mhurhangee/ep-ind-claims huggingface dataset:
A wireless bilateral communication method between two registered users of a service provider each registered user having a virtual profile and a token device (210A, 210B) configured to receive and/or transmit unique electronic transaction tokens, comprising: generating a plurality of unique electronic single-use transaction tokens in a network server of the service Provider, unique electronic single-use transaction token each associated with a user-profile stored in a network database; providing the plurality of unique electronic single-use transaction tokens to the token device of a registered user wherein said unique electronic single-use transaction tokens are used for a single-use, after-contact, computer-network facilitated access to each party's virtual profile; one-to-one exchanging the unique electronic single-use transaction tokens over an adhoc or pre-established communication channel between a sending token device of at least one sending registered user and a receiving token device of at least one receiving registered user meeting at a networking event, uploading of said unique electronic single-use transaction tokens exchanged between a registered user being a virtual profile requestor and registered user being a virtual profile requestee, to a data server computer system of the provider service, authenticating said unique electronic single-use transaction tokens by the data server computer system, and prompting, by the data server computer system, the registered user being the requestee upon request by (the) registered user being the requestor to send requestee's virtual profile to the registered user being the requestor. generating a plurality of unique electronic single-use transaction tokens in a network server of the service Provider, unique electronic single-use transaction token each associated with a user-profile stored in a network database; providing the plurality of unique electronic single-use transaction tokens to the token device of a registered user wherein said unique electronic single-use transaction tokens are used for a single-use, after-contact, computer-network facilitated access to each party's virtual profile; one-to-one exchanging the unique electronic single-use transaction tokens over an adhoc or pre-established communication channel between a sending token device of at least one sending registered user and a receiving token device of at least one receiving registered user meeting at a networking event, uploading of said unique electronic single-use transaction tokens exchanged between a registered user being a virtual profile requestor and registered user being a virtual profile requestee, to a data server computer system of the provider service, authenticating said unique electronic single-use transaction tokens by the data server computer system, and prompting, by the data server computer system, the registered user being the requestee upon request by (the) registered user being the requestor to send requestee's virtual profile to the registered user being the requestor.
Bone anchor, comprising a shank (2, 2', 2") having a free end, a channel (6, 6', 6") extending through the shank (2, 2', 2") to the free end and having a longitudinal axis and at least one opening in a wall of the shank which connect the channel with the outside; wherein a narrowing member (10, 10', 10") is provided in the channel (6, 6', 6") in a region at or close to the free end that narrows a cross-section of the channel without closing the channel in such a manner that bone cement or another substance which is introduced into the channel is prevented from exiting through the free end, wherein the narrowing member (10', 10") is formed in a monolithic manner with the wall of the shank (2', 2"), wherein the narrowing member (10', 10") is formed by at least two, preferably as a plurality of circumferentially arranged exible wall portions (12', 12") that protrude from the wall of the shank (2', 2") into the channel (6', 6") and have free ends (12a', 12a") facing away from the free end of the shank (2, 2', 2"). a shank (2, 2', 2") having a free end, a channel (6, 6', 6") extending through the shank (2, 2', 2") to the free end and having a longitudinal axis and at least one opening in a wall of the shank which connect the channel with the outside; wherein a narrowing member (10, 10', 10") is provided in the channel (6, 6', 6") in a region at or close to the free end that narrows a cross-section of the channel without closing the channel in such a manner that bone cement or another substance which is introduced into the channel is prevented from exiting through the free end, wherein the narrowing member (10', 10") is formed in a monolithic manner with the wall of the shank (2', 2"), wherein the narrowing member (10', 10") is formed by at least two, preferably as a plurality of circumferentially arranged exible wall portions (12', 12") that protrude from the wall of the shank (2', 2") into the channel (6', 6") and have free ends (12a', 12a") facing away from the free end of the shank (2, 2', 2").
Medical device comprising - a device body comprising a material susceptible to corrosion or biodegradation and - a shellac coating, wherein the device body is at least partially covered by the shellac coating, wherein the shellac coating has a thickness from 0.1 μm to 20 μm and the material susceptible to corrosion or biodegradation is magnesium or a magnesium alloy, characterized in that the shellac coating has a varying thickness. - a device body comprising a material susceptible to corrosion or biodegradation and - a shellac coating, wherein the device body is at least partially covered by the shellac coating,
Axle suspension system for a vehicle axle which is guided by trailing arm, with a support which can be fastened below a vehicle chassis on each vehicle side and in which in each case one trailing arm is mounted rotatably, which trailing arm is supported with its other end via an air spring with respect to the vehicle chassis, with a vehicle axle which crosses the trailing arms and at the end of which the vehicle wheels are received, and with at least one axle lift with a force element, a pressure transmission means (18, 20) which can be moved with respect to the trailing arm by way of actuation of the force element, and a bracket which is provided with a support for the force element and the pressure reaction forces which act on it, and which, moreover, is provided with a bracket part for fastening to the support, on which bracket part a plug-in or hook connection is configured for engagement into the support, characterized in that the bracket part can be attached only in a single position with respect to the support, in that the bracket part is a first bracket part of the bracket, in that a second bracket part of the bracket can be fastened to the first bracket part, and in that the force element is supported on the second bracket part.
A computer-implemented method of generating and using a hierarchical acceleration structure for intersection testing in a ray tracing system, the method comprising: receiving primitive data for primitives located in a 3D scene; determining nodes of the hierarchical acceleration structure based on the received primitive data, wherein one or more upper levels of nodes of the hierarchical acceleration structure are defined according to a spatial subdivision structure, and wherein one or more lower levels of nodes of the hierarchical acceleration structure are defined according to a bounding volume structure; storing the hierarchical acceleration structure for use in intersection testing; and performing intersection testing using the hierarchical acceleration structure, wherein the intersection testing traverses the hierarchical acceleration structure by: traversing the one or more upper levels of nodes of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique; and traversing the one or more lower levels of nodes of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique. receiving primitive data for primitives located in a 3D scene; determining nodes of the hierarchical acceleration structure based on the received primitive data, wherein one or more upper levels of nodes of the hierarchical acceleration structure are defined according to a spatial subdivision structure, and wherein one or more lower levels of nodes of the hierarchical acceleration structure are defined according to a bounding volume structure; storing the hierarchical acceleration structure for use in intersection testing; and performing intersection testing using the hierarchical acceleration structure, wherein the intersection testing traverses the hierarchical acceleration structure by: traversing the one or more upper levels of nodes of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique; and traversing the one or more lower levels of nodes of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique. traversing the one or more upper levels of nodes of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique; and traversing the one or more lower levels of nodes of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique.
A method for classifying superabsorbent particles, in the course of which the superabsorbent particles are put onto a top sieve deck of a sieving machine comprising at least two sieve decks having different hole sizes, the superabsorbent particles which are smaller than the holes in the respective sieve deck falling through the holes and the superabsorbent particles that remain on the sieve deck being removed via an extraction point, balls being positioned below each sieve deck which are propelled upwards by the movement of the sieving machine and from below impact the respective sieve deck lying above, wherein the balls have a diameter in the range from 20 to 60 mm, a dynamic stiffness at 1 Hz in the range from 40 to 100 N/mm, and damping in the range of 1% to 4%, and, to determine the stiffness and damping, the balls being individually subjected to loading by compressive deformation between -0.5 mm and -1.5 mm between two plates with a frequency of 1 Hz, and a force-deformation diagram being recorded, resulting in a hysteresis loop, and the stiffness is the gradient of the force-deformation curve and damping is the ratio of the area inside the hysteresis loop to the rectangular area defined by maximum deformation and maximum force.
A medical device coated with a polymer, wherein magnetizable particles are bound to or encapsulated within the polymer, and wherein the magnetizable particles are ferromagnetic and comprise an alloy of iron and platinum having an L1 0 crystalline phase.
A method for manufacturing an oil and fat composition, the method including a step for heating a raw material oil and fat composition including 50% by mass to 100% by mass of milk fat while supplying oxygen thereto at a rate of 0.02 to 2 L/minute per 1 kg of said raw material oil and fat composition, wherein said heating is performed for 1 hour to 72 hours, and obtaining an oxidized oil and fat composition having a pentanal/hexanal ratio by mol of 0.15 to 0.70 based on volatile components at 180°C.
A computer-implemented method for scaling and copying a primary graphics area (211, 311) from a primary layer (210, 310) having a primary layer resolution to an output layer (220, 320) having an output layer resolution different than the primary layer resolution; the method being characterized by: - determining a grid having a horizontal grid size (x_grid) and a vertical grid size (y_grid) for the primary layer (210, 310), - expanding the primary graphics area (211, 312) to a grid-aligned area (213, 313) by expanding corners of the primary graphics area towards the closest grid points; - and copying and scaling the grid-aligned primary graphics area (213, 313) to the output layer (220, 320); - determining a horizontal scaling factor (x_scaling) as a ratio of the horizontal output layer resolution and the horizonal primary layer resolution; - determining a vertical scaling factor (y_scaling) as a ratio of the vertical output layer resolution and the vertical primary layer resolution; - determining the horizontal grid size (x_grid) as an integer number, which when multiplied by the horizontal scaling factor (x_scaling) results in a number which is close to an integer within an allowable range; - determining the vertical grid size (y_grid) as an integer number, which when multiplied by the vertical scaling factor (y_scaling) results in a number which is close to an integer within the allowable range; - wherein the allowable range is equal to 0,01. - determining a grid having a horizontal grid size (x_grid) and a vertical grid size (y_grid) for the primary layer (210, 310), - expanding the primary graphics area (211, 312) to a grid-aligned area (213, 313) by expanding corners of the primary graphics area towards the closest grid points; - and copying and scaling the grid-aligned primary graphics area (213, 313) to the output layer (220, 320); - determining a horizontal scaling factor (x_scaling) as a ratio of the horizontal output layer resolution and the horizonal primary layer resolution; - determining a vertical scaling factor (y_scaling) as a ratio of the vertical output layer resolution and the vertical primary layer resolution; - determining the horizontal grid size (x_grid) as an integer number, which when multiplied by the horizontal scaling factor (x_scaling) results in a number which is close to an integer within an allowable range; - determining the vertical grid size (y_grid) as an integer number, which when multiplied by the vertical scaling factor (y_scaling) results in a number which is close to an integer within the allowable range; - wherein the allowable range is equal to 0,01.
Cams for a camshaft, with at least two partial cams (1, 2, 3) arranged one behind the other axially along a longitudinal axis and with an undercut (10, 20) located between the two partial cams (1, 2, 3), whereby the at least two partial cams (1, 2, 3), each having running surfaces (1', 2', 3') lying on the outside in a radial direction and having variable running surface contours, whereby the running surface contours describe a respective course of the associated running surface in radial direction around the longitudinal axis, wherein the undercut (10, 20) has a profile (10', 20') with a contour (10"), wherein the profile (10', 20') describes a course of the undercut (10, 20) along the longitudinal axis, whereby the contour (10") describes a course of the profile (10', 20') in the radial direction around the longitudinal axis, and wherein the running surface contours of the at least two partial cams (1, 2, 3) differ from one another, Characterized by the fact that the contour (10") is variable in that the undercut (10, 20) is different from a circular undercut, that the contour (10") is dependent on the running surface contours, and that the contour (10") is dependent on that running surface contour which has a smaller radial distance to the longitudinal axis than the other running surface contour, in that the contour (10") follows that projection of the partial cams (1, 2, 3) onto the plane of the undercut (10, 20), which is at the smallest distance from the longitudinal axis. with at least two partial cams (1, 2, 3) arranged one behind the other axially along a longitudinal axis and with an undercut (10, 20) located between the two partial cams (1, 2, 3), whereby the at least two partial cams (1, 2, 3), each having running surfaces (1', 2', 3') lying on the outside in a radial direction and having variable running surface contours, whereby the running surface contours describe a respective course of the associated running surface in radial direction around the longitudinal axis, wherein the undercut (10, 20) has a profile (10', 20') with a contour (10"), wherein the profile (10', 20') describes a course of the undercut (10, 20) along the longitudinal axis, whereby the contour (10") describes a course of the profile (10', 20') in the radial direction around the longitudinal axis, and wherein the running surface contours of the at least two partial cams (1, 2, 3) differ from one another, Characterized by the fact that the contour (10") is variable in that the undercut (10, 20) is different from a circular undercut, that the contour (10") is dependent on the running surface contours, and that the contour (10") is dependent on that running surface contour which has a smaller radial distance to the longitudinal axis than the other running surface contour, in that the contour (10") follows that projection of the partial cams (1, 2, 3) onto the plane of the undercut (10, 20), which is at the smallest distance from the longitudinal axis.
A side airbag device provided with an inflator that produces expanding gas and an airbag that deploys from the side part of a vehicle seat from this expansion gas to protect an occupant, wherein the airbag comprises a main chamber (34,234) that expands toward the front of the vehicle and a pre-chamber (36,236) that houses the inflator and begins expansion before the main chamber (34,234) to the inside in the vehicle width direction from the main chamber (34,234), the main chamber (34,234) is demarcated into a forward region and a rear region by a demarcation (134c, 320), characterized by a front vent (V1, V1a, V1b) that guides expansion gas from the pre-chamber (36,236) to the forward region of the main chamber (34,234) and a rear vent (V2, V2a, V2b, V3a, V3b) that guides the expanding gas from the pre-chamber (36,236) to the rear region of the main chamber (34,234) are provided on the boundary area of the main chamber (34,234) and the pre-chamber (36,236).
A connection system of the wheelsets for a self-steering railway bogie said system being composed of two connection subsystems arrangeable on the left side of the bogie and on the right side of the bogie respectively, each connection subsystem being composed of an elastic element parallel to the longitudinal axis of the bogie and connected at a first extremity to a first arm and at a second extremity to a second arm, the first and second arms being connectable to respective wheelsets, whereby each elastic element of the connection system is made from a single sheet of elastic material and consists, seen in the direction of the longitudinal axis of the elastic element, of a central part, which consists of a portion bent upwards in a C-shape channel and a flat extremity, and two flat side strips, whereby the central part and the side strips are symmetrical and parallel and whereby the central part and the side strips are united together at the first extremity of the elastic element and separated from each other by cuts in the remaining part of the elastic element towards the second extremity, whereby the two side strips are of the same length and shorter than the central part and the free extremities of the side strips are bound together by a rigid cleat attached to their upper surfaces, whereby the flat extremity of the central part is derived under the rigid cleat and whereby the second extremity of the elastic element connected to the second arm is the flat extremity of the central part.
System for transdermal administration comprising doxofylline as the active ingredient for the use in the treatment of bronchopulmonary diseases having a broncho-obstructive component.
A personal care cleansing composition comprising: a cosmetically acceptable base; and an inorganic particulate material which is a spherical perlite, wherein the spherical perlite is expanded perlite which has not been milled, wherein at least 50 wt. % of the spherical perlite is microspheres, and wherein the microspheres are substantially closed and hollow, and having a d 10 of at least 50 μm and a d 90 of no greater than 450 μm; wherein the personal care cleansing composition is a shower gel or bath gel or a hair shampoo. a cosmetically acceptable base; and an inorganic particulate material which is a spherical perlite, wherein the spherical perlite is expanded perlite which has not been milled, wherein at least 50 wt. % of the spherical perlite is microspheres, and wherein the microspheres are substantially closed and hollow, and having a d 10 of at least 50 μm and a d 90 of no greater than 450 μm; wherein the personal care cleansing composition is a shower gel or bath gel or a hair shampoo.
A pipe coupling for coupling together two pipes in a fluid-tight manner, comprising: a tubular casing comprising: an outer tubular casing; and an inner tubular casing, fitting entirely inside the outer casing; a tubular sealing gasket disposed within the inner tubular casing; and means for tensioning the casing around the gasket, wherein: the casing further comprises: at least one layer of fire-resistant material disposed between the inner and outer casings, whereby the outer casing and the tubular sealing gasket are thermally insulated from each other; and characterised in that the casing further comprises: at least one layer of thermally-insulating material disposed between the tubular sealing gasket and the inner casing. a tubular casing comprising: an outer tubular casing; and an inner tubular casing, fitting entirely inside the outer casing; a tubular sealing gasket disposed within the inner tubular casing; and means for tensioning the casing around the gasket, wherein: the casing further comprises: at least one layer of fire-resistant material disposed between the inner and outer casings, whereby the outer casing and the tubular sealing gasket are thermally insulated from each other; and characterised in that the casing further comprises: at least one layer of thermally-insulating material disposed between the tubular sealing gasket and the inner casing. at least one layer of fire-resistant material disposed between the inner and outer casings, whereby the outer casing and the tubular sealing gasket are thermally insulated from each other; and characterised in that the casing further comprises: at least one layer of thermally-insulating material disposed between the tubular sealing gasket and the inner casing.