mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a calibration curve of asphalt concrete of a known mix, the method comprising: obtaining a single sample of the asphalt concrete mix, the single sample having a known percent voids; obtaining a dielectric measurement of the single sample; using only the dielectric measurement of the single sample, computing an ideal dielectric for the asphalt concrete mix at 0% voids, based on the equation where: ε is the dielectric measurement of the single sample; ε e is the ideal dielectric of the asphalt mix with 0% voids; ε i is the dielectric of air; and f is a volume fraction of air in the single sample; and generating a dielectric vs. percent voids calibration curve based only on the dielectric measurement of the single sample and on the equation for computing the ideal dielectric. obtaining a single sample of the asphalt concrete mix, the single sample having a known percent voids; obtaining a dielectric measurement of the single sample; using only the dielectric measurement of the single sample, computing an ideal dielectric for the asphalt concrete mix at 0% voids, based on the equation where: ε is the dielectric measurement of the single sample; ε e is the ideal dielectric of the asphalt mix with 0% voids; ε i is the dielectric of air; and f is a volume fraction of air in the single sample; and generating a dielectric vs. percent voids calibration curve based only on the dielectric measurement of the single sample and on the equation for computing the ideal dielectric. ε is the dielectric measurement of the single sample; ε e is the ideal dielectric of the asphalt mix with 0% voids; ε i is the dielectric of air; and f is a volume fraction of air in the single sample; and generating a dielectric vs. percent voids calibration curve based only on the dielectric measurement of the single sample and on the equation for computing the ideal dielectric.
An aircraft trolley retention device, comprising: a retention latch , the retention latch including a shaft ; a sleeve , the sleeve being configured to receive the shaft, the sleeve being configured to be coupled to an aircraft trolley bay of an aircraft monument; and an interlocking assembly , the shaft including a first component of the interlocking assembly, the sleeve including a second component of the interlocking assembly, the retention latch being configured to actuate between a closed position and an open position following an application of a force to the retention latch, the first component and the second component of the interlocking assembly being configured to guide the retention latch during the actuation between the closed position and the open position, the retention latch being configured to retain an aircraft trolley within the aircraft trolley bay when the retention latch is in the closed position, a portion of the retention latch being configured to be positioned in front of a striker plate corresponding to a handle of an aircraft trolley bay door of the aircraft trolley bay when the retention latch is in the open position; and a spring configured to fit within the shaft, the spring being configured to apply the force to the retention latch via the shaft during the actuation between the closed position and the open position; characterized in that the first component of the interlocking assembly includes a pin , the second component of the interlocking assembly includes a track , the pin being configured to actuate within the track following the application of the force. a retention latch , the retention latch including a shaft ; a sleeve , the sleeve being configured to receive the shaft, the sleeve being configured to be coupled to an aircraft trolley bay of an aircraft monument; and an interlocking assembly , the shaft including a first component of the interlocking assembly, the sleeve including a second component of the interlocking assembly, the retention latch being configured to actuate between a closed position and an open position following an application of a force to the retention latch, the first component and the second component of the interlocking assembly being configured to guide the retention latch during the actuation between the closed position and the open position, the retention latch being configured to retain an aircraft trolley within the aircraft trolley bay when the retention latch is in the closed position, a portion of the retention latch being configured to be positioned in front of a striker plate corresponding to a handle of an aircraft trolley bay door of the aircraft trolley bay when the retention latch is in the open position; and a spring configured to fit within the shaft, the spring being configured to apply the force to the retention latch via the shaft during the actuation between the closed position and the open position; characterized in that the first component of the interlocking assembly includes a pin , the second component of the interlocking assembly includes a track , the pin being configured to actuate within the track following the application of the force.
An industrial two-layered fabric comprising an upper surface side fabric comprising at least an upper surface side warp (1U; 3U; 4U; 5U, 7U; 8U; 9U; 10U) and at least an upper surface side weft (2'U; 4'U; 6'U; 8'U), and a lower surface side fabric comprising at least a lower surface side warp (3L; 4L; 5L; 7L; 8L; 9L; 10L) and at least a lower surface side weft (2'L; 4'L; 6'L; 8'L) bound by at least an upper surface side biding yarn (2Ub; 6Ub) and at least a lower surface side biding yarn (2Lb; 6Lb), said industrial two-layered fabric is constituted by at least second pair of warps in which the upper surface side binding yarn functioning as a binding yarn and the lower surface side binding yarn functioning as a binding yarn are vertically arranged, and at least third pair of warps in which two upper surface side warps are adjacently arranged, said industrial two-layered fabric further comprises at least an auxiliary weft (1'S; 3'S; 5'S; 7'S) which is not exposed to a surface of the fabric without being woven with any warp, characterized in that said two-layered fabric is further constituted by at least first pair of warps in which the upper surface side warp and the lower surface side warp are vertically arranged.
Method for controlling energy exchanges between a plurality of energy systems i via an electricity grid by means of a central control apparatus , wherein the control apparatus comprises an optimization module which is designed, on the basis of a target function and data transmitted by the energy systems i , to ascertain the powers P i;t associated with the energy exchanges within a defined time range T = U t Δ t t by means of an optimization method, wherein at least one of the energy systems i * comprises an installation that can be curtailed with respect to its power, characterized by the steps of: - each of the energy systems i transmitting a maximum amount of energy E i ;max for the defined time range T to the control apparatus ; - the associated energy system i * transmitting a curtailment factor α for the curtailable installation to the control apparatus ; - the optimization module ascertaining the energy exchanges, wherein the secondary condition αE i * ; max ≤ ∑ t ∈ T P i * ; t Δt t ≤ E i * ; max is used in the optimization method; and - controlling the energy exchanges within the time range T according to the ascertained powers P i;t . - each of the energy systems i transmitting a maximum amount of energy E i ;max for the defined time range T to the control apparatus ; - the associated energy system i * transmitting a curtailment factor α for the curtailable installation to the control apparatus ; - the optimization module ascertaining the energy exchanges, wherein the secondary condition αE i * ; max ≤ ∑ t ∈ T P i * ; t Δt t ≤ E i * ; max is used in the optimization method; and - controlling the energy exchanges within the time range T according to the ascertained powers P i;t .
A pyrotechnic initiator for initiating an ignition tube by means of electrical triggering, comprising a sleeve that is open on one side and has an ignition pill that is located therein and is made of a glow wire and at least one pyrotechnic set surrounding the glow wire for generating a shock pulse initiating the end of the ignition tube, wherein the ignition tube can be coupled to the sleeve , which is open at one end, and an explosive present in the ignition tube can be initiated by the shock pulse, characterized in that a splinter guard is provided for the sleeve , which is open on one side, for surrounding the sleeve, wherein a tearing open of the sleeve during the generation of the shock pulse can be contained by the splinter guard and the release of splinters into the environment can be prevented, wherein an adapter is provided for the centered insertion of the ignition tube into the sleeve , wherein the end of the ignition tube can be positioned directly in contact with the ignition pill , wherein the adapter , the ignition tube and the sleeve form an assembly which can be firmly fixed and/or sealed with respect to each other by means of a pliers tool. a sleeve that is open on one side and has an ignition pill that is located therein and is made of a glow wire and at least one pyrotechnic set surrounding the glow wire for generating a shock pulse initiating the end of the ignition tube, wherein the ignition tube can be coupled to the sleeve , which is open at one end, and an explosive present in the ignition tube can be initiated by the shock pulse, characterized in that a splinter guard is provided for the sleeve , which is open on one side, for surrounding the sleeve, wherein a tearing open of the sleeve during the generation of the shock pulse can be contained by the splinter guard and the release of splinters into the environment can be prevented, wherein an adapter is provided for the centered insertion of the ignition tube into the sleeve , wherein the end of the ignition tube can be positioned directly in contact with the ignition pill , wherein the adapter , the ignition tube and the sleeve form an assembly which can be firmly fixed and/or sealed with respect to each other by means of a pliers tool.
A method for supporting device to device, in the following also referred to as D2D, discovery, wherein a D2D discovery function is activated in a User Equipment, in the following also referred to as UE, comprising: the UE receives a D2D discovery resources configuration included in a system information message broadcasted by a cell; and the UE monitors paging message(s) and does not monitor D2D discovery signal(s) in a paging occasion, in the following also referred to as PO, of the UE if the PO of the UE collides with a D2D discovery subframe, wherein the paging message(s) is used to inform the UE about presence of an Earthquake and Tsunami Warning System, in the following also referred to as ETWS, notification or a Commercial Mobile Alert Service, in the following also referred to as CMAS, notification; characterized by : the UE receives a system information block, in the following also referred to as SIB, and does not monitor D2D discovery signal(s) if a subframe for receiving the SIB collides with a D2D discovery subframe . the UE receives a D2D discovery resources configuration included in a system information message broadcasted by a cell; and the UE monitors paging message(s) and does not monitor D2D discovery signal(s) in a paging occasion, in the following also referred to as PO, of the UE if the PO of the UE collides with a D2D discovery subframe, wherein the paging message(s) is used to inform the UE about presence of an Earthquake and Tsunami Warning System, in the following also referred to as ETWS, notification or a Commercial Mobile Alert Service, in the following also referred to as CMAS, notification; characterized by : the UE receives a system information block, in the following also referred to as SIB, and does not monitor D2D discovery signal(s) if a subframe for receiving the SIB collides with a D2D discovery subframe .
A sealing assembly , comprising: a plurality of first sealing members configured to be located adjacent one another between adjacent rotating blade stages in a turbine , wherein each first sealing member includes: a first seal base including a first securing mechanism operative to secure the first sealing member to an inter-stage support structure ; a first axially extending sealing portion coupled to the first seal base , the first axially extending sealing portion having a first axial end and an opposing, second axial end , and a first slash face and an opposing second slash face , wherein each slash face extends between the first axial end and the opposing, second axial end ; a first spline seal slot defined in the first slash face , the first spline seal slot including a first spline seal-entry opening defined through the first axial end of the first axially extending sealing portion ; and a second spline seal slot defined in the second slash face , the second spline seal slot including a second spline seal-entry opening defined through the first axial end of the first axially extending sealing portion , wherein the first spline seal slot and the second spline seal slot of adjacent first sealing members cooperate to retain a spline seal therein in an operating position, characterised in that the first spline seal-entry opening is at a first radial position that is different than a second radial position of the second spline seal-entry opening a first seal base including a first securing mechanism operative to secure the first sealing member to an inter-stage support structure ; a first axially extending sealing portion coupled to the first seal base , the first axially extending sealing portion having a first axial end and an opposing, second axial end , and a first slash face and an opposing second slash face , wherein each slash face extends between the first axial end and the opposing, second axial end ; a first spline seal slot defined in the first slash face , the first spline seal slot including a first spline seal-entry opening defined through the first axial end of the first axially extending sealing portion ; and a second spline seal slot defined in the second slash face , the second spline seal slot including a second spline seal-entry opening defined through the first axial end of the first axially extending sealing portion , wherein the first spline seal slot and the second spline seal slot of adjacent first sealing members cooperate to retain a spline seal therein in an operating position, characterised in that the first spline seal-entry opening is at a first radial position that is different than a second radial position of the second spline seal-entry opening
System for manufacturing a security element in the form of a vignette for adhering to a target substrate, for a surface, in particular a viewing panel of a means of transport, comprising a support element with a first and a second surface, wherein, in a first region of the first surface, a first sub-element of the security element , and in a second region of the first surface, said region being separated from the first region by a fold edge , a second sub-element of the security element is arranged, which can be brought to overlap with the first sub-element by folding the support element along the fold edge , wherein the second sub-element has an adhesive which is arranged on the side of the second sub-element facing away from the support element , and wherein an personalisation feature is attachable to a side of the first sub-element and/or second sub-element facing away from the support element , wherein the second sub-element has a larger extension width than the first sub-element in all directions located in the plane of extension of the support element .
A phased array antenna comprising: a two dimensional array of lens enhanced radiator units , each radiator unit comprising: a radiator for generating a radio frequency, RF, signal; a two-dimensional phase variable lens group defining an aperture in a transmission path of the RF signal, the lens group comprising a two dimensional array of individually controllable lens elements enabling a varying transmission phase to be applied to the RF signal across the aperture of the lens group ; wherein the aperture of each lens group is greater than twice a minimum operating wavelength λ of the RF signal. a two dimensional array of lens enhanced radiator units , each radiator unit comprising: a radiator for generating a radio frequency, RF, signal; a two-dimensional phase variable lens group defining an aperture in a transmission path of the RF signal, the lens group comprising a two dimensional array of individually controllable lens elements enabling a varying transmission phase to be applied to the RF signal across the aperture of the lens group ; wherein the aperture of each lens group is greater than twice a minimum operating wavelength λ of the RF signal. a radiator for generating a radio frequency, RF, signal; a two-dimensional phase variable lens group defining an aperture in a transmission path of the RF signal, the lens group comprising a two dimensional array of individually controllable lens elements enabling a varying transmission phase to be applied to the RF signal across the aperture of the lens group ; wherein the aperture of each lens group is greater than twice a minimum operating wavelength λ of the RF signal.
A photochromic eyewear lens product with selective attenuation of the visible spectrum comprising: one or more photochromic materials, and one or more selective filtering agents that create a region of selective attenuation in a portion of the visible blue light spectral region between 400 nm and 500 nm, wherein when the eyewear lens product is in the rest state, it has a luminous transmittance in the range of 60-98% T over the visible spectrum, and the region of selective attenuation has a maximum reduction in transmittance of 5-50% T relative to the higher transmittance in at least one adjacent spectral region of the visible spectrum, and wherein when the eyewear lens product is in the activated state, due to a combination of the one or more photochromic materials and the one or more selective filtering agents, it has a luminous transmittance in the range of 8-40% T over the visible spectrum, and the region of selective attenuation a) has a maximum transmittance that is measurably less than the higher transmittance of at least one adjacent region of the visible spectrum and b) has a maximum reduction in transmittance that is less than the maximum reduction in transmittance in the region of selective attenuation when the eyewear lens product is in the rest state. one or more photochromic materials, and one or more selective filtering agents that create a region of selective attenuation in a portion of the visible blue light spectral region between 400 nm and 500 nm, wherein when the eyewear lens product is in the rest state, it has a luminous transmittance in the range of 60-98% T over the visible spectrum, and the region of selective attenuation has a maximum reduction in transmittance of 5-50% T relative to the higher transmittance in at least one adjacent spectral region of the visible spectrum, and wherein when the eyewear lens product is in the activated state, due to a combination of the one or more photochromic materials and the one or more selective filtering agents, it has a luminous transmittance in the range of 8-40% T over the visible spectrum, and the region of selective attenuation a) has a maximum transmittance that is measurably less than the higher transmittance of at least one adjacent region of the visible spectrum and b) has a maximum reduction in transmittance that is less than the maximum reduction in transmittance in the region of selective attenuation when the eyewear lens product is in the rest state.
Belt as a continuous traction mechanism, in particular for conveyor belts of agricultural machines, in particular balers, with at least one fabric layer , which at least in regions is embedded in a polymer layer , wherein end regions of the belt lie flat on top of one another in an overlap region and are connected to each other to form a continuous belt reinforced by the at least one fabric layer , wherein the end regions of the belt are connected to each other by at least one thread forming a seam , wherein the at least one thread , the end regions of the belt penetrate, to this end, in a seam region in a plurality stitches , wherein the at least one fabric layer of the belt is embedded in the polymer layer at least across this seam region and the thread in transition regions between the stitches is embedded in the polymer layer close to a surface at a pre-determined depth of penetration (T) such that the thread runs below surfaces of the belt , characterised in that a holding seam is also provided which runs in the seam region substantially transversally to a longitudinal direction (L) of the belt .
A syringe-connector type device for separately administering at least two products in controlled quantities by means of a single injection, said device comprising a reservoir and a hollow plunger that can be moved within said reservoir wherein: - said hollow plunger is open by an internal channel , from the end inserted inside said reservoir to the other end in a proximal connection - said hollow plunger forms a sealed barrier with the inner wall of said reservoir and in its stroke varies the volume or volumes of said reservoir according to its position from one end to the other in the interior of said reservoir ; and - said proximal connection remains constantly accessible outside of said reservoir and - said reservoir is open at one end in a distal connection and at the other end so as to introduce and allow said hollow plunger to circulate, by distal it is meant the area of the device closest to the administration zone, by proximal it is meant the area of the device furthest from the injection zone. - said hollow plunger is open by an internal channel , from the end inserted inside said reservoir to the other end in a proximal connection - said hollow plunger forms a sealed barrier with the inner wall of said reservoir and in its stroke varies the volume or volumes of said reservoir according to its position from one end to the other in the interior of said reservoir ; and - said proximal connection remains constantly accessible outside of said reservoir and - said reservoir is open at one end in a distal connection and at the other end so as to introduce and allow said hollow plunger to circulate, by distal it is meant the area of the device closest to the administration zone, by proximal it is meant the area of the device furthest from the injection zone.
A dielectric composition comprising, as a main component, a tungsten bronze type composite oxide represented by a chemical formula (Sr 1.00-(s+t) Ba s Ca t ) 6.00 - x R x (Ti 1.00-a Zr a ) x+2.00 (Nb 1.00-b Ta b ) 8.00-x O 30.00 , wherein the R is at least one element selected from Y, La, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu, and s, t, x, a, and b satisfy 0.50 ≤ s ≤ 1.00, 0 ≤ t ≤ 0.30, 0.50 ≤ s + t ≤ 1.00, 1.50 < x ≤ 3.00, 0.20 ≤ a ≤ 1.00, and 0 ≤ b ≤ 1.00.