mhurhangee/ep-ind-claims huggingface dataset:
Mitral or tricuspid heart valve prosthesis, comprising an expandable tubular frame with a mesh structure and a prosthetic valve mounted on the frame, said frame comprising an atrial portion, a ventricular portion and an annular portion situated between these atrial and ventricular portions; - said atrial portion flares toward the outside of the prosthesis, from said annular portion toward the end of this atrial portion opposite this annular portion, and comprises, on the side of said annular portion, on at least part of its circumference, anchoring spikes protruding from its outer face; and - said ventricular portion has a substantially spherical or ovoid shape and comprises, on the side of said annular portion, on at least part of its circumference, anchoring spikes protruding from its outer face°; characterized in that: - said ventricular portion has a large indentation on one side, extending lengthwise from the end of this ventricular portion that is opposite said annular portion to the part of this ventricular portion close to the annular portion, this indentation extending over a sector of the circumference of the prosthesis of about 90 to 140 °. - said atrial portion flares toward the outside of the prosthesis, from said annular portion toward the end of this atrial portion opposite this annular portion, and comprises, on the side of said annular portion, on at least part of its circumference, anchoring spikes protruding from its outer face; and - said ventricular portion has a substantially spherical or ovoid shape and comprises, on the side of said annular portion, on at least part of its circumference, anchoring spikes protruding from its outer face°; - said ventricular portion has a large indentation on one side, extending lengthwise from the end of this ventricular portion that is opposite said annular portion to the part of this ventricular portion close to the annular portion, this indentation extending over a sector of the circumference of the prosthesis of about 90 to 140 °.
An exhaust gas measuring system comprising: a sampling pipe that has an introduction port and a lead-out port and is adapted to, from the lead-out port, lead out exhaust gas introduced from the introduction port; multiple exhaust gas measuring devices of one or more types that are connected to the lead-out port and are adapted to measure predetermined physical quantities related to the exhaust gas flowing through the sampling pipe; and a correction device adapted to correct measurement results by the exhaust gas measuring devices, the exhaust gas measuring system being characterised by further comprising a pressure sensor adapted to measure pressure inside the sampling pipe, wherein the correction device is adapted to correct errors in the measurement results with the measured pressure by the pressure sensor as a parameter, the errors being caused by response delays.
Method for positioning at least one sample in the sample space of a microscopic arrangement, wherein - the at least one sample is embedded in a body made of a transparent gel, - the gel is shaped into a gel body, - the gel body is fixed in the sample space by means of a holding apparatus, which is rotatable about an axis of rotation perpendicular to the optical axis of the detection objective, wherein - the detection direction is changed by way of a rotation of the holding apparatus by a specified angle of rotation, - the orientation of the sample relative to the optical axis of a detection objective is changed multiple times, - image information of the sample is obtained from each resulting detection direction, and, - in the process, the sample is held such that a largely unimpeded view of the sample or parts of the sample from each detection direction is ensured, characterized in that - the gel body is provided with a cutout in the form of a hollow cone for the sample, and the sample is positioned in the hollow cone tip and is held there under the action of a small force that does not endanger the life of the sample. - the at least one sample is embedded in a body made of a transparent gel, - the gel is shaped into a gel body, - the gel body is fixed in the sample space by means of a holding apparatus, which is rotatable about an axis of rotation perpendicular to the optical axis of the detection objective, wherein - the detection direction is changed by way of a rotation of the holding apparatus by a specified angle of rotation, - the orientation of the sample relative to the optical axis of a detection objective is changed multiple times, - image information of the sample is obtained from each resulting detection direction, and, - in the process, the sample is held such that a largely unimpeded view of the sample or parts of the sample from each detection direction is ensured, characterized in that - the gel body is provided with a cutout in the form of a hollow cone for the sample, and the sample is positioned in the hollow cone tip and is held there under the action of a small force that does not endanger the life of the sample.
A locking device comprising: a lock body, wherein the lock body comprises a hasp locking latch disposed therein and a spring loaded seal locking latch disposed therein; a hasp movably disposed at the lock body and movable between an open state, where a free end of the hasp is external the lock body, and a closed state, where the free end of the hasp is within the lock body; a seal configured to be inserted into at least one aperture at the base of the lock body, wherein a first latch engaging element on the seal, when the seal is inserted into the at least one aperture when the hasp is in its closed state, engages a first portion of the hasp locking latch to cause the hasp locking latch to pivot about its pivot axis and lock the hasp in its closed state, and wherein a second latch engaging element of the seal, when inserted into the at least one aperture at the base of the lock body, engages a portion of the sea locking latch to cause the seal locking latch to pivot about its pivot axis and lock the seal within the lock body; and wherein the seal comprises a rigid material and wherein the seal includes a frangible portion that is configured to break the seal into first and second portions. a lock body, wherein the lock body comprises a hasp locking latch disposed therein and a spring loaded seal locking latch disposed therein; a hasp movably disposed at the lock body and movable between an open state, where a free end of the hasp is external the lock body, and a closed state, where the free end of the hasp is within the lock body; a seal configured to be inserted into at least one aperture at the base of the lock body, wherein a first latch engaging element on the seal, when the seal is inserted into the at least one aperture when the hasp is in its closed state, engages a first portion of the hasp locking latch to cause the hasp locking latch to pivot about its pivot axis and lock the hasp in its closed state, and wherein a second latch engaging element of the seal, when inserted into the at least one aperture at the base of the lock body, engages a portion of the sea locking latch to cause the seal locking latch to pivot about its pivot axis and lock the seal within the lock body; and wherein the seal comprises a rigid material and wherein the seal includes a frangible portion that is configured to break the seal into first and second portions.
Motor vehicle having a trim portion which has a gap and a display device, in which a screen is recessed in a concealed position in an inner side of the trim portion and in a position for use protrudes into a passenger space of the motor vehicle, wherein the display device is configured to move the screen for changing between the position for use and the concealed position in a pivoting movement through the gap, the screen in order to produce the pivot movement is connected to the trim portion by means of one or more coupled gears (42, 42'), wherein, of the at least one coupled gear (42, 42'), at least one of them comprises at least two pivoting elements (24, 26, 24', 26'), each of which is rotatably supported at two opposing ends, and a carrier plate which is pivotably supported by means of the at least two pivot elements (24, 26, 24', 26') at the inner side of the trim portion, wherein the screen is supported on the carrier plate in a rotationally secure manner, and wherein the carrier plate and the screen are mechanically supported in the trim portion exclusively by means of the at least one pivot element (24, 26, 24', 26'), characterised in that the carrier plate acts as a coupling member of the coupled gear (42, 42').
Structure intended to hold an electric battery for powering an electric motor of a motor vehicle, the structure comprising a rigid element (7, 6a, 6b), above and/or below which the battery is intended to be arranged, the rigid element including a plurality of longitudinal members (6a, 6b) of the vehicle extending longitudinally to the vehicle and connected one to the other by a plurality of cross-members, the structure being characterized in that it comprises, arranged laterally to either side of the longitudinal members, energy absorbing elements comprising deformable members (5a, 5b) extending at least substantially in a lateral direction, and two beams (4a, 4b) arranged at least substantially longitudinally to either side of the rigid element and the deformable members, the deformable members connecting the longitudinal members mechanically to the beams.
In combination, at least two fixtures for installation in a jawbone, a template, a fixture holder for each fixture designed to cooperate with a guide member of the template and configured to be assembled with the fixture with the aid of a screw, and a bridge, wherein - the fixture holder includes: i. an outwardly protruding flange which, when the fixture is at its defined position in the vertical direction, can be applied against a top surface of the guide member, and ii. a part having an outer surface arranged to cooperate with an opposite inner surface of the guide member in order to define the transverse position, and - the apical end of the fixture holder extends beyond the template when the fixture is at its defined position in the vertical direction, - characterized in that said screw is designed to extend from the upper part of the fixture holder, through the fixture holder into an inner recess formed therein, and down into a thread in the fixture. - the fixture holder includes: i. an outwardly protruding flange which, when the fixture is at its defined position in the vertical direction, can be applied against a top surface of the guide member, and ii. a part having an outer surface arranged to cooperate with an opposite inner surface of the guide member in order to define the transverse position, and i. an outwardly protruding flange which, when the fixture is at its defined position in the vertical direction, can be applied against a top surface of the guide member, and ii. a part having an outer surface arranged to cooperate with an opposite inner surface of the guide member in order to define the transverse position, and - the apical end of the fixture holder extends beyond the template when the fixture is at its defined position in the vertical direction, - characterized in that said screw is designed to extend from the upper part of the fixture holder, through the fixture holder into an inner recess formed therein, and down into a thread in the fixture.
A monitoring system for a cabinet, the system comprising: an infrared camera configured to capture thermal images of at least a portion of electrical equipment positioned in an interior cavity of the cabinet; a communication interface configured to transmit the thermal images from the infrared camera for external viewing by a user; characterized by an electromagnetic coupler arranged orthogonally to a magnetic field generated concentrically with regard to a current flow within at least one conductor of the electrical equipment within the cabinet, so that a current is induced in the electromagnetic coupler; an energy harvesting circuit configured to provide electrical power from the electromagnetic coupler; and a battery configured to store the electrical power and to power the infrared camera. an infrared camera configured to capture thermal images of at least a portion of electrical equipment positioned in an interior cavity of the cabinet; a communication interface configured to transmit the thermal images from the infrared camera for external viewing by a user; characterized by an electromagnetic coupler arranged orthogonally to a magnetic field generated concentrically with regard to a current flow within at least one conductor of the electrical equipment within the cabinet, so that a current is induced in the electromagnetic coupler; an energy harvesting circuit configured to provide electrical power from the electromagnetic coupler; and a battery configured to store the electrical power and to power the infrared camera.
A support frame for carrying a glass plate, wherein the glass plate has a first longitudinal side, a second longitudinal side opposite to the first longitudinal side along a lateral direction, a first lateral side and a second lateral side opposite to the first lateral side along a longitudinal direction, and the first longitudinal side has a length smaller than a length of the second longitudinal side, characterized in that: the support frame has a first concave and a second concave, wherein the first concave matches with a shape of the glass plate when the glass plate is placed in a first orientation along the lateral direction, the second concave matches with a shape of the glass plate when the glass plate is placed in a second orientation opposite to the first orientation along the lateral direction, and the first concave and the second concave are at least partially overlapped.
An apparatus for treating a wellbore screen with a coating material, the apparatus comprising: a support for the wellbore screen, the support supporting an outer surface of the wellbore screen and presenting the wellbore screen with open access to its inner bore, as defined by an inner tubular wall of the wellbore screen; an elongate injector for injecting coating material into the inner bore of the wellbore screen, the elongate injector including a supported end, a distal end including an injector head having a port formed therein and a coating material delivery line extending through the elongate injector from a coating material supply to the port at the distal end; and a driver for positioning the elongate injector into the inner bore and moving the elongate injector through the inner bore to introduce the coating material to the inner bore such that the coating material can be distributed on to the inner tubular wall of the wellbore screen, characterized in that: the injector head comprises a spreader head for spreading the coating material introduced from the port to the inner tubular wall of the wellbore screen, the spreader head being generally cylindrical in shape and being made of flexible and/or resilient material, at least a portion of the spreader head having an outer diameter greater than an inner diameter of the screen such that part of the outer surface of the spreader head is configured for urging against the inner tubular wall of the wellbore screen; and in that the apparatus comprises a heating element about the distal end of the injector. the injector head comprises a spreader head for spreading the coating material introduced from the port to the inner tubular wall of the wellbore screen, the spreader head being generally cylindrical in shape and being made of flexible and/or resilient material, at least a portion of the spreader head having an outer diameter greater than an inner diameter of the screen such that part of the outer surface of the spreader head is configured for urging against the inner tubular wall of the wellbore screen; and in that the apparatus comprises a heating element about the distal end of the injector.
A sheet-type electrode for a secondary battery, comprising: a sheet-type electrode stacked body comprising a current collector, an electrode active material layer formed on one surface of the current collector, and a porous first support layer formed on the electrode active material layer, characterized by a sealing layer formed around an entire side surface of the electrode stacked body except the top and bottom surfaces. a sheet-type electrode stacked body comprising a current collector, an electrode active material layer formed on one surface of the current collector, and a porous first support layer formed on the electrode active material layer, characterized by a sealing layer formed around an entire side surface of the electrode stacked body except the top and bottom surfaces.
Locking device for a flap, in which the flap is pivotably fastened to a body having a recess with an actuator preferably attached to the body with a locking element (3, 4, 5) for locking the flap, characterised in that the locking element (3, 4, 5) contains a locking arm for locking the flap and a comparatively shorter actuating arm, which can be pivoted around a common axis and the actuator being able to pivot the actuating arm for locking and/or unlocking.
A leadless chip carrier comprising a thermal pad for attaching to a printed circuit board, and an integrated circuit electrically connected to a plurality of electrical lead frame pads for connection to a plurality of corresponding pads on the PCB, in which the leadless chip carrier further comprises a non-collapsible conductive shim bonded to a first surface of the thermal pad, the conductive shim having a first surface and a second surface, the conductive shim being between 50 microns and 1000 microns in thickness for providing a stand-off between the thermal pad and the PCB, and in which each of the plurality of electrical lead frame pads is attached to a volume of solder, characterized in that the first surface of the conductive shim being bonded to the thermal pad by a layer of solder having a thickness of between 10 and 150 microns in thickness.
Mobile screen composed of at least one sliding and/or rolling portion defined along a side thereof by at least one connection edge to a handle bar adapted to allow, by dragging, a sliding or a rolling/unrolling of said sliding and/or rolling portion, said connection edge being equipped with at least one thickening portion directly applied onto a surface of said mobile screen and adapted to be inserted inside at least one connection groove of said handle bar, characterised in that said thickening portion is made by laying a material at a fluid, pasty or gluing state, directly onto said surface next to said connection edge.
A plated article which has an alloy thin film formed on a substrate and having a catalytically active metal for electroless plating and a metal capable of undergoing displacement plating with a metal ion contained in an electroless plating solution, and a metal thin film formed on the alloy thin film, wherein the alloy thin film of the catalytically active metal and the metal capable of displacement plating has a composition comprising 5 at% to 40 at% of the catalytically active metal, and the metal thin film is a metal thin film having a thickness no greater than 10 nm and a resistivity no greater than 10 μΩ·cm, wherein oxygen concentration at the interface between the alloy thin film and the metal thin film is no greater than 1 at% as analyzed by Auger electron spectroscopy, wherein the catalytically active metal is at least one metal selected from among rhodium, ruthenium and iridium, the metal capable of displacement plating is at least one metal selected from among iron, nickel, cobalt, tungsten, niobium, tin, magnesium, aluminum, zinc and lead, the metal thin film formed on the alloy thin film is a thin film comprising at least one metal selected from among gold, silver, copper, nickel, cobalt, iron and tin.
A solid-state imaging device comprising: a plurality of phase difference detection pixels (11b, 11c) each having a microlens (21b, 21c, 53, 54); and a plurality of dedicated imaging pixels (11a, 11d, 11e) each having a microlens (21a, 21d, 21e) disposed such that its optical axis approximately coincides with the center of a light receiving surface of a photoelectric conversion element (20a, 20d, 20e), wherein for the microlenses (21b, 21c, 53, 54) of the phase difference detection pixels, an optical axis is shifted in a predetermined direction from a center of a light receiving surface of a photoelectric conversion element (20b, 20c) characterized in that each microlens (21a, 21d, 21e) of said plurality of dedicated imaging pixels (11a, 11d, 11e) is larger than each microlens (21b, 21c, 53, 54) of said phase difference detection pixels (11b 11c) and in that the solid-state imaging device having dedicated imaging pixels (11a, 11d, 11e) arranged adjacent to the phase difference detection pixels at the contralateral sides thereof with respect to the predetermined direction so that the microlenses of the dedicated imaging pixels arranged adjacent to the phase difference detection pixels at the contralateral sides thereof with respect to the predetermined direction are formed smaller than the other microlenses of the dedicated imaging pixels. a plurality of phase difference detection pixels (11b, 11c) each having a microlens (21b, 21c, 53, 54); and a plurality of dedicated imaging pixels (11a, 11d, 11e) each having a microlens (21a, 21d, 21e) disposed such that its optical axis approximately coincides with the center of a light receiving surface of a photoelectric conversion element (20a, 20d, 20e), wherein for the microlenses (21b, 21c, 53, 54) of the phase difference detection pixels, an optical axis is shifted in a predetermined direction from a center of a light receiving surface of a photoelectric conversion element (20b, 20c) characterized in that each microlens (21a, 21d, 21e) of said plurality of dedicated imaging pixels (11a, 11d, 11e) is larger than each microlens (21b, 21c, 53, 54) of said phase difference detection pixels (11b 11c) and in that the solid-state imaging device having dedicated imaging pixels (11a, 11d, 11e) arranged adjacent to the phase difference detection pixels at the contralateral sides thereof with respect to the predetermined direction so that the microlenses of the dedicated imaging pixels arranged adjacent to the phase difference detection pixels at the contralateral sides thereof with respect to the predetermined direction are formed smaller than the other microlenses of the dedicated imaging pixels.
A vehicle steering system that includes a control unit and an electric motor that applies a torque (τ m) to a steering shaft using first field unit and second field unit, the control unit controlling the torque (τ m) of the electric motor based on a steering torque (τ) that is a torque input into the steering shaft in response to an operation of a steering wheel, characterized in that the first field unit and the second field unit differ in number of turns; and the control unit controls, based on the steering torque (τ), at least one of a current (Ib) that is supplied to field unit with large number of turns and a current (Ia) that is supplied to field unit with small number of turns, the field unit with large number of turns being one of the first field unit and the second field unit, which has a larger number of turns than the other field unit, and the field unit with small number of turns being the other one of the first field unit and the second field unit, which has a smaller number of turns than the one of the field unit.