mhurhangee/ep-ind-claims huggingface dataset:
A J-tube and shroud for the J-tube of an air conditioning pack of an aircraft, the shroud comprising: a first partial shroud piece; a second partial shroud piece that mates with the first partial shroud piece to form: a flow tube comprising: an inlet; an outlet fluidly connected to the inlet and disposed on an opposite end of the flow tube from the inlet, wherein the outlet of the flow tube is located in the vicinity of and extends past an inlet of the J-tube; and a sidewall extending between the inlet and the outlet; and a sleeve extending through a portion of the flow tube and out of the sidewall, wherein the sleeve is configured to contain a portion of the J-tube; wherein the J-tube comprises the inlet of the J-tube, a portion of the J-tube running in the sleeve at a distance from the sidewall which links the inlet of the J-tube to a curved portion of the J-tube that is also held by the sleeve, and an outlet port of the J-tube that connects to the curved portion of the J-tube; wherein the outlet port or the curved portion of the J-tube breaches the sidewall. a first partial shroud piece; a second partial shroud piece that mates with the first partial shroud piece to form: a flow tube comprising: an inlet; an outlet fluidly connected to the inlet and disposed on an opposite end of the flow tube from the inlet, wherein the outlet of the flow tube is located in the vicinity of and extends past an inlet of the J-tube; and a sidewall extending between the inlet and the outlet; and a sleeve extending through a portion of the flow tube and out of the sidewall, wherein the sleeve is configured to contain a portion of the J-tube; wherein the J-tube comprises the inlet of the J-tube, a portion of the J-tube running in the sleeve at a distance from the sidewall which links the inlet of the J-tube to a curved portion of the J-tube that is also held by the sleeve, and an outlet port of the J-tube that connects to the curved portion of the J-tube; wherein the outlet port or the curved portion of the J-tube breaches the sidewall. an inlet; an outlet fluidly connected to the inlet and disposed on an opposite end of the flow tube from the inlet, wherein the outlet of the flow tube is located in the vicinity of and extends past an inlet of the J-tube; and a sidewall extending between the inlet and the outlet; and a sleeve extending through a portion of the flow tube and out of the sidewall, wherein the sleeve is configured to contain a portion of the J-tube; wherein the J-tube comprises the inlet of the J-tube, a portion of the J-tube running in the sleeve at a distance from the sidewall which links the inlet of the J-tube to a curved portion of the J-tube that is also held by the sleeve, and an outlet port of the J-tube that connects to the curved portion of the J-tube; wherein the outlet port or the curved portion of the J-tube breaches the sidewall.
A liquid crystal panel including a plurality of pixels arranged in a matrix pattern having rows and columns, comprising: a storage capacitor (Cs) provided in each pixel; a plurality of storage capacitor lines routed in the row direction and connected to the storage capacitors (Cs) arranged in the row direction; a plurality of branch lines routed in the column direction across a pixel region where the plurality of pixels are arranged; and a control signal supply section connected to the branch lines for sending signals to the storage capacitors (Cs) from the branch lines through the storage capacitor lines, wherein the liquid crystal panel includes a plurality of stem lines (181, 182, 183, 184) routed in at least one edge portion in the row direction, with the storage capacitor lines connected to the stem lines (181, 182, 183, 184); the stem lines (181, 182, 183, 184) are connected to the control signal supply section, and signals are sent to the storage capacitors (Cs) from the stem lines (181, 182, 183, 184) through the storage capacitor lines; the liquid crystal panel includes a plurality of horizontal stem lines routed along the row direction in an edge portion in the column direction; and the branch lines are connected to the horizontal stem line. a storage capacitor (Cs) provided in each pixel; a plurality of storage capacitor lines routed in the row direction and connected to the storage capacitors (Cs) arranged in the row direction; a plurality of branch lines routed in the column direction across a pixel region where the plurality of pixels are arranged; and a control signal supply section connected to the branch lines for sending signals to the storage capacitors (Cs) from the branch lines through the storage capacitor lines, wherein the liquid crystal panel includes a plurality of stem lines (181, 182, 183, 184) routed in at least one edge portion in the row direction, with the storage capacitor lines connected to the stem lines (181, 182, 183, 184); the stem lines (181, 182, 183, 184) are connected to the control signal supply section, and signals are sent to the storage capacitors (Cs) from the stem lines (181, 182, 183, 184) through the storage capacitor lines; the liquid crystal panel includes a plurality of horizontal stem lines routed along the row direction in an edge portion in the column direction; and the branch lines are connected to the horizontal stem line.
A method of wireless communication performed by a user equipment, UE, comprising: obtaining one or more measurements to determine a channel busy ratio, CBR, associated with a sidelink resource pool that includes one or more time and frequency resources allocated to sidelink transmissions to or from the UE; and transmitting sidelink signaling to an assisted UE, wherein the sidelink signaling includes a sequence to jointly indicate a sidelink wakeup signal to wake up the assisted UE and resource assistance information indicating the one or more measurements associated with the sidelink resource pool. obtaining one or more measurements to determine a channel busy ratio, CBR, associated with a sidelink resource pool that includes one or more time and frequency resources allocated to sidelink transmissions to or from the UE; and transmitting sidelink signaling to an assisted UE, wherein the sidelink signaling includes a sequence to jointly indicate a sidelink wakeup signal to wake up the assisted UE and resource assistance information indicating the one or more measurements associated with the sidelink resource pool.
A laminated composite assembly, comprising: a first laminated composite component; a second component; an annular bushing bonded to the first laminated composite component; and a fastener through the annular bushing; wherein the annular bushing is sized such that a first surface of the annular bushing extends above an outer surface of the first laminated composite by a given distance (H, h), characterised in that: a second surface of the annular bushing opposed to the first surface of the annular bushing is recessed with respect to an inner surface of the first laminated composite component by the given distance (H, h), and wherein the fastener at least partially retains through the annular bushing the first laminated composite component to the second component, and wherein the annular bushing includes: an annular cylindrical portion with a flange that defines a fastener aperture along an axis; and a multiple of spacers that extend from an outer surface of the annular cylindrical portion and the flange, the multiple of spacers operable to control a bond line thickness. a first laminated composite component; a second component; an annular bushing bonded to the first laminated composite component; and a fastener through the annular bushing; wherein the annular bushing is sized such that a first surface of the annular bushing extends above an outer surface of the first laminated composite by a given distance (H, h), characterised in that: a second surface of the annular bushing opposed to the first surface of the annular bushing is recessed with respect to an inner surface of the first laminated composite component by the given distance (H, h), and wherein the fastener at least partially retains through the annular bushing the first laminated composite component to the second component, and wherein the annular bushing includes: an annular cylindrical portion with a flange that defines a fastener aperture along an axis; and a multiple of spacers that extend from an outer surface of the annular cylindrical portion and the flange, the multiple of spacers operable to control a bond line thickness. a second surface of the annular bushing opposed to the first surface of the annular bushing is recessed with respect to an inner surface of the first laminated composite component by the given distance (H, h), and wherein the fastener at least partially retains through the annular bushing the first laminated composite component to the second component, and wherein the annular bushing includes: an annular cylindrical portion with a flange that defines a fastener aperture along an axis; and a multiple of spacers that extend from an outer surface of the annular cylindrical portion and the flange, the multiple of spacers operable to control a bond line thickness. an annular cylindrical portion with a flange that defines a fastener aperture along an axis; and a multiple of spacers that extend from an outer surface of the annular cylindrical portion and the flange, the multiple of spacers operable to control a bond line thickness.
A respiratory device to be placed on a tracheostoma of a patient comprising: • a cylindrical housing, • an annular housing holder, • a planar, movable, flexible flat part with sealing and adhesive function and a central hole, • a filter or a speaking valve, and • an end cap, wherein the housing includes the filter or the speaking valve and has a proximal opening, which can be connected in a releasable manner to tracheostoma and can so communicate with it, and a distal opening located on the opening side opposite to the proximal opening and protrudes from the tracheostoma to the outside, wherein the housing engages with the proximal opening in a tight and releasable manner into the housing holder which is supported by the flat part above the hole and above the tracheostoma, and wherein the housing carries the end cap at the distal opening thus surrounding the filter, and the housing holder is connected to the flat part in a fixed and sealing manner, characterized in that • the housing has recesses in its wall for leading in and out air, at the proximal opening it is provided with an outer edge consisting of at least three outer-wall edge segments and at least three edge recesses, wherein support rods carry the filter at the proximal opening, • the housing holder consists of an annular flange with at least three inner-wall retaining lugs and an annular outer-wall base, wherein the retaining noses have a receiving area, and • the housing holder supports the housing with the filter or speaking valve in such a way that the edge segments can be precisely inserted into the retaining lugs by rotating the housing in the housing holder and can be locked in place in the receiving areas • a cylindrical housing, • an annular housing holder, • a planar, movable, flexible flat part with sealing and adhesive function and a central hole, • a filter or a speaking valve, and • an end cap, • the housing has recesses in its wall for leading in and out air, at the proximal opening it is provided with an outer edge consisting of at least three outer-wall edge segments and at least three edge recesses, wherein support rods carry the filter at the proximal opening, • the housing holder consists of an annular flange with at least three inner-wall retaining lugs and an annular outer-wall base, wherein the retaining noses have a receiving area, and • the housing holder supports the housing with the filter or speaking valve in such a way that the edge segments can be precisely inserted into the retaining lugs by rotating the housing in the housing holder and can be locked in place in the receiving areas
Power tool, in particular an angle grinder, comprising at least one handle housing, comprising at least one switching unit that has at least one latch element arranged on the handle housing, and comprising at least one bearing unit, which is provided for mounting the latch element so as to be at least movable relative to the handle housing, wherein the bearing unit is provided to ensure a travel movement of the latch element along a distance having a value of greater than zero in every case, upon an actuation of the latch element, starting from an end of the latch element that faces toward a connecting region of the handle housing, in the direction of a further end of the latch element that can be gripped and that faces away from the connecting region, characterized in that the bearing unit comprises at least one lever mechanism unit, wherein the lever mechanism unit is realized as a parallelogram lever mechanism unit, wherein, as a result of an actuation of the latch element, the latch element executes a travel movement in the direction of the handle housing over an at least substantially full longitudinal extent of an operating surface of the latch element.
A negative electrode for a rechargeable lithium battery comprising: a current collector; and an active material layer disposed on the current collector, comprising: an active material that is capable of forming a lithium-included compound selected from Si, an Si-Q1 alloy, and combinations thereof, wherein Q1 is a transition element; and a solid solution of a metallic component selected from the group consisting of Cu, Ti, a Cu-X alloy, a Ti-X alloy, and a combination thereof, wherein X is selected from the group consisting of an alkaline metal, an alkaline-earth metal, a Group 13 element, a Group 14 element, a Group 15 element, a Group 16 element, a transition element excluding Cu, a rare earth element, and a combination thereof, and X is not Ti; wherein the active material layer comprises a solid solution of the metallic component and the active material a current collector; and an active material layer disposed on the current collector, comprising: an active material that is capable of forming a lithium-included compound selected from Si, an Si-Q1 alloy, and combinations thereof, an active material that is capable of forming a lithium-included compound selected from Si, an Si-Q1 alloy, and combinations thereof, wherein Q1 is a transition element; and a solid solution of a metallic component selected from the group consisting of Cu, Ti, a Cu-X alloy, a Ti-X alloy, and a combination thereof, wherein X is selected from the group consisting of an alkaline metal, an alkaline-earth metal, a Group 13 element, a Group 14 element, a Group 15 element, a Group 16 element, a transition element excluding Cu, a rare earth element, and a combination thereof, and X is not Ti; a solid solution of a metallic component selected from the group consisting of Cu, Ti, a Cu-X alloy, a Ti-X alloy, and a combination thereof, wherein X is selected from the group consisting of an alkaline metal, an alkaline-earth metal, a Group 13 element, a Group 14 element, a Group 15 element, a Group 16 element, a transition element excluding Cu, a rare earth element, and a combination thereof, and X is not Ti; wherein the active material layer comprises a solid solution of the metallic component and the active material
An apparatus for forming an amorphous coating film on a base material, the apparatus comprising a flame spray gun configured to jet flame containing particles of a flame spray material from a mouth of the flame spray gun, and a tubular member provided at a melting zone, in which the particles are melted by the flame, among a path along which the flame is jetted by the flame spray gun, the tubular member being configured to shield the flame from an atmospheric air in the melting zone, the tubular member having a flow channel for a cooling gas, formed along and integrally to the tubular member, the tubular member having a distal end from which the cooling gas is ejected for cooling both the particles and the flame, the apparatus further comprising, between the tubular member and the flame spray gun, air-intake vents or inert-gas-feed openings effective in suppressing development of a negative pressure in the tubular member, characterized in that the tubular member has a proximal end attached to the flame spray gun at the mouth.
An adhesive comprising a curable epoxide composition, wherein the curable epoxide composition comprises an epoxide compound; 1 to 40% by weight of a carbon fiber; a curing agent; and phosphite ester or phosphate ester.
Compacting apparatus for compacting containers, having a compacting unit which has - an insertion opening for the insertion of at least one container, - at least one advancement device for transporting the at least one container in an introduction direction, wherein the compacting unit is designed so that the at least one container, as it is being transported in the introduction direction, is compacted into at least one compacted container (G'), and - a discharging opening for discharging the at least one compacted container (G'), wherein the at least one advancement device is designed to convey the at least one container, for compacting purposes, into a hopper which is formed by the compacting unit, extends between the insertion opening and the discharging opening and tapers in the direction of the discharging opening, wherein the compacting unit has more than two advancement devices, which are arranged around the hopper in a state in which they are equally distributed circumferentially around the introduction direction, and which extend along a hopper-enveloping lateral surface, characterized in that the advancement devices are each formed by a chain drive formed from chain links, and the chain drive is designed to move, during operation of the compacting apparatus, in an advancement direction along an outer lateral surface of the hopper such that the at least one container is conveyed into the hopper in the introduction direction, wherein piercing tools, which each project into the hopper and are intended for piercing into the at least one container, are arranged at regular intervals on the individual chain links of the advancement devices. - an insertion opening for the insertion of at least one container, - at least one advancement device for transporting the at least one container in an introduction direction, wherein the compacting unit is designed so that the at least one container, as it is being transported in the introduction direction, is compacted into at least one compacted container (G'), and - a discharging opening for discharging the at least one compacted container (G'),
A method, comprising: establishing, by an apparatus operating as a mobile hotspot device, a control channel with a wireless device, using an out-of-band communications connection in an out-of-band communications medium, wherein said establishing of the control channel with the wireless device comprises exchanging, via at least one of the out-of-band communications medium or via a wide area network connected to a server, at least one of an out-of-band communications MAC address of the apparatus operating as a mobile hotspot device, an out-of-band communications MAC address of the wireless device, out-of-band pairing information, and shared secret information; and exchanging, by the apparatus operating as a mobile hotspot device over the control channel, with the wireless device, by at least one of transmitting or receiving in-band communications connectivity configuration information to enable power saving features and optimize activity times in an in-band communications tethering connection with the wireless device in an in-band communications medium, for relaying by the apparatus operating as a mobile hotspot device, communications between the wireless device and one or more entities in at least one of a wide area communications network (39,46) and a wireless local area network provided by the apparatus operating as a mobile hotspot device. establishing, by an apparatus operating as a mobile hotspot device, a control channel with a wireless device, using an out-of-band communications connection in an out-of-band communications medium, wherein said establishing of the control channel with the wireless device comprises exchanging, via at least one of the out-of-band communications medium or via a wide area network connected to a server, at least one of an out-of-band communications MAC address of the apparatus operating as a mobile hotspot device, an out-of-band communications MAC address of the wireless device, out-of-band pairing information, and shared secret information; and exchanging, by the apparatus operating as a mobile hotspot device over the control channel, with the wireless device, by at least one of transmitting or receiving in-band communications connectivity configuration information to enable power saving features and optimize activity times in an in-band communications tethering connection with the wireless device in an in-band communications medium, for relaying by the apparatus operating as a mobile hotspot device, communications between the wireless device and one or more entities in at least one of a wide area communications network (39,46) and a wireless local area network provided by the apparatus operating as a mobile hotspot device.
A film comprising: a hydrophobic, amorphous, substantially microporous, organo-functional organosilicate composition comprising micropores which define a pore volume, and wherein the organo-functional organosilicate composition comprises a composition prepared from a precursor reaction mixture comprising: a solvent; at least two organo-functional hydrolysable silanes; and an acid, wherein the precursor reaction mixture is free of porogens; and wherein the organo-functional organosilicate composition comprises RSiO 3 units linked through bridging Si-O-Si linkages in a silica matrix, where R is a hydrocarbon group or substituted hydrocarbon group, and wherein the R group is bonded to the silica matrix by a covalent Si-C bond, wherein at least 50% of the total pore volume comprises pores with a diameter of 2.0 nanometers or less. a solvent; at least two organo-functional hydrolysable silanes; and an acid, wherein the precursor reaction mixture is free of porogens; and
Use of a black iron oxide particle whose surface is coated with a layer containing one type or two or more types of inorganic compounds, as a cosmetic material for make-up, for skin care or for hair-care, wherein the black iron oxide particle whose surface is coated with a layer containing one type or two or more types of inorganic compounds has a high tinting strength, an octahedral shape, and a specific surface in a range of 8.0 to 20.0 m 2 /g, and wherein the inorganic compound to coat the particle surface is either a hydroxide or an oxide of one type or two or more types of materials selected from aluminum, silicon, zinc, titanium, zirconium, cerium and tin, wherein an L*value of a colour on reduction of the particle according to JIS K5101-3-1 is 31.0 or lower and a b*value of a colour on reduction of the particle according to JIS K5101-3-1 is 1.5 or lower.