mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: a tread block or rib used in a tire tread of the tire; and different sized first and second domes (130, 140) provided on a road engaging first surface of the tread block or rib wherein the first dome is disposed on the first surface and protrudes outwardly from the first surface, and each of the first and second domes (130, 140) has a convex profile, characterized in that the second dome is located on top of the first dome so that the second dome protrudes outwardly from the first dome, the first dome forming a first spheroid-shaped surface defined by a single first radius of curvature and the second dome forming a second spheroid-shaped surface defined by a single second radius of curvature wherein the first radius of curvature is different from the second radius of curvature. a tread block or rib used in a tire tread of the tire; and different sized first and second domes (130, 140) provided on a road engaging first surface of the tread block or rib wherein the first dome is disposed on the first surface and protrudes outwardly from the first surface, and each of the first and second domes (130, 140) has a convex profile, characterized in that the second dome is located on top of the first dome so that the second dome protrudes outwardly from the first dome, the first dome forming a first spheroid-shaped surface defined by a single first radius of curvature and the second dome forming a second spheroid-shaped surface defined by a single second radius of curvature wherein the first radius of curvature is different from the second radius of curvature.
A guardrail comprising, support posts; a first rail and a second rail (3,5) slidably interconnected and mounted directly or indirectly to the support posts; and an impact slider device, said first rail overlapping an end of the second rail, wherein the impact slider device substantially surrounds the first rail so that in use, a portion of the impact slider device gathers and retains the first and the subsequent second rail (3,5) which telescopically overlap with each other during an impact, characterized in that the impact slider device is attached to the end of the first rail, and slidable along the second rail. support posts; a first rail and a second rail (3,5) slidably interconnected and mounted directly or indirectly to the support posts; and an impact slider device, said first rail overlapping an end of the second rail, wherein the impact slider device substantially surrounds the first rail so that in use, a portion of the impact slider device gathers and retains the first and the subsequent second rail (3,5) which telescopically overlap with each other during an impact, characterized in that the impact slider device is attached to the end of the first rail, and slidable along the second rail.
A separating machine for separating products of soft and harder consistency, comprising a drum which is drivable in rotation about its axis and the peripheral surface of which has a plurality of holes, wherein the holes may have a widths in the range of 0,1 - 30mm, and a pressing device which by means of a pressing element presses the product to be separated against the peripheral surface of the drum so that product components of soft consistency pass through the drum, wherein the pressing element is in the form of a deformable endless belt which extends partially around the drum, characterised in that there is provided a cooling device for cooling the pressing device or the pressing element thereof.
An optical sight (100; 300) for a handgun, the sight comprising: a light source (162; 362); an optical system that projects an approximately collimated beam of light from the light source (162; 362) toward a user of the sight to create an image of an illuminated reticle; and wherein the optical sight (100; 300) is adapted to be positioned behind a barrel of the handgun such that it is generally centered on a longitudinal axis of the barrel of the handgun. a light source (162; 362); an optical system that projects an approximately collimated beam of light from the light source (162; 362) toward a user of the sight to create an image of an illuminated reticle; and wherein the optical sight (100; 300) is adapted to be positioned behind a barrel of the handgun such that it is generally centered on a longitudinal axis of the barrel of the handgun.
A method for selecting a demulsifier and its concentration that is most efficient in separating water from oil, the method comprising: mixing dry oil with a demulsifier to obtain a mixture having a first concentration; generating, by a mono-dispersed droplet generation mechanism having micro-ferrules shaped so that the tips have a smaller diameter than other parts of the respective micro-ferrule, uniform mono-dispersed water droplets inside the mixture; pumping the water droplets and the mixture into a micro-fluidic channel that extends along a vertical length direction and has a square or rectangular cross section, characterized in that one end of the micro-fluidic channel is clamped after the mono-dispersed water droplets and the mixture are pumped into a micro-fluidic channel, the method further comprising sending a laser beam through the micro-fluidic channel; recording images of the water droplets in the mixture with a camera; and calculating a percentage of the water droplets that coalesce inside the micro-fluidic channel due to shearing between adjacent water droplets when free-falling through the mixture, due to gravity, wherein the micro-fluidic channel has at least two sides smaller than 1 mm. mixing dry oil with a demulsifier to obtain a mixture having a first concentration; generating, by a mono-dispersed droplet generation mechanism having micro-ferrules shaped so that the tips have a smaller diameter than other parts of the respective micro-ferrule, uniform mono-dispersed water droplets inside the mixture; pumping the water droplets and the mixture into a micro-fluidic channel that extends along a vertical length direction and has a square or rectangular cross section, characterized in that one end of the micro-fluidic channel is clamped after the mono-dispersed water droplets and the mixture are pumped into a micro-fluidic channel, the method further comprising sending a laser beam through the micro-fluidic channel; recording images of the water droplets in the mixture with a camera; and calculating a percentage of the water droplets that coalesce inside the micro-fluidic channel due to shearing between adjacent water droplets when free-falling through the mixture, due to gravity, wherein the micro-fluidic channel has at least two sides smaller than 1 mm.
A process for making crystalline lenalidomide form A of formula characterized by a XRPD powder diffraction pattern comprising the peaks at about 7.89, 14.35, 14.83, 15.81, 16.23, 20.12, 23.78, 24.09, 25.96 degrees 2 theta, when measured with CuKα1 radiation (λ = 1.54060 Å), the process comprising: a. Reduction of 3-(4-nitro-1-oxo-1,3-dihydro-2 H -isoindol-2-yl)-2,6-piperidinedione of formula with a reducing agent in a mixed solvent comprising a mixture of methanol and N,N-dimethylformamide or N,N-dimethylacetamide, wherein the content of N,N-dimethylformamide or N,N-dimethylacetamide in the mixed solvent is between 20-40% (v/v). b. Filtering the mixture at a temperature not decreasing below 60°C c. Adjusting the amount of water in the mixture to 0.4 - 0.6% (v/v) d. Cooling of the reaction mixture to a temperature lower than 25°C. e. Isolation of lenalidomide form A a. Reduction of 3-(4-nitro-1-oxo-1,3-dihydro-2 H -isoindol-2-yl)-2,6-piperidinedione of formula with a reducing agent in a mixed solvent comprising a mixture of methanol and N,N-dimethylformamide or N,N-dimethylacetamide, wherein the content of N,N-dimethylformamide or N,N-dimethylacetamide in the mixed solvent is between 20-40% (v/v). b. Filtering the mixture at a temperature not decreasing below 60°C c. Adjusting the amount of water in the mixture to 0.4 - 0.6% (v/v) d. Cooling of the reaction mixture to a temperature lower than 25°C. e. Isolation of lenalidomide form A
A distributed network, the distributed network comprising a replicated computing cluster, the replicated computing cluster comprising a plurality of nodes, wherein each of the plurality of nodes of the replicated computing cluster is configured to run a replica and each of the replicas is configured to run one or more computational units; the replicated computing cluster being configured to perform consecutive consensus rounds to reach a consensus on a sequence of payloads; perform consecutive processing rounds comprising a consecutive processing of the sequence of payloads in a deterministic and replicated manner; wherein the distributed network is characterized in that the replicated computing cluster is configured to perform consecutive computations of a random seed for each of the payloads of the sequence of payloads; and use the random seed of a respective payload of the sequence of payloads to provide randomness to the payload; wherein the respective computation of the random seed for a respective payload is performed only after a consensus on the respective payload has been reached. perform consecutive consensus rounds to reach a consensus on a sequence of payloads; perform consecutive processing rounds comprising a consecutive processing of the sequence of payloads in a deterministic and replicated manner; wherein the distributed network is characterized in that the replicated computing cluster is configured to perform consecutive computations of a random seed for each of the payloads of the sequence of payloads; and use the random seed of a respective payload of the sequence of payloads to provide randomness to the payload; wherein the respective computation of the random seed for a respective payload is performed only after a consensus on the respective payload has been reached.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting first information including a positioning reference signal, PRS, resource information with a best time of arrival, ToA, or propagation delay time measurement quality measured by the UE; receiving, after the transmission of the first information, second information including a configuration for a reference transmission point, TP; receiving a plurality of PRSs from a plurality of TPs including the reference TP; performing a reference signal time difference, RSTD, measurement based on the plurality of PRSs and a reference timing obtained from the reference TP; and reporting the RSTD measurement, wherein the configuration for the reference TP includes PRS resource information of the reference TP. transmitting first information including a positioning reference signal, PRS, resource information with a best time of arrival, ToA, or propagation delay time measurement quality measured by the UE; receiving, after the transmission of the first information, second information including a configuration for a reference transmission point, TP; receiving a plurality of PRSs from a plurality of TPs including the reference TP; performing a reference signal time difference, RSTD, measurement based on the plurality of PRSs and a reference timing obtained from the reference TP; and reporting the RSTD measurement, wherein the configuration for the reference TP includes PRS resource information of the reference TP.
A prism amount determination method to determine an aligning prism amount for correcting fixation disparity of a spectacle wearer having the fixation disparity, the method characterized by comprising: the step of determining an aligning prism amount to be uniformly included in the spectacle lens for correcting the fixation disparity, based on a first aligning prism amount for correcting fixation disparity obtained by measurement at an eye examination distance corresponding to a first distance, a second aligning prism amount for correcting fixation disparity obtained by measurement at an eye examination distance corresponding to a second distance shorter than the first distance, and information used for allocation of the first aligning prism amount and the second aligning prism amount, wherein the information relates to a life scene where the spectacle wearer plans to use the spectacle lens, wherein the aligning prism amount is determined within a prism prescription range between the first aligning prism amount and the second aligning prism amount, a step of determining a specification of the spectacle lens including a prism according to the aligning prism amount.
A preform conveying device for conveying a preform having an opening, comprising: - a moving frame moved for positioning to a predetermined position; - a sealing disk supported by the moving frame for covering an opening side of the preform; and - close contact means for reducing a pressure of an interior of the preform, with the sealing disk covering the opening side of the preform, to bring the preform into close contact with the sealing disk, thereby holding the preform to the moving frame, wherein the close contact means is an evacuation means which evacuates the interior of the preform from outside the sealing disk via the moving frame to establish a state of reduced pressure, characterized in that the sealing disk is swingably supported by the moving frame. - a moving frame moved for positioning to a predetermined position; - a sealing disk supported by the moving frame for covering an opening side of the preform; and - close contact means for reducing a pressure of an interior of the preform, with the sealing disk covering the opening side of the preform, to bring the preform into close contact with the sealing disk, thereby holding the preform to the moving frame,
A hollow profiled element, comprising a plurality of longitudinal edges (K1, K2, K3, K4), which extend in a longitudinal direction and are connected by side walls (1.1, 1.2, 1.3, 1.4), wherein a longitudinal edge has at least one depression, the depression base (2.1) of which extends transversely to the longitudinal direction and at an angle to the side walls (1.1, 1.4) forming the longitudinal edge, characterised in that - a side wall (1.1) forming the longitudinal edge has a transversely extending bulge in the region of the depression, wherein the depression base (2.1) transitions at the end into the bulge in the region of said side wall (1.1), and - the bulge is designed with a shape that has a convex form in the transition to the depression and drops to the level of the side wall (1.1) before an opposite longitudinal edge is reached. - a side wall (1.1) forming the longitudinal edge has a transversely extending bulge in the region of the depression, wherein the depression base (2.1) transitions at the end into the bulge in the region of said side wall (1.1), and - the bulge is designed with a shape that has a convex form in the transition to the depression and drops to the level of the side wall (1.1) before an opposite longitudinal edge is reached.
A membrane coupling for the transmission of a torque and for compensating an axial, radial and/or angular offset between drive element and output element with a tubular hub and with a membrane disc adjoining at the front-side, wherein the hub and the membrane disc consist of a fiber-reinforced plastic material, and wherein at least one reinforcing element is arranged on the membrane disc radially spaced from the hub and from an outer circumferential edge, characterized in that the reinforcing element is an annular thickening of the membrane disc.
A hair removal device, in particular a hair trimmer or a shaver or a hair trimmer portion of a shaver, comprising a handle with a motor and a hair removal head, said hair removal head being provided with at least a first hair cutting unit with an outer blade and an inner blade, said inner blade being reciprocally moveable along a first axis relative to the outer blade, wherein said outer blade comprises a row of teeth (23, 24) cooperating with said inner blade for cutting hair, each of the teeth having a longitudinal extension from a tooth base to a tooth tip parallel to a second axis which is orthogonal to the first axis, a third axis being defined as orthogonal to the first and the second axis (30, 31), wherein the tooth bases are interconnected with adjacent tooth bases and forming a row of tooth bases, said row of teeth (23, 24) being provided with a row of tooth tips, further comprising first and a second skin support surfaces (4a, 4b, 5) opposing each other, with a gap between both first and a second skin support surfaces (4a, 4b, 5) and being provided for skin contact, said first skin support surface (4a, 4b, 5) being located closer to and adjacent to the row of tooth bases and more remote to the row of tooth tips and said second skin surface (4b, 5) being located closer to said row of tooth tips and more remote to the row of tooth bases, wherein said teeth and tooth tips are provided with a skin side intended to be facing the user's skin and an opposite teeth inward side facing the inner blade, and wherein said skin sides of said tooth tips are provided below as at least one of said first and second skin support surface (4a, 4b, 5) in a direction parallel to the third axis and towards said handle and / or said skin sides of said tooth tips are configured such to not cross or extend beyond a connecting line (70, 70a) parallel to said second axis between said first and second skin support surfaces (4a, 4b, 5), characterised in that a contour line at the skin side between said first skin support surface and said tooth tips extends parallel to the second axis and comprises a concavely curved portion at the skin side of the teeth.
A propeller fan, comprising: a rotatable boss; a plurality of blades formed on an outer periphery of the boss; and a bellmouth arranged so as to surround the plurality of blades at a trailing edge side of each of the blades, the blade including a bending portion that bulges toward an upstream side in a cross-sectional shape in a radial direction and including a region not surrounded by the bellmouth, wherein in a blade cross-sectional view, assuming that a tangent at an end of the outer periphery is defined as LQ, an imaginary line orthogonal to a rotation axis is defined as LO, an angle formed by the tangent LQ and the imaginary line LO is defined as an outer peripheral end tangent angle θ, and a position at which an imaginary plane including a position of an intake-side end portion of the bellmouth and a peripheral edge of the blade cross each other is defined as an overlap starting point, the outer peripheral end tangent angle θ (θb, θ2, θ3) on a trailing edge portion side with respect to a blade cross section including the overlap starting point being smaller than the outer peripheral end tangent angle θ (θa, θ1) on a leading edge portion side with respect to the blade cross section including the overlap starting point, and the outer peripheral end tangent angle θ taking a constant value from the leading edge point to a corresponding point of the overlap starting point located on the blade cross section including the overlap starting point and then the outer peripheral end tangent angle θ decreasing continuously from the corresponding point to the trailing edge portion. a rotatable boss; a plurality of blades formed on an outer periphery of the boss; and a bellmouth arranged so as to surround the plurality of blades at a trailing edge side of each of the blades, the blade including a bending portion that bulges toward an upstream side in a cross-sectional shape in a radial direction and including a region not surrounded by the bellmouth, wherein in a blade cross-sectional view, assuming that a tangent at an end of the outer periphery is defined as LQ, an imaginary line orthogonal to a rotation axis is defined as LO, an angle formed by the tangent LQ and the imaginary line LO is defined as an outer peripheral end tangent angle θ, and a position at which an imaginary plane including a position of an intake-side end portion of the bellmouth and a peripheral edge of the blade cross each other is defined as an overlap starting point, the outer peripheral end tangent angle θ (θb, θ2, θ3) on a trailing edge portion side with respect to a blade cross section including the overlap starting point being smaller than the outer peripheral end tangent angle θ (θa, θ1) on a leading edge portion side with respect to the blade cross section including the overlap starting point, and the outer peripheral end tangent angle θ taking a constant value from the leading edge point to a corresponding point of the overlap starting point located on the blade cross section including the overlap starting point and then the outer peripheral end tangent angle θ decreasing continuously from the corresponding point to the trailing edge portion.
A method of determining the capacity of glass containers, the method comprising the following steps: - using an X-ray computed-tomography apparatus to acquire a plurality of X-ray images of the container at different projection angles; - transmitting the X-ray images to a computer; and - analyzing the X-ray images with the computer for constructing a digital model of the container from the X-ray images; characterized in that: - acquiring the X-ray images for an empty container in order to cause only the material of the container to appear in the X-ray images; - determining the support surface of the container; and - analyzing the X-ray images in order to: - determine the inside surface (Sf) of the digital model of the container; - position a filling level plane (Pn) on the digital model of the container parallel to the support surface and at a nominal distance (Hn) from the top of the digital model of the container; and - measure by calculation the inside volume of the digital model of the container as defined by the inside surface (Sf) of the digital model and by the filling level plane, this measurement being the filling capacity (Cn) of the container. - using an X-ray computed-tomography apparatus to acquire a plurality of X-ray images of the container at different projection angles; - transmitting the X-ray images to a computer; and - analyzing the X-ray images with the computer for constructing a digital model of the container from the X-ray images; - acquiring the X-ray images for an empty container in order to cause only the material of the container to appear in the X-ray images; - determining the support surface of the container; and - analyzing the X-ray images in order to: - determine the inside surface (Sf) of the digital model of the container; - position a filling level plane (Pn) on the digital model of the container parallel to the support surface and at a nominal distance (Hn) from the top of the digital model of the container; and - measure by calculation the inside volume of the digital model of the container as defined by the inside surface (Sf) of the digital model and by the filling level plane, this measurement being the filling capacity (Cn) of the container. - determine the inside surface (Sf) of the digital model of the container; - position a filling level plane (Pn) on the digital model of the container parallel to the support surface and at a nominal distance (Hn) from the top of the digital model of the container; and - measure by calculation the inside volume of the digital model of the container as defined by the inside surface (Sf) of the digital model and by the filling level plane, this measurement being the filling capacity (Cn) of the container.