mhurhangee/ep-ind-claims huggingface dataset:
A static port apparatus for an aircraft comprising: a static plate having inner and outer surfaces (14,15) for fixture on the aircraft, the static plate including; a first set of a plurality of port apertures; and at least a second set of a plurality of port apertures wherein each port aperture of the second set of port apertures is coaxially positioned with respect to each port aperture of the first set of port apertures; the static port apparatus is characterised in that it further comprises a manifold assembly affixed to the inner surface of the static plate that channels airflow from each port aperture of the first and second set of port apertures (10,20) into respective first and second output ports (512,522). a static plate having inner and outer surfaces (14,15) for fixture on the aircraft, the static plate including; a first set of a plurality of port apertures; and at least a second set of a plurality of port apertures wherein each port aperture of the second set of port apertures is coaxially positioned with respect to each port aperture of the first set of port apertures; the static port apparatus is characterised in that it further comprises a manifold assembly affixed to the inner surface of the static plate that channels airflow from each port aperture of the first and second set of port apertures (10,20) into respective first and second output ports (512,522).
Air intake system to the exhaust of an internal combustion engine comprising an exhaust manifold fixed to a cylinder head comprising a longitudinal intake chamber, disposed transversely to the flow of the exhaust gases and closed by an added-on wall, which comprises an air inlet at one end and outlet orifices along the chamber to air intake ducts (31a, 31b), characterized in that at least one air passage section in the intake chamber in proximity to and downstream of the point where an orifice is located, is partially obstructed by an obstruction wall at least partially transversal to the direction of air flow and inclined against the direction of air flow, towards the air inlet, by virtue of which the air is directed towards the outlet orifice.
A fastener, comprising: a grommet having a top plate, at least one retention finger (136, 138) resiliently pivotably connected to the top plate, a bottom plate including a bottom set of lead in features, an opening extending through the top plate toward the bottom plate, and four prongs (126, 128, 130, 132), each prong (126, 128, 130, 132) being resiliently pivotably connected to the bottom plate; and a pin configured to removably snapably engage the grommet, the pin having a lead in feature configured to guide the pin into the opening of the grommet and one or two barbs (186, 188) that, when the pin is inserted into the opening of the grommet, cause the at least one retention finger (136, 138) to move outwardly until a catch of the at least one retention finger (136, 138) snapably engages a barb (186, 188) of the one or two barbs of the pin. a grommet having a top plate, at least one retention finger (136, 138) resiliently pivotably connected to the top plate, a bottom plate including a bottom set of lead in features, an opening extending through the top plate toward the bottom plate, and four prongs (126, 128, 130, 132), each prong (126, 128, 130, 132) being resiliently pivotably connected to the bottom plate; and a pin configured to removably snapably engage the grommet, the pin having a lead in feature configured to guide the pin into the opening of the grommet and one or two barbs (186, 188) that, when the pin is inserted into the opening of the grommet, cause the at least one retention finger (136, 138) to move outwardly until a catch of the at least one retention finger (136, 138) snapably engages a barb (186, 188) of the one or two barbs of the pin.
A method of producing a material, comprising: providing a nanostructure array, at least some of which nanostructures have a length of at least 1 micrometer (micron), with the long axes of the nanostructures being aligned relative to each other, and a density of at least 10 8 /cm 2; providing the nanostructure array with a resin matrix comprising a polymeric material to form an aligned nanostructure resin film, wherein the resin matrix has a thickness that deviates from a height of the nanostructure array between 1% and 1000%; connecting a fiber ply to the aligned nanostructure resin film; applying a resin infusion process to the connected fiber ply and aligned nanostructure resin film; characterized by maintaining the position and alignment of the nanostructures relative to each other with the resin matrix during the resin infusion process; connecting said nanostructure array to a power supply and using said nanostructure array as electrical resistance heaters to assist the resin curing reaction; and heating the resin matrix to assist adhesion between the resin matrix and nanostructure array. providing a nanostructure array, at least some of which nanostructures have a length of at least 1 micrometer (micron), with the long axes of the nanostructures being aligned relative to each other, and a density of at least 10 8 /cm 2; providing the nanostructure array with a resin matrix comprising a polymeric material to form an aligned nanostructure resin film, wherein the resin matrix has a thickness that deviates from a height of the nanostructure array between 1% and 1000%; connecting a fiber ply to the aligned nanostructure resin film; applying a resin infusion process to the connected fiber ply and aligned nanostructure resin film; characterized by maintaining the position and alignment of the nanostructures relative to each other with the resin matrix during the resin infusion process; connecting said nanostructure array to a power supply and using said nanostructure array as electrical resistance heaters to assist the resin curing reaction; and heating the resin matrix to assist adhesion between the resin matrix and nanostructure array.
A cover device (120, 330) of a base station communicating with a terminal, configured to protect an antenna device including a plurality of antennas to radiate a beam of a frequency band, the cover device (120, 330) comprising: a cover frame comprising an opened window area; and a functional structure (320, 700) disposed in the opened window area of the cover frame, and disposed above a radiation area on which the plurality of antennas is disposed, wherein the functional structure (320, 700) comprises functional layers each having at least one material, the functional layers including one or more material characteristics for each functional layer and associated with the frequency band, and wherein the functional layers are disposed to control an antenna gain for the beam of the frequency band based on the one or more material characteristics for each functional layer of the functional layers, and wherein the functional layers comprise a first functional layer with a first periodic pattern and a second functional layer with a second periodic pattern different from the first periodic pattern. a cover frame comprising an opened window area; and a functional structure (320, 700) disposed in the opened window area of the cover frame, and disposed above a radiation area on which the plurality of antennas is disposed, wherein the functional structure (320, 700) comprises functional layers each having at least one material, the functional layers including one or more material characteristics for each functional layer and associated with the frequency band, and wherein the functional layers are disposed to control an antenna gain for the beam of the frequency band based on the one or more material characteristics for each functional layer of the functional layers, and wherein the functional layers comprise a first functional layer with a first periodic pattern and a second functional layer with a second periodic pattern different from the first periodic pattern.
A finely divided binder in powder form consisting of a polyethylene glycol-polyvinyl alcohol graft polymer particles, wherein the particles have an average particle size D[4,3] in the range of from 10 to 70 μm.
A rotary piston pump, in particular claw pump, comprising a housing which has a housing inlet on a housing upper side, wherein the housing inlet is connected to a gas channel that is integrated into the housing and extends transversely to a rotational axis (x) of the piston, which gas channel creates a flow connection to a gas outlet of a filter part arranged in a filter receptacle, wherein furthermore, in the installed state, the filter part is accessible from a side perpendicular to the housing top side, for maintenance purposes, for example, characterized in that a modular design is provided, which, on the one hand, allows using the integrated filter part for cleaning the gas before it flows into a pump chamber, wherein the filter receptacle is connected to a gas inlet which is formed separately from the housing inlet, and, on the other hand, allows a combination of the housing inlet, which is exposed after removal of a lid part, with a suction attachment, wherein in this configuration, the housing inlet directly forms the gas inlet.
Robot travel axis for the displacement of a robot carriage in translation, having the following features: a. the robot travel axis has two main supports which run in parallel and are each delimited on the outside by a metallic profile in the form of a hollow profile or C-profile, and b. the main supports each carry a guide rail, characterized by the following further features: c. the main supports are connected together by means of a connecting structure of concrete, and d. the profiles of the main supports have an inner structure which is formed - of concrete, or - of a polymer material, in particular of polymer structural foam, or - of metal foam. a. the robot travel axis has two main supports which run in parallel and are each delimited on the outside by a metallic profile in the form of a hollow profile or C-profile, and b. the main supports each carry a guide rail, c. the main supports are connected together by means of a connecting structure of concrete, and d. the profiles of the main supports have an inner structure which is formed - of concrete, or - of a polymer material, in particular of polymer structural foam, or - of metal foam. - of concrete, or - of a polymer material, in particular of polymer structural foam, or - of metal foam.
A composition [composition] comprising: - a vinylidene chloride polymer [VDC polymer]; and - from 0.05 to 5 % by weight (wt%), with respect to the weight of VDC polymer, of at least one sorbate ester [sorbate] of formula: wherein R 1 is a C 1 -C 12 hydrocarbon group, preferably a C 1 -C 6 alkyl group. - a vinylidene chloride polymer [VDC polymer]; and - from 0.05 to 5 % by weight (wt%), with respect to the weight of VDC polymer, of at least one sorbate ester [sorbate] of formula: wherein R 1 is a C 1 -C 12 hydrocarbon group, preferably a C 1 -C 6 alkyl group.
An absorbent article comprising: a chassis with a topsheet side, a backsheet side, and first and second opposing longitudinal edges extending from a rear waist region to an opposing front waist region; and a laminate comprising a carrier having a first face and a second face and a fastening patch on a portion of the first face of the carrier, wherein the laminate is wrapped around the first longitudinal edge of the chassis in the rear waist region so that the second face of the carrier contacts the topsheet side and the backsheet side of the chassis, and wherein the fastening patch comprises fastening elements that are exposed on the topsheet side of the chassis. a chassis with a topsheet side, a backsheet side, and first and second opposing longitudinal edges extending from a rear waist region to an opposing front waist region; and a laminate comprising a carrier having a first face and a second face and a fastening patch on a portion of the first face of the carrier,
Smoke or fire protection device with (a) a fire protection element that comprises - a fire protection fabric and - can be moved into a protection arrangement, in which the fire protection element prevents a spread of smoke and/or a fire, and - into a storage arrangement in which the opening is unsealed, (b) wherein the fire protection element is wound up when in its storage arrangement, forming a roll, (c) an accommodation that comprises a contact surface upon which the roll is stored such that it lies flat, and (d) at least one flexible sliding element which - can be moved relative to the fire protection element and - is arranged at the same point as the accommodation in terms of a position (x) along the roll, (e) wherein the fire protection fabric comprises - a first textile panel and - at least a second textile panel, - wherein the first textile panel and the second textile panel are joined at least one seam, characterised by the fact that (f) the sliding element is arranged away from the seam. (a) a fire protection element that comprises - a fire protection fabric and - can be moved into a protection arrangement, in which the fire protection element prevents a spread of smoke and/or a fire, and - into a storage arrangement in which the opening is unsealed, - a fire protection fabric and - can be moved into a protection arrangement, in which the fire protection element prevents a spread of smoke and/or a fire, and - into a storage arrangement in which the opening is unsealed, (b) wherein the fire protection element is wound up when in its storage arrangement, forming a roll, (c) an accommodation that comprises a contact surface upon which the roll is stored such that it lies flat, and (d) at least one flexible sliding element which - can be moved relative to the fire protection element and - is arranged at the same point as the accommodation in terms of a position (x) along the roll, - can be moved relative to the fire protection element and - is arranged at the same point as the accommodation in terms of a position (x) along the roll, (e) wherein the fire protection fabric comprises - a first textile panel and - at least a second textile panel, - wherein the first textile panel and the second textile panel are joined at least one seam, characterised by the fact that - a first textile panel and - at least a second textile panel, - wherein the first textile panel and the second textile panel are joined at least one seam, (f) the sliding element is arranged away from the seam.
Method for bonding of a first contact surface of a first substrate to a second contact surface of a second substrate with the following steps, especially the following sequence: - forming a reservoir in a surface layer at the first contact surface, wherein the reservoir is provided as a porous layer with a porosity in the nanometer range or as a layer which has channels with a channel diameter smaller than 10 nm, - at least partial filling of the reservoir with a first educt or a first group ofeducts, - the first contact surface making contact with the second contact surface for formation of a prebond connection, - forming a permanent bond between the first and second contact surface (3, 4), at least partially strengthened by the reaction of the first educt with a second educt contained in a reaction layer of the second substrate and by deforming of at least on of the contact surfaces (3, 4) by the reaction. - forming a reservoir in a surface layer at the first contact surface, wherein the reservoir is provided as a porous layer with a porosity in the nanometer range or as a layer which has channels with a channel diameter smaller than 10 nm, - at least partial filling of the reservoir with a first educt or a first group ofeducts, - the first contact surface making contact with the second contact surface for formation of a prebond connection, - forming a permanent bond between the first and second contact surface (3, 4), at least partially strengthened by the reaction of the first educt with a second educt contained in a reaction layer of the second substrate and by deforming of at least on of the contact surfaces (3, 4) by the reaction.
Rotary resonator mechanism (1, 10, 20) comprising an oscillating weight, a flexible guide comprising at least two crossing flexible blades connecting a stationary support to the oscillating weight, the resonator mechanism (1, 10, 20) extending substantially in one plane to allow the oscillating weight to rotate about a virtual pivot, the flexible guide (1, 10, 20) extending along a main axis of symmetry, the blades crossing on the main axis of symmetry when the mechanism is in the rest position, the mechanism (1, 10, 20) comprising a translation table (5, 15), characterised in that the translation table (5, 15) is arranged in series between the flexible guide and the oscillating weight, the translation table (5, 15) being joined to the flexible blades and to the oscillating weight.
A playback device for playing video content, the playback device comprising: a controller configured to: obtain a first video having a first aspect ratio and including a black area; obtain a graphic positioned for display in the black area adjust at least one of a size and a location of the graphic to position the adjusted graphic within a second video having a second aspect ratio, and mix the first video with the adjusted graphic to obtain a mixed first video; and an external device interface configured to transmit the mixed first video and information indicating that the graphic included in the mixed first video is an adjusted graphic to a display device having the second aspect ratio, to cause the display device to identify that the mixed first video includes the adjusted graphic and remove the black area from the mixed first video, wherein the mixed first video includes the second video and the black area. a controller configured to: obtain a first video having a first aspect ratio and including a black area; obtain a graphic positioned for display in the black area adjust at least one of a size and a location of the graphic to position the adjusted graphic within a second video having a second aspect ratio, and mix the first video with the adjusted graphic to obtain a mixed first video; and obtain a first video having a first aspect ratio and including a black area; obtain a graphic positioned for display in the black area adjust at least one of a size and a location of the graphic to position the adjusted graphic within a second video having a second aspect ratio, and mix the first video with the adjusted graphic to obtain a mixed first video; and an external device interface configured to transmit the mixed first video and information indicating that the graphic included in the mixed first video is an adjusted graphic to a display device having the second aspect ratio, to cause the display device to identify that the mixed first video includes the adjusted graphic and remove the black area from the mixed first video, wherein the mixed first video includes the second video and the black area.
An optical apparatus for range-finding and communicating in free space, comprising: a range-finder comprising a device for emitting an optical signal toward a target and a device for receiving signals backscattered by the target, and a system for optically communicating in free space comprising a device for emitting an optical signal toward a remote optical reception device, characterised in that said emission device of said range-finder and said emission device of said communication system is an emission device that is common to said range-finder and said communication system and is designed to emit pulses, the peak power of which is greater than 50 W and the shape factor of which is less than 0,01, or to emit a modulated continuous signal, the peak power of which is less than 10 W and the shape factor of which is equal to approximately 0,5, and in that said apparatus comprises a supervisor designed to control said common emission device in two modes: the pulse mode so as to provide the range-finding function or the modulated continuous mode so as to provide the optical communication function.
Gastro-resistant soft shell capsule with a filling material encapsulated in a capsule shell which comprises: i) high acyl gellan gum having more than 40 % acetyl and more than 45 % glyceryl residual substituents per repeat unit, ii) low acyl gellan having less than 25 % acetyl and less than 15 % glyceryl residual substituents per repeat unit iii) at least one starch, iv) at least one plasticizer, characterized in that the soft shell capsule does not comprise a functional film coat and complies with the disintegration test according to USP <2040> for at least 60 min and the shell comprises a first and a second seam, wherein the first seam has a thickness after drying of 50 to 700 μm and the second seam has a thickness after drying of 55 to 650 μm wherein the drying is conducted to a residual water activity value a w < 35%. i) high acyl gellan gum having more than 40 % acetyl and more than 45 % glyceryl residual substituents per repeat unit, ii) low acyl gellan having less than 25 % acetyl and less than 15 % glyceryl residual substituents per repeat unit iii) at least one starch, iv) at least one plasticizer,
A liquid ejection dispenser made of an elastic material whereby said material is either rubber or silicone, said dispenser comprising an elastic tube having a long and narrow shape, with its one end being a liquid output end, and its other end being a sleeve end; and an elastic sleeve ring having a hollow ring shape and being the sleeve end, used to sleeve onto a press ejection head of a perfume bottle, on an inner wall of the sleeve ring is provided with a hole in communication with the tube, the hole is of a trumpet shape, a larger end of the hole is located at the inner wall of the sleeve ring, while a smaller end of the hole is in communication with the tube, at least an end face of the sleeve ring is provided with a first positioning point and a second positioning point, a distance between the first positioning point and the second positioning point is equal to a width of the hole near the inner wall of the sleeve ring.
A radio base station, comprising: a failure notification receiving unit adapted to receive from a user equipment a failure notification that indicates that a radio link failure has occurred in the secondary cell group for a split bearer (B SP) between the radio base station included in a master cell group and other radio base station included in a secondary cell group; and a connection control unit adapted to, when the failure notification receiving unit has received the failure notification, transmit to the other radio base station a resource change request to instruct to release the resource of the split bearer of a predetermined layer and the layers below thereof in the secondary cell group, wherein the connection control unit is adapted to delete the configuration of the secondary cell group when a bearer belonging to the secondary cell group other than the split bearer is not set. a failure notification receiving unit adapted to receive from a user equipment a failure notification that indicates that a radio link failure has occurred in the secondary cell group for a split bearer (B SP) between the radio base station included in a master cell group and other radio base station included in a secondary cell group; and a connection control unit adapted to, when the failure notification receiving unit has received the failure notification, transmit to the other radio base station a resource change request to instruct to release the resource of the split bearer of a predetermined layer and the layers below thereof in the secondary cell group, wherein the connection control unit is adapted to delete the configuration of the secondary cell group when a bearer belonging to the secondary cell group other than the split bearer is not set.