mhurhangee/ep-ind-claims huggingface dataset:
A computer-readable non-transitory storage medium having computer program instructions encoded thereon that, in response to execution, cause a computing device to perform operations comprising: displaying, on a display device, selectable visual elements indicative of respective options to communicate with a destination device that facilitates a safety service within a pre-defined coverage area; receiving input information including a selection of a first selectable visual element of the selectable visual elements, the first selectable visual element indicative of a first type of communication with the destination device, the input information further including login information associated with a previously-established user account on a remote computing device; sending, to the remote computing device, a request to establish a connection with the destination device, the request including the login information and first information indicative of a location of the computing device; receiving, from the remote computing device, a response message including second information indicative of a communication address of a first server device functionally coupled to the destination device; initiating a connection with the first server device using the communication address; and initiating, by the first server device, a connection with the destination device when the computing device is within the pre-defined coverage area. displaying, on a display device, selectable visual elements indicative of respective options to communicate with a destination device that facilitates a safety service within a pre-defined coverage area; receiving input information including a selection of a first selectable visual element of the selectable visual elements, the first selectable visual element indicative of a first type of communication with the destination device, the input information further including login information associated with a previously-established user account on a remote computing device; sending, to the remote computing device, a request to establish a connection with the destination device, the request including the login information and first information indicative of a location of the computing device; receiving, from the remote computing device, a response message including second information indicative of a communication address of a first server device functionally coupled to the destination device; initiating a connection with the first server device using the communication address; and initiating, by the first server device, a connection with the destination device when the computing device is within the pre-defined coverage area.
A system adapted for inhibiting thrombogenesis on a surface of an implantable medical device in vivo, said system comprising the implantable medical device and an electrical energy source adapted for being electrically coupled to said surface, said electrical energy source being further adapted for providing electropositive current density between about 0.001 and about 1.0 mA/cm 2 on said surface; wherein said electrical source is electrically coupled to said surface through a wire wherein said implantable medical device is a mechanical heart valve or a stent.
A composition for use in treating muscular dystrophy or dystrophinopathy comprising a therapeutically effective amount of recombinant AAV vector expressing miR-29c, wherein the composition is administered with a second composition comprising a therapeutically effective amount of recombinant AAV vector expressing micro-dystrophin, wherein the recombinant AAV vector expressing miR-29c comprises the nucleotide sequences of SEQ ID NO: 3 and SEQ ID NO: 4, and the recombinant AAV vector expressing micro-dystrophin comprises a muscle specific control element operably linked to the nucleotide sequence of SEQ ID NO: 7.
Method of switching on a power transformer comprising at least one phase, by a circuit breaker, suitable for applying a voltage in a first phase of the at least one phase, the method comprising a step for selecting between a first or a second sequence, and a step of switching on, at a given time, the power transformer according to the previously selected sequence, the first sequence being suitable for generating a first predetermined flux in the first phase, at the given time, equal to a predetermined residual flux following power-off of the power transformer by a controlled opening of the circuit-breaker, the second sequence being suitable for generating a dynamic flux in the first phase, at the given time, equal to an estimate of the effective residual flux in the power transformer, the first sequence being selected when the effective residual flux is the result of a controlled opening or when the core of the power transformer is demagnetized, the second sequence being selected in the other cases.
Method for managing control software (124, 312) of a brake system of a vehicle, characterized in that the control software is initially preinstalled in a controller as control software not adapted to the vehicle and in that, in a downloading step, control software adapted to the vehicle is downloaded from a server via a wireless interface of the vehicle, and, before the vehicle is delivered, in a flashing step, the controller of the brake system is flashed to the control software adapted to the vehicle, wherein the control software adapted to the vehicle is defined more precisely in terms of parameters of the control software, wherein the parameters comprise vehicle-specific geometrical conditions, mass distributions and/or performance data.
A metal-to-metal seal consisting of a first mating surface and a second mating surface; wherein the first mating surface is provided with an annular projection having one or more annular grooves and wherein the projection is configured such that when the first and second surface are brought into mating contact, the annular projection of the first mating surface deforms the second mating surface to form a seal, wherein the projection has an isosceles triangular cross section; characterised in that the metal-to-metal seal does not comprise a gasket or liquid sealant.
A method for reconfiguring a single person workstation wherein the single person workstation includes first and second spaced apart leg members (12a, 12b) that form a first frame space therebetween and a table top assembly (14, 16, 18) where the table top assembly (14, 16, 18) is mountable between the leg members (12a, 12b) in either of at least a first position with the table top assembly located substantially within the frame space and a second position wherein at least a portion of the table top assembly extends out of the frame space, the method comprising the steps of: with the table top assembly initially in the first of the two positions, moving the table top assembly from the first of the two positions to the second of the two positions; and securing the table top assembly in the second of the two positions with at least a portion of the table top assembly extending out of the frame space; wherein the work station further includes a rail member that includes first and second ends and that mounts between the first and second leg members (12a, 12b), the rail member being moveable with the table top assembly between the first and second positions and supporting an edge of the table top assembly. with the table top assembly initially in the first of the two positions, moving the table top assembly from the first of the two positions to the second of the two positions; and securing the table top assembly in the second of the two positions with at least a portion of the table top assembly extending out of the frame space; wherein the work station further includes a rail member that includes first and second ends and that mounts between the first and second leg members (12a, 12b), the rail member being moveable with the table top assembly between the first and second positions and supporting an edge of the table top assembly.
A rotating electric machine of the type comprising a shell housing an active core with a rotor and a stator, the rotor being mounted on a shaft, the machine being wherein: the shell comprises an end portion shaped as an interchangeable flange receiving interface configured to receive an interchangeable flange, the interchangeable flange receiving interface comprising at least two engaging portions which cooperate with at least two corresponding engaging portions of the interchangeable flange, characterized in that: the interchangeable flange receiving interface comprises a substantially circular shoulder defining an internal circular cavity with an edge wall, and the at least two engaging portions are formed as male engaging portions with dovetail interface configuration that project from the edge wall to the internal circular cavity; the at least two corresponding engaging portions of the interchangeable flange are formed as female engaging portions of dovetail interface configuration, the female engaging portions of dovetail interface configuration being formed in protrusions with a curved outer profile, so that the curved outer profile of the protrusions corresponds to a circular profile of the edge wall of the internal circular cavity of the circular shoulder; the interchangeable flange further comprises a perimetric circular edge with at least one corresponding guiding protrusion provided near said perimetric edge; and the interchangeable flange receiving interface further comprises a perimetric circular edge with at least one guiding depression near said perimetric edge, the at least one guiding depression being configured to receive the at least one corresponding guiding protrusion provided near said perimetric edge of the interchangeable flange. the interchangeable flange receiving interface comprises a substantially circular shoulder defining an internal circular cavity with an edge wall, and the at least two engaging portions are formed as male engaging portions with dovetail interface configuration that project from the edge wall to the internal circular cavity; the at least two corresponding engaging portions of the interchangeable flange are formed as female engaging portions of dovetail interface configuration, the female engaging portions of dovetail interface configuration being formed in protrusions with a curved outer profile, so that the curved outer profile of the protrusions corresponds to a circular profile of the edge wall of the internal circular cavity of the circular shoulder; the interchangeable flange further comprises a perimetric circular edge with at least one corresponding guiding protrusion provided near said perimetric edge; and the interchangeable flange receiving interface further comprises a perimetric circular edge with at least one guiding depression near said perimetric edge, the at least one guiding depression being configured to receive the at least one corresponding guiding protrusion provided near said perimetric edge of the interchangeable flange.
An occluder device comprising: a crossing pattern of at least one wound filament; the device having been formed from a tubular structure characterised by outer windings of the at least one wound filament overlaying inner previously-laid windings such that the crossing pattern is non-interlocking. a crossing pattern of at least one wound filament; the device having been formed from a tubular structure characterised by outer windings of the at least one wound filament overlaying inner previously-laid windings such that the crossing pattern is non-interlocking.
Digital terrestrial TV reception antenna comprising a reflector comprising a through hole, a linking rod and a support element in which a plurality of directing elements are distributed, wherein the linking rod and the support element are two different elements, the linking rod passing through the through hole and an end of the linking rod being housed inside the support element, characterized in that the reflector is linked to the linking rod by means of a quick anchoring mechanism comprising at least one pin associated with the linking rod, and at least one anchoring hole in a wall demarcating the through hole of the reflector, cooperating with said pin, such that the pin is housed in the anchoring hole when the linking rod and the reflector are linked.
A method for converting carbonaceous feedstock slurry into synthetic fuel gas comprising: (a) introducing a carbonaceous feed stock slurry into a first reaction vessel via a continuous feed; (b) converting said carbonaceous feed stock slurry to a carbon char slurry comprising carbon char and water by allowing said carbonaceous feed stock slurry to have a residency time of between 5 and 30 minutes in said first reaction vessel, said carbonaceous feed stock slurry being heated to a temperature of between 260 to 320 °C at a pressure such that water does not flash to steam, (c) transferring said carbon char slurry comprising carbon char and water from the first reaction vessel to a second reaction vessel which comprises an entrained flow steam reforming gasifier, introducing a pressure decrease with said transferring such that at least a portion of the water flashes to steam to produce a carbon char slurry comprising carbon char and steam, wherein the entrained flow steam reforming gasifier is constructed of material comprising nickel, and (d) within said second reaction vessel producing a mixture comprising synthetic fuel gas from said carbon char slurry comprising carbon char and steam, the gasifier producing a process bulk temperature within the gasifier from greater than 650 °C to 1000 °C, wherein the process bulk temperature is the mean aggregate temperature of the flow, after it has been heated, as it leaves the gasifier. (a) introducing a carbonaceous feed stock slurry into a first reaction vessel via a continuous feed; (b) converting said carbonaceous feed stock slurry to a carbon char slurry comprising carbon char and water by allowing said carbonaceous feed stock slurry to have a residency time of between 5 and 30 minutes in said first reaction vessel, said carbonaceous feed stock slurry being heated to a temperature of between 260 to 320 °C at a pressure such that water does not flash to steam, (c) transferring said carbon char slurry comprising carbon char and water from the first reaction vessel to a second reaction vessel which comprises an entrained flow steam reforming gasifier, introducing a pressure decrease with said transferring such that at least a portion of the water flashes to steam to produce a carbon char slurry comprising carbon char and steam, wherein the entrained flow steam reforming gasifier is constructed of material comprising nickel, and (d) within said second reaction vessel producing a mixture comprising synthetic fuel gas from said carbon char slurry comprising carbon char and steam, the gasifier producing a process bulk temperature within the gasifier from greater than 650 °C to 1000 °C, wherein the process bulk temperature is the mean aggregate temperature of the flow, after it has been heated, as it leaves the gasifier.
Refrigerated goods container for a refrigeration appliance, having at least one wall (4, 5) made from wire mesh, and an end profile, wherein the wall (4, 5) has an end section and the end profile is installed on the end section, wherein a first side surface of the end section comprises first latching projections and a second side surface of the end section, which faces the first side surface, comprises at least one second latching projection, wherein the end profile is latched with the first latching projections and the second latching projection to the end section, characterised in that a first wire is fastened to the first side surface of the end section and the first latching projections are formed by deformations of the first wire.
An aerial optical fiber cable inspection method comprising: receiving backscattered light of test light incident on an aerial optical fiber cable to be measured - using optical fiber reflection measurements -, and acquiring - based on said optical fiber reflection measurements - a vibration distribution of vibrations caused by disturbances from the natural environment along a longitudinal direction of the aerial optical fiber cable; and calculating a standard deviation of an amplitude at each position in the vibration distribution; and identifying a cable sagging section in which the aerial optical fiber cable sags based on the standard deviation; wherein: - a section in which the standard deviation is larger than an average of the standard deviations at each position along the longitudinal direction of the aerial optical fiber cable is identified as the cable sagging section; or - an arbitrary section along the longitudinal direction of the aerial optical fiber cable is identified as the cable sagging section if a variance of the standard deviations at each position included in the arbitrary section is larger than a preset threshold value; or - a section in which the standard deviation is larger than a preset threshold value is identified as the cable sagging section. receiving backscattered light of test light incident on an aerial optical fiber cable to be measured - using optical fiber reflection measurements -, and acquiring - based on said optical fiber reflection measurements - a vibration distribution of vibrations caused by disturbances from the natural environment along a longitudinal direction of the aerial optical fiber cable; and calculating a standard deviation of an amplitude at each position in the vibration distribution; and identifying a cable sagging section in which the aerial optical fiber cable sags based on the standard deviation; wherein: - a section in which the standard deviation is larger than an average of the standard deviations at each position along the longitudinal direction of the aerial optical fiber cable is identified as the cable sagging section; or - an arbitrary section along the longitudinal direction of the aerial optical fiber cable is identified as the cable sagging section if a variance of the standard deviations at each position included in the arbitrary section is larger than a preset threshold value; or - a section in which the standard deviation is larger than a preset threshold value is identified as the cable sagging section. - a section in which the standard deviation is larger than an average of the standard deviations at each position along the longitudinal direction of the aerial optical fiber cable is identified as the cable sagging section; or - an arbitrary section along the longitudinal direction of the aerial optical fiber cable is identified as the cable sagging section if a variance of the standard deviations at each position included in the arbitrary section is larger than a preset threshold value; or - a section in which the standard deviation is larger than a preset threshold value is identified as the cable sagging section.
An aqueous emulsion comprising a block copolymer containing a polymer block (a) composed of a structural unit derived from an aromatic vinyl compound and a polymer block (b) containing 1 to 100% by mass of a structural unit derived from farnesene and 99 to 0% by mass of a structural unit derived from a conjugated diene other than farnesene, with a mass ratio [(a)/(b)] of the polymer block (a) and the polymer block (b) being 5/95 to 70/30; a protective colloid; and water, a content of the protective colloid being 3 to 35 parts by mass based on 100 parts by mass of the block copolymer.
A cooling device comprising a body having an inner wall, an outer wall, an insulation volume between the inner wall and the outer wall, an insulation material filled into the insulation volume, and characterised by at least one perforated regulating member that is placed into the insulation volume for preventing the formation of gaps by regulating the flow of the insulation material during it being filled into the insulation volume, wherein said regulating member has a plurality of holes and is configured and is placed into the insulation volume in such a manner that insulation material during it being filled into the insulation volume splits into smaller pieces by passing through said holes of the regulating member.
A method of wireless communication between a vehicle base station and a transponder, the method comprising: driving interior and exterior antennas using first driving currents, I I and I O respectively, the interior antenna being separated from the transponder by a portion of a vehicle in which the vehicle base station resides; detecting separate vector components of the respective fields emitted by the interior and exterior antennas and received at the transponder; calculating superposition factors, n and m respectively, for the interior and exterior antennas based upon the separate vector components; concurrently driving the interior and exterior antennas using the same phase, respectively using the first driving currents multiplied by the superposition factors, I I ∗ n and I O1 ∗ m; respectively; and detecting superposed vector components x S, y S and z S of a superposed signal including signals from both antennas received at the transponder; and authenticating the transponder in response to the detected superposed vector components being within an error-based range of the sum of the separate vector components for each of the interior and exterior antennas as multiplied respectively by the superposition factors for the interior and exterior antennas. driving interior and exterior antennas using first driving currents, I I and I O respectively, the interior antenna being separated from the transponder by a portion of a vehicle in which the vehicle base station resides; detecting separate vector components of the respective fields emitted by the interior and exterior antennas and received at the transponder; calculating superposition factors, n and m respectively, for the interior and exterior antennas based upon the separate vector components; concurrently driving the interior and exterior antennas using the same phase, respectively using the first driving currents multiplied by the superposition factors, I I ∗ n and I O1 ∗ m; respectively; and detecting superposed vector components x S, y S and z S of a superposed signal including signals from both antennas received at the transponder; and authenticating the transponder in response to the detected superposed vector components being within an error-based range of the sum of the separate vector components for each of the interior and exterior antennas as multiplied respectively by the superposition factors for the interior and exterior antennas.
A membrane, suitable for use in a fuel cell, wherein the membrane comprises: (a) a central region comprising an ion-conducting polymeric material; (b) a border region which creates a frame around the central region and which consist of one or more non-ion-conducting material wherein at least one of the one or more non-ion-conducting materials forms a layer; and (c) an overlap region, in which the non-ion-conducting material of the border region overlaps the ion-conducting polymeric material of the central region by 0 to 10mm in the overlap region and wherein a single reinforcement component extends throughout the central region, border region and overlap region of the membrane. (a) a central region comprising an ion-conducting polymeric material; (b) a border region which creates a frame around the central region and which consist of one or more non-ion-conducting material wherein at least one of the one or more non-ion-conducting materials forms a layer; and (c) an overlap region, in which the non-ion-conducting material of the border region overlaps the ion-conducting polymeric material of the central region by 0 to 10mm in the overlap region