mhurhangee/ep-ind-claims huggingface dataset:
A power supply arrangement for an implantable electronic system comprising: a main implantable power supply having: i. a resonant circuit including an implant receiver coil L 101 in parallel with a resonant capacitor C 101 to receive an externally generated RF electrical signal, ii. a Schottky diode D 101 to rectify the RF signal present in the resonant circuit, and iii. an output capacitor C 102 to filter the voltage from the Schottky diode to develop a main implant supply voltage; and an implantable MRI power supply added to the main implant power supply and having: i. an MRI inductance L 102 to sense RF pulses from MR scanner fields, and ii. an MRI rectifier diode D 103 to develop the sensed RF pulses to provide a high output impedance for said implantable electronic system during magnetic resonance imaging. a main implantable power supply having: i. a resonant circuit including an implant receiver coil L 101 in parallel with a resonant capacitor C 101 to receive an externally generated RF electrical signal, ii. a Schottky diode D 101 to rectify the RF signal present in the resonant circuit, and iii. an output capacitor C 102 to filter the voltage from the Schottky diode to develop a main implant supply voltage; and i. a resonant circuit including an implant receiver coil L 101 in parallel with a resonant capacitor C 101 to receive an externally generated RF electrical signal, ii. a Schottky diode D 101 to rectify the RF signal present in the resonant circuit, and iii. an output capacitor C 102 to filter the voltage from the Schottky diode to develop a main implant supply voltage; and an implantable MRI power supply added to the main implant power supply and having: i. an MRI inductance L 102 to sense RF pulses from MR scanner fields, and ii. an MRI rectifier diode D 103 to develop the sensed RF pulses to provide a high output impedance for said implantable electronic system during magnetic resonance imaging. i. an MRI inductance L 102 to sense RF pulses from MR scanner fields, and ii. an MRI rectifier diode D 103 to develop the sensed RF pulses to provide a high output impedance for said implantable electronic system during magnetic resonance imaging.
A projectile guidance system, comprising: a kinetic penetrator body (110, 230) having a nose and a cylindrical rod-like structure; and a slip-over guidance unit (120, 220) including a hollow cylindrical finned structure, having an inner diameter configured for slidable engagement over a front portion of the kinetic penetrator body, wherein the kinetic penetrator body (110, 230) is longitudinally slidably mountable to the slip-over guidance unit (120, 220) nose-first through the hollow cylindrical structure, such that an exterior surface portion of the kinetic penetrator body (110, 230) is configured to engage, via a locking taper, an inner diameter of the hollow cylindrical structure before the projectile is launched. a kinetic penetrator body (110, 230) having a nose and a cylindrical rod-like structure; and a slip-over guidance unit (120, 220) including a hollow cylindrical finned structure, having an inner diameter configured for slidable engagement over a front portion of the kinetic penetrator body, wherein the kinetic penetrator body (110, 230) is longitudinally slidably mountable to the slip-over guidance unit (120, 220) nose-first through the hollow cylindrical structure, such that an exterior surface portion of the kinetic penetrator body (110, 230) is configured to engage, via a locking taper, an inner diameter of the hollow cylindrical structure before the projectile is launched.
Device, intended and configured as a cover element for forming, coupled with similar cover elements, a floating covering for the contents of a liquid tank, which device comprises an elongate housing (1a, 1b) having a first longitudinal coupling profile on one side and a second longitudinal coupling profile on the other side, wherein both longitudinal coupling profiles (2, 3) are configured such that two adjacent housings (1a, 1b) may be coupled to one another by means of the first longitudinal coupling profile of the one housing and the second longitudinal coupling profile of the adjacent housing, wherein the first longitudinal coupling profile and the second longitudinal coupling profile do not protrude substantially above or below the upper main plane of the housing, characterised in that the lower portions of the first longitudinal coupling profile and the second longitudinal coupling profile have a first hook hinge profile and a second hook hinge profile, respectively, which are configured, and shaped, in such a way that the housings may be hooked together at the bottom in a hinged manner, after which the top sides of said housings may be moved towards each other, and the upper portions of the first longitudinal coupling profile and of the second longitudinal coupling profile have a first top coupling profile and a second top coupling profile, respectively, which are configured to be able to be coupled to one another by means of a locking profile that can be fitted over the first top coupling profile and the second top coupling profile. which device comprises an elongate housing (1a, 1b) having a first longitudinal coupling profile on one side and a second longitudinal coupling profile on the other side, wherein both longitudinal coupling profiles (2, 3) are configured such that two adjacent housings (1a, 1b) may be coupled to one another by means of the first longitudinal coupling profile of the one housing and the second longitudinal coupling profile of the adjacent housing, wherein the first longitudinal coupling profile and the second longitudinal coupling profile do not protrude substantially above or below the upper main plane of the housing, characterised in that the lower portions of the first longitudinal coupling profile and the second longitudinal coupling profile have a first hook hinge profile and a second hook hinge profile, respectively, which are configured, and shaped, in such a way that the housings may be hooked together at the bottom in a hinged manner, after which the top sides of said housings may be moved towards each other, and the upper portions of the first longitudinal coupling profile and of the second longitudinal coupling profile have a first top coupling profile and a second top coupling profile, respectively, which are configured to be able to be coupled to one another by means of a locking profile that can be fitted over the first top coupling profile and the second top coupling profile.
A hot start enzyme composition comprising an inducible RNAse H enzyme, wherein said enzyme is reversibly modified by acylation of an amino acid residue of said enzyme or with formaldehyde.
A package that includes a container including a wall and a medal, wherein the medal is retained to the wall by container material of integral one-piece construction with the wall and extending over at least a portion of the medal, and a closure coupled to a neck finish of the container, and wherein the medal is responsive to a change associated with the closure relative to the container, wherein the closure sealingly covers at least a portion of the medal, which, upon contact with air, is adapted irreversibly to change a characteristic of the medal that is visible from outside of the container to indicate to a user that the package has been used. a container including a wall and a medal, wherein the medal is retained to the wall by container material of integral one-piece construction with the wall and extending over at least a portion of the medal, and a closure coupled to a neck finish of the container, and wherein the medal is responsive to a change associated with the closure relative to the container, wherein the closure sealingly covers at least a portion of the medal, which, upon contact with air, is adapted irreversibly to change a characteristic of the medal that is visible from outside of the container to indicate to a user that the package has been used.
An electrical outlet assembly, comprising: an outlet housing having an outer support arm and an inner support arm, the outer and inner support arms defining a socket receptacle, the inner and outer support arms (21, 23) having rotational support members (33, 35) being at least partially circular in profile; a rotary socket having at least one plug receiver for receiving an electrical plug, the rotary socket comprising a socket casing (81, 83) and rotary contacts; characterized in that the inner and outer support arms (21, 23) comprise fixed electrical contact assemblies (51, 53), each fixed electrical contact assembly including an electrical contact plate (55, 59); in that the rotary socket further comprises rotational support members having a substantially circular outer surface extending outwardly from sidewalls of the socket casing, and first and second rotary contact plates (111, 113) attached thereto and rotationally supported by the rotational support members (33, 35); and in that the rotary contacts are affixed to the first and second rotary contact plates respectively, and each of the electrical contact plates (55, 59) extends over at least an arcuate surface shape so as to maintain electrical contact between respective ones of the rotary contacts and electrical contact plates (55, 59) through a predetermined range of rotation of the rotary socket. an outlet housing having an outer support arm and an inner support arm, the outer and inner support arms defining a socket receptacle, the inner and outer support arms (21, 23) having rotational support members (33, 35) being at least partially circular in profile; a rotary socket having at least one plug receiver for receiving an electrical plug, the rotary socket comprising a socket casing (81, 83) and rotary contacts; characterized in that the inner and outer support arms (21, 23) comprise fixed electrical contact assemblies (51, 53), each fixed electrical contact assembly including an electrical contact plate (55, 59); in that the rotary socket further comprises rotational support members having a substantially circular outer surface extending outwardly from sidewalls of the socket casing, and first and second rotary contact plates (111, 113) attached thereto and rotationally supported by the rotational support members (33, 35); and in that the rotary contacts are affixed to the first and second rotary contact plates respectively, and each of the electrical contact plates (55, 59) extends over at least an arcuate surface shape so as to maintain electrical contact between respective ones of the rotary contacts and electrical contact plates (55, 59) through a predetermined range of rotation of the rotary socket.
A composition comprising liposomes comprising a folate targeting moiety and a prodrug of mitomycin C for use in the treatment of bladder cancer, wherein the prodrug of mitomycin C is a conjugate of mitomycin C releasably attached to a lipophilic moiety, and is of the form: wherein L is the hydrophobic moiety, R 1 represents a mitomycin C residue, and orientation of the -CH 2 R 1 group is selected from the ortho position and the para position.
A mass measurement device comprising: a force sensor having a fixed end and a free end, and configured to output a sensing signal in accordance with a magnitude of a force in a sensitivity direction; a suction channel configured to pass suctioned air therethrough; a base part (401, 403) to which said fixed end is fixed; an article-holding part (402, 404, 405) fixed to said free end, and configured to hold an article due to said suctioned air; and a computation unit configured to compute a mass of said article based on said sensing signal; wherein said force sensor and said suction channel are disposed such that, among an x-axis directional component, a y-axis directional component, and a z-axis directional component of a force exerted on said article-holding part (402, 404, 405) by said suction channel, said x-axis directional component is the smallest, where said sensitivity direction is an x-axis direction, a direction orthogonal to said x-axis direction is a y-axis direction, and a direction orthogonal to both said x-axis direction and said y-axis direction is a z-axis direction; characterised in that one end of said suction channel is connected to said article-holding part (402, 404, 405); said suction channel is disposed so as to pass through said base part (401, 403). a force sensor having a fixed end and a free end, and configured to output a sensing signal in accordance with a magnitude of a force in a sensitivity direction; a suction channel configured to pass suctioned air therethrough; a base part (401, 403) to which said fixed end is fixed; an article-holding part (402, 404, 405) fixed to said free end, and configured to hold an article due to said suctioned air; and a computation unit configured to compute a mass of said article based on said sensing signal; wherein said force sensor and said suction channel are disposed such that, among an x-axis directional component, a y-axis directional component, and a z-axis directional component of a force exerted on said article-holding part (402, 404, 405) by said suction channel, said x-axis directional component is the smallest, where said sensitivity direction is an x-axis direction, a direction orthogonal to said x-axis direction is a y-axis direction, and a direction orthogonal to both said x-axis direction and said y-axis direction is a z-axis direction; characterised in that one end of said suction channel is connected to said article-holding part (402, 404, 405); said suction channel is disposed so as to pass through said base part (401, 403).
A method for solubilizing a carbonaceous feedstock, whereby solubilizing means converting a solid carbonaceous material to a form of oxygenated carbon compounds that are in solution with water, the method comprising the steps of: a. reacting a mixture of the carbonaceous feedstock with a solid metal oxide including a metal at a first, higher oxidation state to reduce the metal of the metal oxide to a second, lower oxidation state by releasing at least one oxygen atom to oxidize at least one component of the carbonaceous feedstock; and b. oxidizing at least a portion of the metal or metal oxide containing the metal at the second, lower oxidation state to the first, higher oxidation state, and c. recycling at least a portion of the metal oxide containing the metal at the first, higher oxidation state from step (b) back to step (a). a. reacting a mixture of the carbonaceous feedstock with a solid metal oxide including a metal at a first, higher oxidation state to reduce the metal of the metal oxide to a second, lower oxidation state by releasing at least one oxygen atom to oxidize at least one component of the carbonaceous feedstock; and b. oxidizing at least a portion of the metal or metal oxide containing the metal at the second, lower oxidation state to the first, higher oxidation state, and c. recycling at least a portion of the metal oxide containing the metal at the first, higher oxidation state from step (b) back to step (a).
A multistage centrifugal pump which is designed as an inline pump, with a foot part, which comprises a suction connection and a delivery connection (5, 6), with a head part and with pump stages which are integrated therebetween, said pump stages being surrounded by an annular channel by way of which the last pump stage is connected to the delivery connection, wherein the head part and the foot part are connected via tie rods which are arranged on the outer channel wall of the annular channel and which with one end are fastened on the head part and with the other end are fastened on the foot part, wherein the tie rods are provided with a thread at one end in each case, with which thread they are tightened on the head part or on the foot part, characterised in that the tie rods are formed at least in sections from sheet metal, and in each case at the other end comprise at least one recess in the sheet metal, with which recess they are positively fixed on the foot part or on the head part, at least in the pulling direction and into which a projection which is formed on the foot part or head part engages.
A tire having a visible outer surface provided with a decorative region, wherein the decorative region is provided with ridges arranged side by side, and each of the ridges has a variable height along its length direction so that the ridge has a minimum height portion and a maximum height portion which are repeated along the length direction, and optionally a variable width along its length direction so that the ridge has a minimum width portion and a maximum width portion which are repeated along the length direction with a pitch distance p1 of from 0.1 to 5.0 mm between the minimum width portions and the maximum width portions, wherein the decorative region has a bottom face between the adjacent ridges, characterized in that each of the ridges has a ridge line including first segments extending along a direction parallel to the bottom face at the respective minimum height portions, and second segments extending along a direction parallel to the bottom face at the respective maximum height portions.
A composition comprising a milk allergen for use in treating a child under 6 years old having a detected allergy to milk, to prevent said child from developing a further allergy to a different food allergen, wherein the composition is repeatedly administered epicutaneously to said child using a non-invasive occlusive patch device, said administration protecting the child from development of at least one further allergy to the different food allergen.
A fiber comprising a mixture of at least two thermoplastic polymers each having a different viscosity and wherein the mixture has at 250°C an interfacial tension from 0.5 to 20 mN/m, and wherein the mixture comprises a portion of the fiber surface wherein the fiber is a bicomponent fiber of the sheath-core form and one of the polymers in the mixture is an amorphous thermoplastic dispersed polymer in particulate form, having an average size larger than 1 μm and comprises a portion of the fiber surface, and one of the polymers in the mixture is a matrix polymer, and wherein the sheath has a thickness smaller than the average size of the particles of dispersed polymer.
A system for actuating at least one of two or more engine valves in an internal combustion engine, the system comprising: a hydraulic fluid supply; a valve bridge operatively connected to the two or more engine valves, the valve bridge comprising a hydraulically-actuated lost motion component, the lost motion component further comprising a lost motion check valve configured to establish a locked volume of hydraulic fluid; a rocker arm in fluid communication with the hydraulic fluid supply and having a motion receiving end configured to receive valve actuation motions from a valve actuation motion source and a motion imparting end configured to convey the valve actuation motions and hydraulic fluid from the hydraulic fluid supply to the lost motion component; and an accumulator in fluid communication with the hydraulic fluid supply, disposed upstream of the lost motion check valve, and configured to discharge accumulated hydraulic fluid when pressure of the hydraulic fluid from the hydraulic fluid supply to the lost motion component drops below pressure of the accumulated fluid. a hydraulic fluid supply; a valve bridge operatively connected to the two or more engine valves, the valve bridge comprising a hydraulically-actuated lost motion component, the lost motion component further comprising a lost motion check valve configured to establish a locked volume of hydraulic fluid; a rocker arm in fluid communication with the hydraulic fluid supply and having a motion receiving end configured to receive valve actuation motions from a valve actuation motion source and a motion imparting end configured to convey the valve actuation motions and hydraulic fluid from the hydraulic fluid supply to the lost motion component; and an accumulator in fluid communication with the hydraulic fluid supply, disposed upstream of the lost motion check valve, and configured to discharge accumulated hydraulic fluid when pressure of the hydraulic fluid from the hydraulic fluid supply to the lost motion component drops below pressure of the accumulated fluid.
A semiconductor device, comprising a semiconductor substrate having a first and a second side; at least one via extending through said substrate having first and second end surfaces, said first end surface constituting a transducer electrode for interacting with a movable element arranged at the first side of the substrate; characterized by a mask provided on and covering at least part of the first side of the substrate, the mask comprising a conductive layer and an insulating material layer provided between the substrate and the conductive layer, said mask having an opening exposing only a part of the first surface of the via. a semiconductor substrate having a first and a second side; at least one via extending through said substrate having first and second end surfaces, said first end surface constituting a transducer electrode for interacting with a movable element arranged at the first side of the substrate; a mask provided on and covering at least part of the first side of the substrate, the mask comprising a conductive layer and an insulating material layer provided between the substrate and the conductive layer, said mask having an opening exposing only a part of the first surface of the via.
A device comprising: a circuit board having a central portion and a thermally conductive core layer formed as multiple independent layers or a single concentric layer surrounding the central portion, wherein the central portion is thermally separated from the thermally conductive core layer; a chip disposed over the central portion of the circuit board; and a heat sink disposed over the chip, wherein a thermal conductivity of the heat sink along a first direction is larger than a thermal conductivity along a second direction, the first direction being perpendicular to the second direction, and wherein the heat sink is thermally coupled to the thermally conductive core layer. a circuit board having a central portion and a thermally conductive core layer formed as multiple independent layers or a single concentric layer surrounding the central portion, wherein the central portion is thermally separated from the thermally conductive core layer; a chip disposed over the central portion of the circuit board; and a heat sink disposed over the chip, wherein a thermal conductivity of the heat sink along a first direction is larger than a thermal conductivity along a second direction, the first direction being perpendicular to the second direction, and wherein the heat sink is thermally coupled to the thermally conductive core layer.