mhurhangee/ep-ind-claims huggingface dataset:
A device for adjusting the level of liquid flowing in a pipe with non-vertical positioning, comprising a disc, transversely closing off said pipe, and comprising a hollow central part that constitutes the passage section of the liquid, the edges of the recess of said passage section being formed so as to create a closing off section to the flow of fluid, the height of which is variable depending on the orientation of the edges of the passage section, characterized in that the edges of the recess of the passage section assume the shape of a spiral.
A device for occluding a lung passageway comprising: a radially expandable structure extending between a first end and a second end along a longitudinal axis, wherein the structure comprises: a first section comprising a first diameter and a first contact length (CL 1) between the first and second ends, wherein the first section comprises a radially compressed configuration and a radially expanded configuration and a substantially symmetrical cross-section which can elastically expand from the compressed configuration to a size wherein at least a portion of the first contact length (CL 1) is adapted to contact a wall of the lung passageway anchoring the device; a second section comprising a second diameter and a second contact length (CL 2) between the first section and the second end, wherein the second section comprises a radially compressed configuration and a radially expanded configuration and a substantially symmetrical cross-section which can elastically expand from the compressed configuration to a size wherein at least a portion of the second contact length (CL 2) is adapted to contact a wall of the lung passageway anchoring the device; a first shoulder near the first end configured to anchor the device within the lung passageway; a second, sloping, shoulder (402") near the second end; and a third, sloping, shoulder between the first and second sections; and a covering which covers at least a portion of the expandable structure and which defines an exterior surface so that the expanded device occludes the lung passageway, said device having an annular shoulder or groove formed in the exterior surface. a first section comprising a first diameter and a first contact length (CL 1) between the first and second ends, wherein the first section comprises a radially compressed configuration and a radially expanded configuration and a substantially symmetrical cross-section which can elastically expand from the compressed configuration to a size wherein at least a portion of the first contact length (CL 1) is adapted to contact a wall of the lung passageway anchoring the device; a second section comprising a second diameter and a second contact length (CL 2) between the first section and the second end, wherein the second section comprises a radially compressed configuration and a radially expanded configuration and a substantially symmetrical cross-section which can elastically expand from the compressed configuration to a size wherein at least a portion of the second contact length (CL 2) is adapted to contact a wall of the lung passageway anchoring the device; a first shoulder near the first end configured to anchor the device within the lung passageway; a second, sloping, shoulder (402") near the second end; and a third, sloping, shoulder between the first and second sections; and a covering which covers at least a portion of the expandable structure and which defines an exterior surface so that the expanded device occludes the lung passageway, said device having an annular shoulder or groove formed in the exterior surface.
Light strip for mounting on the wall or ceiling of a building, comprising - at least two support profiles which border one another and each have an electric cable, - at least one electric connector for electrically connecting the cables of the adjacent support profiles, - wherein the connector in a connector housing has an electric plug on two sides facing away from one another respectively, which are connected to one another electrically and which can be connected by plug to complementary electric sockets which are formed on the respective support profiles and are connected electrically to the lines, characterised in that the connector is fixed to its connector housing on a separate fixing body which for mechanically connecting the two adjacent support profiles to one another is inserted into the latter at the end so that the adjacent support profiles meet one another in a joint area. - at least two support profiles which border one another and each have an electric cable, - at least one electric connector for electrically connecting the cables of the adjacent support profiles, - wherein the connector in a connector housing has an electric plug on two sides facing away from one another respectively, which are connected to one another electrically and which can be connected by plug to complementary electric sockets which are formed on the respective support profiles and are connected electrically to the lines, characterised in that the connector is fixed to its connector housing on a separate fixing body which for mechanically connecting the two adjacent support profiles to one another is inserted into the latter at the end so that the adjacent support profiles meet one another in a joint area.
A polishing material comprising polishing abrasive grains, the polishing abrasive grain having a core material that includes manganese dioxide, and a cover layer that is provided on a surface of the core material and includes silica, wherein the polishing abrasive grains have the average particle size as expressed in terms of volume-based cumulative particle size D 50, which is the particle size at 50 vol% in cumulative volume as measured by laser scattering particle size distribution method, of from 0.3 μm to 3.0 μm inclusive; and wherein the average thickness of the cover layer is from 0.2 nm to 500 nm inclusive; and the ratio of the cover layer's thickness (nm) to the core material's size (nm) is from 0.002 to 2.5 inclusive.
An assembly for an aircraft nacelle, characterized in that it comprises: - a flange including at least a first portion intended to be fastened to another flange and a second portion extending transversely relative to the first portion and intended to be fastened on a panel, the flange being formed of a composite material; and - a reinforcement plate (330, 332, 334) indirectly attached by means of an intermediate plate fastened between the reinforcement plate (330, 332, 334) and the flange, said reinforcement plate (330, 332, 334) having a beveled portion facing the second portion of the flange, the intermediate plate attached against the reinforcement plate (330, 332, 334) extending, at the end thereof in contact with the second portion of the flange, beyond the end portion of the reinforcement plate. - a flange including at least a first portion intended to be fastened to another flange and a second portion extending transversely relative to the first portion and intended to be fastened on a panel, the flange being formed of a composite material; and - a reinforcement plate (330, 332, 334) indirectly attached by means of an intermediate plate fastened between the reinforcement plate (330, 332, 334) and the flange, said reinforcement plate (330, 332, 334) having a beveled portion facing the second portion of the flange,
Method for the self-diagnosis of an ultrasonic sensor for a vehicle assistance system, wherein the ultrasonic sensor is configured to capture the environment around a motor vehicle, wherein an acceleration of a diaphragm of the ultrasonic sensor is measured using an acceleration sensor and a variable which can be compared with a corresponding reference value is determined from acceleration, wherein the acceleration sensor is arranged on a sensor element of the ultrasonic sensor, and wherein the sensor element is a piezo element.
Brake system damping device having a first chamber, to which hydraulic pressure is to be applied, and a second chamber, in which a compressible medium is situated, and a first separating element for separating the first chamber from the second chamber, wherein the brake system damping device has a third chamber, in which a compressible medium is situated, and a second separating element for separating the second chamber from the third chamber, wherein the second chamber is connected to the third chamber in a medium-conducting manner by means of a passage configured in the second separating element, characterized in that a closure element is to be moved together with the first separating element and by means of which the passage is to be closed as soon as the hydraulic pressure has reached a predefined pressure value in the first chamber in such a way that, on account of the closed passage, the third chamber is decoupled from the second chamber and is thus no longer available for the remainder of the brake system damping device, with the result that, for the further damping action above the predefined pressure value, there remains only the volume of medium in the second chamber.
An expression vector comprising at least one polynucleotide sequence encoding a polypeptide, wherein said polypeptide is selected from the group consisting of: a polyketide synthase having a sequence identity of at least 70% with the sequence set forth in SEQ ID NO 3 and a IMPDH having a sequence identity of at least 90% with the sequence set forth in SEQ ID NO 6; wherein said polyketide synthase is capable of deriving polyketides from polymerization of acetyl and propionyl subunits; and wherein said IMPDH is capable of catalyzing the nicotinamide adenine dinucleotide dependent oxidation of IMP to xanthosine-5-monophosphate,
A subsea transformer protected by high resistance grounding comprising: a primary set of coil windings; a secondary set of coil winding; a subsea transformer tank defined by a tank wall and housing said primary and secondary sets of coil windings; and a seawater-based high resistance grounding device positioned outside of said transformer tank, comprising: a first electrode electrically connected to a neutral node of said secondary set of coil windings; a second electrode electrically connected to a ground; and a volume of seawater which provides an electrical resistance electrical path between said first and second electrodes. a primary set of coil windings; a secondary set of coil winding; a subsea transformer tank defined by a tank wall and housing said primary and secondary sets of coil windings; and a seawater-based high resistance grounding device positioned outside of said transformer tank, comprising: a first electrode electrically connected to a neutral node of said secondary set of coil windings; a second electrode electrically connected to a ground; and a volume of seawater which provides an electrical resistance electrical path between said first and second electrodes.
An inspection system, comprising: a detector including a plurality of detection elements arranged along a first arrangement direction and a second arrangement direction, the first arrangement direction and the second arrangement direction crossing each other, the detector transmitting an ultrasonic wave toward a weld portion and detecting a reflected wave; an inspection device configured to calculate a tilt of the detector with respect to the weld portion; characterized in that it further comprises a display control system configured to acquire the tilt of the detector with respect to the weld portion, the system being configured to display a user interface, displaying a symbol and a tolerance range in a region included in the user interface, and to update the display of the symbol in the region according to the acquiring of the tilt, the region spreading two-dimensionally, the symbol indicating the tilt, the tolerance range being of a target value of the tilt. a detector including a plurality of detection elements arranged along a first arrangement direction and a second arrangement direction, the first arrangement direction and the second arrangement direction crossing each other, the detector transmitting an ultrasonic wave toward a weld portion and detecting a reflected wave; an inspection device configured to calculate a tilt of the detector with respect to the weld portion; characterized in that it further comprises a display control system configured to acquire the tilt of the detector with respect to the weld portion, the system being configured to display a user interface, displaying a symbol and a tolerance range in a region included in the user interface, and to update the display of the symbol in the region according to the acquiring of the tilt, the region spreading two-dimensionally, the symbol indicating the tilt, the tolerance range being of a target value of the tilt.
Use of a membrane comprising a copolymer of acrylonitrile and sodium methallylsulfonate for culturing adherent renal cells, wherein the membrane is not pre-treated with any extracellular matrix components.
Co-crystal of ibrutinib which is ibrutinib fumaric acid having characteristic X-ray powder diffraction peaks at 9.9, 17.4, 18.7, 20.5 and 21.7 degrees 2-theta ± 0.2 degrees 2-theta, preferably further having characteristic X-ray powder diffraction peaks at 6.5, 13.0, 18.2, 22.4 and 23.9 degrees 2-theta ± 0.2 degrees 2-theta.
An apparatus comprising: a receiver configured to receive a first signal from a base unit for scheduling a transmission of first data, wherein the first data comprise a first plurality of code blocks and each code block of the first plurality of code blocks is independently decodable; and a transmitter configured to transmit the first plurality of code blocks of the first data as code block groups; wherein the receiver is further configured to receive a second signal from the base unit for scheduling a transmission of second data, the second data comprising a plurality of code block groups of the first data, each code block group of the plurality of code block groups comprising multiple code blocks, and the transmitter being further configured to transmit the second data; wherein the second signal further comprises a bitmap and each bit in the bitmap indicates a decoding result corresponding to a code block group of the first data; and either: i) the bitmap is determined by reinterpreting a field in the second signal for indicating modulation and coding scheme, transmit power adjustment, frequency resource allocation, or some combination thereof; or ii) a field for indicating modulation and coding scheme in the second signal is split into two parts with one part for indicating modulation and another part for indicating a code block group to be retransmitted. a receiver configured to receive a first signal from a base unit for scheduling a transmission of first data, wherein the first data comprise a first plurality of code blocks and each code block of the first plurality of code blocks is independently decodable; and a transmitter configured to transmit the first plurality of code blocks of the first data as code block groups; wherein the receiver is further configured to receive a second signal from the base unit for scheduling a transmission of second data, the second data comprising a plurality of code block groups of the first data, each code block group of the plurality of code block groups comprising multiple code blocks, and the transmitter being further configured to transmit the second data; wherein the second signal further comprises a bitmap and each bit in the bitmap indicates a decoding result corresponding to a code block group of the first data; and either: i) the bitmap is determined by reinterpreting a field in the second signal for indicating modulation and coding scheme, transmit power adjustment, frequency resource allocation, or some combination thereof; or ii) a field for indicating modulation and coding scheme in the second signal is split into two parts with one part for indicating modulation and another part for indicating a code block group to be retransmitted. i) the bitmap is determined by reinterpreting a field in the second signal for indicating modulation and coding scheme, transmit power adjustment, frequency resource allocation, or some combination thereof; or ii) a field for indicating modulation and coding scheme in the second signal is split into two parts with one part for indicating modulation and another part for indicating a code block group to be retransmitted.
A piston for an opposed-piston engine, comprising: a crown with an end surface comprising a bowl configured to form a combustion chamber in cooperation with an adjacent end surface of an opposing piston; a substantially circumferential top land of the crown which meets the end surface at a substantially circular peripheral edge; a skirt comprising a sidewall extending away from the crown; a wristpin bore that opens through the sidewall, the wristpin bore having a wristpin bore axis; the wristpin bore configured to receive a wristpin that couples the piston to a connecting rod that swings in an envelope of motion defined by an envelope axis, the envelope axis being substantially orthogonal to the wristpin bore axis; and, the end surface including a pair of injection regions (430, 432) across which fuel is injected into the bowl; in which the injection regions are disposed in respective diametrically-opposed quadrants (I, II, III, IV) of the end surface, the diametrically-opposed quadrants being defined by the wristpin bore axis and the envelope axis; and, in which each injection region extends along a respective arc concentric with the substantially circular peripheral edge; the crown further comprising an interior annular cooling gallery defined at least partially by an inner surface of the substantially circumferential top land, and characterised by inlet passageways positioned in the interior annular cooling gallery substantially in alignment with the injection regions. a crown with an end surface comprising a bowl configured to form a combustion chamber in cooperation with an adjacent end surface of an opposing piston; a substantially circumferential top land of the crown which meets the end surface at a substantially circular peripheral edge; a skirt comprising a sidewall extending away from the crown; a wristpin bore that opens through the sidewall, the wristpin bore having a wristpin bore axis; the wristpin bore configured to receive a wristpin that couples the piston to a connecting rod that swings in an envelope of motion defined by an envelope axis, the envelope axis being substantially orthogonal to the wristpin bore axis; and, the end surface including a pair of injection regions (430, 432) across which fuel is injected into the bowl; in which the injection regions are disposed in respective diametrically-opposed quadrants (I, II, III, IV) of the end surface, the diametrically-opposed quadrants being defined by the wristpin bore axis and the envelope axis; and, in which each injection region extends along a respective arc concentric with the substantially circular peripheral edge; the crown further comprising an interior annular cooling gallery defined at least partially by an inner surface of the substantially circumferential top land, and characterised by inlet passageways positioned in the interior annular cooling gallery substantially in alignment with the injection regions.
A mobile terminal, which is operated by an open operating system, comprising a controller configured to perform a backup operation and a restoration operation on the mobile terminal, the controller comprising; an application module configured to activate a backup restoration application and at least one or more applications; and a Linux kernel module configured to manage a basic hardware function of the mobile terminal, the Linux kernel module comprising a backup restoration service unit having an access authority for accessing a file system of each of the at least one or more applications, wherein the backup restoration application accesses via the backup restoration service unit the file system of each of the at least one or more applications and then performs the backup and restoration operations on data of each of the at least one or more applications.
An apparatus for manufacturing carbon fiber by using microwaves, the apparatus comprising: a heat treatment furnace which stabilizes a precursor; and a carbonization furnace which is positioned at one side of the heat treatment furnace and carbonizes the stabilized precursor, wherein the carbonization furnace carbonizes the precursor by using microwaves as a heat source, wherein the carbonization furnace includes: a main body; a microwave emitting unit which is positioned inside or outside the main body, and emits microwaves to the stabilized precursor; and a heating body which is positioned inside the main body and is heated by the microwaves; and the heating body occupies 0.1% to 5% of a volume of the main body. a heat treatment furnace which stabilizes a precursor; and a carbonization furnace which is positioned at one side of the heat treatment furnace and carbonizes the stabilized precursor, wherein the carbonization furnace carbonizes the precursor by using microwaves as a heat source, wherein the carbonization furnace includes: a main body; a microwave emitting unit which is positioned inside or outside the main body, and emits microwaves to the stabilized precursor; and a heating body which is positioned inside the main body and is heated by the microwaves; and the heating body occupies 0.1% to 5% of a volume of the main body. a main body; a microwave emitting unit which is positioned inside or outside the main body, and emits microwaves to the stabilized precursor; and a heating body which is positioned inside the main body and is heated by the microwaves; and the heating body occupies 0.1% to 5% of a volume of the main body.
A cutting accessory for use with a powered surgical handpiece, said accessory including: an elongated shaft having opposed proximal and distal ends; a tissue working member attached to the distal end of the shaft; and a plurality of retention features formed in the shaft forward of the proximal end, the retention features arranged on the accessory shaft in plural arcuately spaced apart columns (280, 282, 284, 286, 288, 290) that extend longitudinally along the shaft, each column including a plurality of longitudinally adjacent retention features, each retention feature having a lateral axis, wherein, in each column (280, 282, 284, 286, 288, 290) of retention features, the lateral axes of the longitudinally adjacent retention features (274B/274E, 274C/275H) are spaced apart a common distance along the shaft, the common distance being the same for each column (280, 282, 284, 286, 288, 290) of retention features; characterized in that, the adjacent retention features in arcuately adjacent columns of retention features (280/ 282, 282/284, 284/286, 286/288, 288/290, 290/280) are aligned so that the lateral axes of the retention features in one column are longitudinally offset relative to the lateral axes of the retention features in the arcuately adjacent columns and are longitudinally offset from each other a distance less than the common distance between the lateral axes of the longitudinally adjacent retention features that are in the same column of retention features. an elongated shaft having opposed proximal and distal ends; a tissue working member attached to the distal end of the shaft; and a plurality of retention features formed in the shaft forward of the proximal end, the retention features arranged on the accessory shaft in plural arcuately spaced apart columns (280, 282, 284, 286, 288, 290) that extend longitudinally along the shaft, each column including a plurality of longitudinally adjacent retention features, each retention feature having a lateral axis, wherein, in each column (280, 282, 284, 286, 288, 290) of retention features, the lateral axes of the longitudinally adjacent retention features (274B/274E, 274C/275H) are spaced apart a common distance along the shaft, the common distance being the same for each column (280, 282, 284, 286, 288, 290) of retention features; characterized in that,