parameter being derived by fitting data points for the logarithm of concentration c and measured L* as a function of c to a sigmoidal curve and calculating the dilution parameter from the fitted sigmoidal curve, where c can range from 0 for diluent to 1 for undiluted paint. providing samples of diluent, samples of the diluent mixed with progressively increasing amounts of the paint or of the paint mixed with progressively increasing amounts of diluent, and of the undiluted paint; immersing in the samples an immersion probe configured to direct light from said probe into the samples and configured to collect a portion of the light from the probe diffusely reflected by the samples; configuring a spectrophotometer to supply light to the probe for illuminating the paint and to collect and analyse light from the sample; measuring from the light diffusely reflected from the samples a lightness parameter L* in the CIE L*, a*, b* colour space for the diluent, the samples of the diluent mixed with progressively increasing amounts of the paint or of the paint mixed with progressively increasing amounts of diluent, and of the undiluted paint; and determining from said measurements a dilution parameter indicating the amount of diluent needed to produce a predetermined reduction in the lightness parameter of the paint, said dilution parameter providing an indication of colour strength, the dilution parameter being derived by fitting data points for the logarithm of concentration c and measured L* as a function of c to a sigmoidal curve and calculating the dilution parameter from the fitted sigmoidal curve, where c can range from 0 for diluent to 1 for undiluted paint.
A zinc-free lubricating composition comprising (a) an oil of lubricating viscosity, (b) a zinc-free, sulfur-free, phosphorus-containing antiwear agent, (c) at least one ashless detergent comprising a basic quaternary pnictogen salt, wherein the ashless detergent is a quaternary ammonium salt with a TBN of at least 45 mg KOH/g as measured by ASTM D2896, and (d) an ashless antioxidant, wherein the ashless detergent has a total acid number of less than 5 mg KOH/g as measured by ASTM D664, wherein (b) the zinc-free, sulfur-free, phosphorus-containing antiwear agent is present in an amount to deliver 0.01 weight% to 0.15 weight% phosphorus to the lubricating composition; wherein (c) the ashless detergent is present in an amount to deliver 1.5 mg KOH/g to 12 mg KOH/g TBN to the lubricating composition; and wherein (d) the ashless antioxidant is present in an amount of 0.1 weight% to 10 weight% in the lubricating composition. wherein (b) the zinc-free, sulfur-free, phosphorus-containing antiwear agent is present in an amount to deliver 0.01 weight% to 0.15 weight% phosphorus to the lubricating composition; wherein (c) the ashless detergent is present in an amount to deliver 1.5 mg KOH/g to 12 mg KOH/g TBN to the lubricating composition; and wherein (d) the ashless antioxidant is present in an amount of 0.1 weight% to 10 weight% in the lubricating composition.