mhurhangee/ep-ind-claims huggingface dataset:
Monitoring assembly, comprising - a receiving device, which comprises a magnetic field detector, which measures a field strength of a magnetic field, wherein the receiving device is designed to output an item of stopping information and an item of field strength information as a function of the field strength of the magnetic field measured by the magnetic field detector, and - an evaluation assembly, which is coupled to the receiving device and designed to provide an item of emergency braking information as a function of the stopping information and an item of diagnostic information as a function of the field strength information. - a receiving device, which comprises a magnetic field detector, which measures a field strength of a magnetic field, wherein the receiving device is designed to output an item of stopping information and an item of field strength information as a function of the field strength of the magnetic field measured by the magnetic field detector, and - an evaluation assembly, which is coupled to the receiving device and designed to provide an item of emergency braking information as a function of the stopping information and an item of diagnostic information as a function of the field strength information.
Crossmember for a torsion beam axle having a profile which is open on a longitudinal side, is of U-shaped cross section, and has two limbs (6, 7) which are spaced apart from one another and a connecting web which connects them, the connecting web being inclined in the direction of one of the limbs in a centre section of the crossmember, which centre section, in relation to the longitudinal extent direction of the crossmember, extends over the centre of the latter, and the crossmember having sections (10, 11) which lie further to the outside and on which the connecting web is inclined to a less pronounced extent or is not inclined, characterized in that the crossmember is tapered in the longitudinal extent direction, with the result that the profile width (w 4) in the centre section is smaller than the profile width (w 5) on the sections (10, 11) which lie further to the outside.
Device for bringing together substances, in particular for reconstitution of injection solutions, said device including - a housing - a flexible bag, which is arranged in the housing, for receiving a liquid, - a dispensing device, in particular an injection syringe, which is arranged in the housing and is removable out of the housing, - a transfer channel for the direct or indirect transfer of the liquid from the bag into the dispensing device, characterized by at least one pressure plate, which is pressable against the bag, for squeezing out the bag. - a housing - a flexible bag, which is arranged in the housing, for receiving a liquid, - a dispensing device, in particular an injection syringe, which is arranged in the housing and is removable out of the housing, - a transfer channel for the direct or indirect transfer of the liquid from the bag into the dispensing device,
A method implemented in a computer for the numerical simulation of a porous medium that is capable of comprising hydraulic fracture, wherein the whole behavior of the porous medium is simulated following the following steps: defining the domain; creating a numerical mesh on the domain to generate a geomechanical model and fluid-flow model of the porous medium with standard finite elements comprising delimitation associated with the domain wherein edges of the mesh follow at least the boundaries of the domain and the pre-existing fractures, populating the numerical mesh elements with mechanical properties, at least elastic properties; and flow properties, at least permeability properties, the said populated numerical mesh forming a geomechanical and fluid-flow model, populating the numerical mesh elements with initial stress and initial fluid pressure values, assigning the boundary conditions, assembling of the system of equations, solving the evolution in time for a coupled solution of the fluid-flow model and the geomechanical model; characterized by, creating the numerical mesh comprises: creating a numerical mesh using zero-thickness interface elements which are inserted along the path of the pre-existing fractures, locating surfaces extending along finite element boundaries along which new fractures may propagate; and, creating a numerical mesh using zero-thickness interface elements along the mid-plane of the new fractures. defining the domain; creating a numerical mesh on the domain to generate a geomechanical model and fluid-flow model of the porous medium with standard finite elements comprising delimitation associated with the domain wherein edges of the mesh follow at least the boundaries of the domain and the pre-existing fractures, populating the numerical mesh elements with mechanical properties, at least elastic properties; and flow properties, at least permeability properties, the said populated numerical mesh forming a geomechanical and fluid-flow model, populating the numerical mesh elements with initial stress and initial fluid pressure values, assigning the boundary conditions, assembling of the system of equations, solving the evolution in time for a coupled solution of the fluid-flow model and the geomechanical model; creating a numerical mesh using zero-thickness interface elements which are inserted along the path of the pre-existing fractures, locating surfaces extending along finite element boundaries along which new fractures may propagate; and, creating a numerical mesh using zero-thickness interface elements along the mid-plane of the new fractures.
An apparatus, comprising: a flexible display device (110, 410) having a flat configuration and a curved configuration; a support structure (120, 420) adjacent to a rear side of the flexible display device to support the flexible display device; an arc bar device (130, 430) in the shape of an arc and coupled to the support structure; and a guide mechanism (140, 440) connected to the support structure along a center y-axis of the support structure, characterized in that a center portion of the arc bar device is rotatable and slidable in the y-axis direction within the guide mechanism and that each end of the arc bar device is rotatably fixed to a center of a lateral end of the support structure to allow the flexible display device to transform from the flat configuration to the curved configuration. a flexible display device (110, 410) having a flat configuration and a curved configuration; a support structure (120, 420) adjacent to a rear side of the flexible display device to support the flexible display device; an arc bar device (130, 430) in the shape of an arc and coupled to the support structure; and a guide mechanism (140, 440) connected to the support structure along a center y-axis of the support structure,
A tooth whitening kit comprising a whitening composition and an applicator: i) the composition comprising a non-bleaching whitening agent comprising mica and a blue dye and a smectite clay comprising stearalkonium hectorite; and ii) the applicator comprising an application means, a liquid reservoir and a plunger movably mounted within the reservoir. i) the composition comprising a non-bleaching whitening agent comprising mica and a blue dye and a smectite clay comprising stearalkonium hectorite; and ii) the applicator comprising an application means, a liquid reservoir and a plunger movably mounted within the reservoir.
A candle comprising: prilled wax particles, said particles comprising a hydrogenated natural oil and wherein at least 75% of said particles have a particle size of less than 800 μm; a compressed core comprising a major portion of said prilled wax particles; a thermally fused outer layer comprising a minor portion of said prilled wax particles; and a wick. prilled wax particles, said particles comprising a hydrogenated natural oil and wherein at least 75% of said particles have a particle size of less than 800 μm; a compressed core comprising a major portion of said prilled wax particles; a thermally fused outer layer comprising a minor portion of said prilled wax particles; and a wick.
A two-layer plate of maraging steel, comprising: a first layer formed of a composition comprising, by weight, 15.0 to 20.0% Ni, 2.0 to 6.0% Mo, 3.0 to 8.0% Ti, up to 0.5% Al, up to 0.5% Co, up to 1.0% Cr, up to 1.0% Cu, up to 0.5% Si, up to 0.3% Nb, up to 0.3% Mn, up to 0.05% C, up to 0.04% P, up to 0.03% S, up to 0.01% N, the balance Fe and residual impurities; and a second layer metallurgically bonded to the first layer, the second layer formed of a composition comprising, by weight, 15.0 to 20.0% Ni, 2.0 to 6.0% Mo, 1.0 to 3.0% Ti, up to 0.5% Al, up to 0.5% Co, up to 0.5% Si, up to 1.0% Cr, up to 1.0% Cu, up to 0.3% Nb, up to 0.3% Mn, up to 0.05% C, up to 0.1% P, up to 0.03% S, up to 0.01% N, the balance Fe and residual impurities; wherein the first layer has a hardness value ranging from 58 to 64 RC and a tensile strength of at least 2413 N/mm 2 (350 ksi), and wherein the second layer has a hardness value ranging from 48 to 54 RC. a first layer formed of a composition comprising, by weight, 15.0 to 20.0% Ni, 2.0 to 6.0% Mo, 3.0 to 8.0% Ti, up to 0.5% Al, up to 0.5% Co, up to 1.0% Cr, up to 1.0% Cu, up to 0.5% Si, up to 0.3% Nb, up to 0.3% Mn, up to 0.05% C, up to 0.04% P, up to 0.03% S, up to 0.01% N, the balance Fe and residual impurities; and a second layer metallurgically bonded to the first layer, the second layer formed of a composition comprising, by weight, 15.0 to 20.0% Ni, 2.0 to 6.0% Mo, 1.0 to 3.0% Ti, up to 0.5% Al, up to 0.5% Co, up to 0.5% Si, up to 1.0% Cr, up to 1.0% Cu, up to 0.3% Nb, up to 0.3% Mn, up to 0.05% C, up to 0.1% P, up to 0.03% S, up to 0.01% N, the balance Fe and residual impurities; wherein the first layer has a hardness value ranging from 58 to 64 RC and a tensile strength of at least 2413 N/mm 2 (350 ksi), and wherein the second layer has a hardness value ranging from 48 to 54 RC.
Bone nail for osteosynthesis, comprising - a load-bearing component made of metal, the load-bearing component comprising a proximal end, a distal end, a conical portion between the proximal end and the distal end, and a longitudinal axis, and - a body connected to the load-bearing component by means of the load-bearing component being sheathed in a biocompatible material, characterised in that the distal portion of the load-bearing component is designed to be conical, the biocompatible material being arranged over the conical portion; the metal being titanium and the load-bearing component comprising a groove made transversely to the longitudinal axis thereof, in which groove the biocompatible material engages. - a load-bearing component made of metal, the load-bearing component comprising a proximal end, a distal end, a conical portion between the proximal end and the distal end, and a longitudinal axis, and - a body connected to the load-bearing component by means of the load-bearing component being sheathed in a biocompatible material,
Method for accessing supplementary content for multimedia content, - in which a beginning of an output of a multimedia content is detected; - in which the multimedia content, a first output position of the multimedia content and a type of the output of the multimedia content are ascertained; - in which the multimedia content, the first output position of the multimedia content and the type of the output of the multimedia content are taken as a basis for providing an offer of at least one supplementary content; - in which a request for the at least one supplementary content is detected; - in which the at least one supplementary content is provided on the basis of the request for the at least one supplementary content, a user simultaneously having the multimedia content output to him by a first terminal and having the at least one supplementary content output to him by a second terminal; - in which the request for the at least one supplementary content is taken as a basis for ascertaining a second output position of the multimedia content; and - in which a recording of the multimedia content from the second output position of the multimedia content onwards is requested, the recording of the multimedia content being requested on the basis of the multimedia content and/or the supplementary content. - in which a beginning of an output of a multimedia content is detected; - in which the multimedia content, a first output position of the multimedia content and a type of the output of the multimedia content are ascertained; - in which the multimedia content, the first output position of the multimedia content and the type of the output of the multimedia content are taken as a basis for providing an offer of at least one supplementary content; - in which a request for the at least one supplementary content is detected; - in which the at least one supplementary content is provided on the basis of the request for the at least one supplementary content, a user simultaneously having the multimedia content output to him by a first terminal and having the at least one supplementary content output to him by a second terminal; - in which the request for the at least one supplementary content is taken as a basis for ascertaining a second output position of the multimedia content; and - in which a recording of the multimedia content from the second output position of the multimedia content onwards is requested, the recording of the multimedia content being requested on the basis of the multimedia content and/or the supplementary content.
A lock arrangement, comprising a lock body, a front shield and a bolt, which front shield comprises a bolt hole, through which the bolt is moveable outwards from the lock body, wherein at least another side of the lock body comprises a first projection arrangement (6, 6A) facing towards a side surface of the bolt, immediately behind the front shield at the site of the bolt hole, and which side surface of the bolt comprises a second projection arrangement (8, 9) facing towards the side of the lock body, which projection arrangements (6, 6A, 8, 9) settle against each other at least then, when the bolt is extended from the lock body, characterized in that the first projection arrangement comprises first projections side-by-side in the vertical direction of the lock body and the second projection arrangement comprises second side-by-side projections in the vertical direction of the lock body, which second projections settle between the first projections at least then, when the bolt is in the extended position.
Device for attenuating electromagnetic radiation present in a space, comprising an antenna for collecting the electromagnetic radiation provided with one or more coils (A,B,C), wherein the antenna is substantially rod-like, the coils are arranged round the antenna such that the coils are coupled to the antenna, the device can be connected to earth for the purpose of discharging the electromagnetic radiation to earth and the winding of each coil is provided with a first outer end wire and a second outer end wire (6, 8, 9, 11, 12, 14) characterized in that the first outer end wire and second outer end wire extend substantially perpendicularly of the antenna, the first outer end wire and second outer end have free ends and that a metal wire (7, 10, 13) is arranged on the antenna at the position of the upper side of each coil for the purpose of supporting the first and second outer end wires.
A hepatic tissue cell sheet comprising at least hepatic parenchymal cells obtained from hepatic tissue for use in the treatment of each disease illustrated by hepatic enzyme deficiency, haemophilia, coagulopathy, liver failure, fulminant hepatitis, chronic hepatitis, liver cirrhosis, a liver resected patient and an infectious disease, or for use in assistance to the function of the liver, which sheet is obtained by culturing hepatic tissue cells comprising at least hepatic parenchymal cell obtained from hepatic tissue on a cell culture support whose surface is coated with a polymer which shows a change in the hydration force in the temperature range of 0 to 80°C within the temperature range where the hydration force of the polymer is weak, thereafter changing the temperature of the liquid culture medium to a level at which the hydration force of the polymer becomes strong to peel cultured hepatic tissue cells, that are suitable for transplantation into a definite site in the living body of an animal including a human.
A method of preparing cell-derived artificial microvesicles, the method comprising: injecting a cell suspension into an apparatus for preparing cell-derived artificial microvesicles; and preparing artificial microvesicles from the cells using centrifugal force on the apparatus containing the cell suspension; wherein the apparatus comprises an injecting main body unit injected with a cell suspension; a filter unit connected to the injecting main body unit, and in which cells are crushed as the cell suspension is passed through the injecting main body unit to the filter unit by a piston; and a collecting main body unit configured to collect artificial microvesicles formed by passing through the filter unit; the injecting main body unit is formed by a lid, the piston, and a main body sequentially connected to each other; and the piston pushes the cell suspension to the filter unit by centrifugal force. injecting a cell suspension into an apparatus for preparing cell-derived artificial microvesicles; and preparing artificial microvesicles from the cells using centrifugal force on the apparatus containing the cell suspension; wherein the apparatus comprises an injecting main body unit injected with a cell suspension; a filter unit connected to the injecting main body unit, and in which cells are crushed as the cell suspension is passed through the injecting main body unit to the filter unit by a piston; and a collecting main body unit configured to collect artificial microvesicles formed by passing through the filter unit; the injecting main body unit is formed by a lid, the piston, and a main body sequentially connected to each other; and the piston pushes the cell suspension to the filter unit by centrifugal force.
A nucleic acid regulatory element of 700 nucleotides or less for enhancing cardiac-specific gene expression, comprising a sequence selected from the group consisting of: SEQ ID NO: 1, SEQ ID NO: 3, SEQ ID NO: 5, SEQ ID NO: 6, SEQ ID NO: 7, a sequence having 95% identity to any of SEQ ID NO: 1, SEQ ID NO: 3, SEQ ID NO: 5, SEQ ID NO: 6, SEQ ID NO: 7, or a functional fragment of any of SEQ ID NO: 1, SEQ ID NO: 3, SEQ ID NO: 5, SEQ ID NO: 6, SEQ ID NO: 7.
Device for optically measuring distance, in particular a handheld device, having a transmitting unit with a light source (17, 18) for emitting optical measurement radiation (13, 20, 22) toward a target object, and having a receiving unit, which is located at a distance from the optical axis of the transmitting unit and has at least one optical detector for receiving optical radiation (16, 49, 50) returning from the target object, wherein the detector of the receiving unit has a plurality of mutually separate light-sensitive surfaces (70, 72, 74; 170, 172, 174; 270, 272, 274; 370, 372; 470, 472; 570, 572) which are able to be activated separately from one another, characterized in that the light-sensitive surfaces (470, 472, 474; 570, 572) of the detector are formed and/or arranged such that an envelope (465, 565) of these surfaces (470, 472, 474; 570, 572) expands in the direction of a beam displacement for progressively diminishing target object distances.
A method for treating a downhole wellbore tubular or subsurface completion equipment, the method comprising the steps of: determining the likelihood of the presence of scale in the downhole wellbore tubular or subsurface completion equipment; forming or providing a treatment fluid comprising: (i) water; (ii) a chelating agent for forming a heterocyclic ring that contains a metal ion attached to at least two nonmetal ions, wherein the chelating agent is present at a concentration in the range of 1 to 80% by weight of the water; and (iii) a viscosity-increasing agent comprising a polymeric material; introducing the treatment fluid into the downhole wellbore tubular or the subsurface completion equipment; and allowing the treatment fluid to dissolve and remove carbonates and other minerals from the downhole wellbore tubular or subsurface completion equipment, wherein the pH of the treatment fluid is equal to or greater than 5. determining the likelihood of the presence of scale in the downhole wellbore tubular or subsurface completion equipment; forming or providing a treatment fluid comprising: (i) water; (ii) a chelating agent for forming a heterocyclic ring that contains a metal ion attached to at least two nonmetal ions, wherein the chelating agent is present at a concentration in the range of 1 to 80% by weight of the water; and (iii) a viscosity-increasing agent comprising a polymeric material; (i) water; (ii) a chelating agent for forming a heterocyclic ring that contains a metal ion attached to at least two nonmetal ions, wherein the chelating agent is present at a concentration in the range of 1 to 80% by weight of the water; and (iii) a viscosity-increasing agent comprising a polymeric material; introducing the treatment fluid into the downhole wellbore tubular or the subsurface completion equipment; and allowing the treatment fluid to dissolve and remove carbonates and other minerals from the downhole wellbore tubular or subsurface completion equipment, wherein the pH of the treatment fluid is equal to or greater than 5.
A fiber comprising a polyolefin pellet, wherein the fiber has a tenacity measured by ASTM D 638 of of 11,5 to 15,9 cN/dtex (13 to 18 gf/denier), wherein the polyolefin is a copolymer of ethylene and 1-hexene, which has: a density of 0.94 to 0.96 g/cm 3, as measured according to ASTM D 1505; a molecular weight distribution of 2.0 to 3.0, as measured using gel permeation chromatography at a measurement temperature of 160°C; and a melt index(MI:190°C, 2.16kg) of 0.1 to 1.5 g/10min, as measured according to ASTM D 1238; and when the polyolefin pellet is manufactured into a casting film at 190°C, the number of gels with a particle diameter of 250 μm or more and less than 650 μm is less than 50 per unit area(m 2), wherein the number of gels is measured as disclosed in the specification. a density of 0.94 to 0.96 g/cm 3, as measured according to ASTM D 1505; a molecular weight distribution of 2.0 to 3.0, as measured using gel permeation chromatography at a measurement temperature of 160°C; and a melt index(MI:190°C, 2.16kg) of 0.1 to 1.5 g/10min, as measured according to ASTM D 1238; and when the polyolefin pellet is manufactured into a casting film at 190°C, the number of gels with a particle diameter of 250 μm or more and less than 650 μm is less than 50 per unit area(m 2), wherein the number of gels is measured as disclosed in the specification.