mhurhangee/ep-ind-claims huggingface dataset:
A hollow rack bar comprising: a hollow blank pipe portion having a uniform wall thickness (t); and a rack toothed portion comprising teeth, a flat portion having a flat surface and arranged side by side with the teeth in a direction along a center axis of the blank pipe portion, and a slanted portion provided at an end of the flat portion with respect to a direction perpendicular to the center axis and arranged to be lower than the flat portion, wherein a length of the slanted portion projected on a straight line perpendicular to the center axis and parallel to the surface of the flat portion is longer than zero and equal to or shorter than the wall thickness (t) of the blank pipe portion characterized in that an angle (α) formed by a plane extended from and parallel to the surface of the flat portion and a surface of the slanted portion is decreased along the center axis from both sides (P1, P2) of a range in which the teeth are provided toward a middle of the range, and is zero at the middle of the range. a hollow blank pipe portion having a uniform wall thickness (t); and a rack toothed portion comprising teeth, a flat portion having a flat surface and arranged side by side with the teeth in a direction along a center axis of the blank pipe portion, and a slanted portion provided at an end of the flat portion with respect to a direction perpendicular to the center axis and arranged to be lower than the flat portion, wherein a length of the slanted portion projected on a straight line perpendicular to the center axis and parallel to the surface of the flat portion is longer than zero and equal to or shorter than the wall thickness (t) of the blank pipe portion characterized in that an angle (α) formed by a plane extended from and parallel to the surface of the flat portion and a surface of the slanted portion is decreased along the center axis from both sides (P1, P2) of a range in which the teeth are provided toward a middle of the range, and is zero at the middle of the range.
Method for storing prespecified geometric objects on a storage medium, in which - a respective distance (DIST) is determined between each of the prespecified geometric objects and at least one other of the prespecified geometric objects, said distance being representative of similarity of the corresponding prespecified geometric objects, - the prespecified geometric objects are combined into groups on the basis of the distances (DIST) between the prespecified geometric objects in such a manner that the prespecified geometric objects are more similar to prespecified geometric objects in the same group than to prespecified geometric objects in the other groups, - a representative is determined for each group on the basis of the prespecified geometric objects inside the groups, said representative meeting a quality criterion with regard to its similarity to the prespecified geometric objects in the corresponding group, said quality criterion depending on the distances (DIST) between the representative and the individual prespecified geometric objects in the corresponding group, - the representatives of all groups are stored, - only an identifier of the prespecified geometric object, a reference to the corresponding representative of the prespecified geometric object and values which prespecify a size and position of the corresponding representative on the basis of the size and position of the corresponding prespecified geometric objects are stored for each of the prespecified geometric objects in a manner representative of the prespecified geometric objects. - a respective distance (DIST) is determined between each of the prespecified geometric objects and at least one other of the prespecified geometric objects, said distance being representative of similarity of the corresponding prespecified geometric objects, - the prespecified geometric objects are combined into groups on the basis of the distances (DIST) between the prespecified geometric objects in such a manner that the prespecified geometric objects are more similar to prespecified geometric objects in the same group than to prespecified geometric objects in the other groups, - a representative is determined for each group on the basis of the prespecified geometric objects inside the groups, said representative meeting a quality criterion with regard to its similarity to the prespecified geometric objects in the corresponding group, said quality criterion depending on the distances (DIST) between the representative and the individual prespecified geometric objects in the corresponding group, - the representatives of all groups are stored, - only an identifier of the prespecified geometric object, a reference to the corresponding representative of the prespecified geometric object and values which prespecify a size and position of the corresponding representative on the basis of the size and position of the corresponding prespecified geometric objects are stored for each of the prespecified geometric objects in a manner representative of the prespecified geometric objects.
A semiconductor storage device (100, 200, 300) comprising: - a semiconductor substrate having a first region of a first conductivity type in between respective regions of an opposite conductivity type, at least the first region being covered by a first dielectric layer; - a polysilicon floating gate line placed on the first dielectric layer over the first region, said floating gate line being surrounded by an insulating material; and - a metal control gate line (126, 226, 326) surrounding the polysilicon floating gate line, the metal control gate line (126, 226, 326) being higher than and capacitively coupled to said floating gate line to provide a fringe capacitance, and penetrates the first dielectric layer by at least a few tens of nanometres to provide an additional fringe capacitance (132") between the metal control gate line (126, 226, 326) and the polysilicon floating gate line. - a semiconductor substrate having a first region of a first conductivity type in between respective regions of an opposite conductivity type, at least the first region being covered by a first dielectric layer; - a polysilicon floating gate line placed on the first dielectric layer over the first region, said floating gate line being surrounded by an insulating material; and - a metal control gate line (126, 226, 326) surrounding the polysilicon floating gate line, the metal control gate line (126, 226, 326) being higher than and capacitively coupled to said floating gate line to provide a fringe capacitance, and penetrates the first dielectric layer by at least a few tens of nanometres to provide an additional fringe capacitance (132") between the metal control gate line (126, 226, 326) and the polysilicon floating gate line.
A recombinant adeno-associated virus comprising the DUX4 miRNA-encoding DNA set out in SEQ ID NO: 1 or 2, wherein the recombinant adeno-associated virus lacks rep and cap genes.
A gas turbine engine exhaust nozzle having a nozzle exit and comprising a nozzle body and a plurality of slats (16:18) which extend generally axially of the nozzle body and are distributed circumferentially around the nozzle exit, at least some of the slats (16:18) being movable inwardly and/or outwardly with respect to a nozzle axis, radially extending flow control surfaces being provided on flow control walls which are fixed with respect to the nozzle axis, the flow control walls being disposed between adjacent ones of the movable slats (16:18), whereby respective circumferential edges of the adjacent slats (16:18) are movable over the respective oppositely disposed flow control surfaces of the respective common flow control walls, and circumferential edges of the movable slats (16:18) move over the flow control surfaces during movement of the slats (16:18), characterised in that a radially inwardly facing surface of each movable slat (16:18) is configured to receive a ducted fan exhaust flow, and a radially outwardly facing surface of each movable slat (16:18) is configured to receive an air flow over a nacelle.
An electronic apparatus comprising: a storage; a memory; and a processor configured to: store data, based on a first file of a rewritable type or a second file of a read-only type stored in the storage, in a first area of the memory, identify a type of a file corresponding to the data stored in the first area of the memory, in response to an event of freeing up space in the memory, delete the data of the first file from the first area, based on the identified type being the rewritable type of the first file, store the data of the second file in a second area of the memory and delete the data of the second file from the first area, based on the identified type being the read-only type of the second file, restore the data of the first file to the first area based on the first file stored in the storage, in response to an event of accessing the data of the first file, and restore the data of the second file stored in the second area to the first area, in response to an event of accessing the data of the second file. a storage; a memory; and a processor configured to: store data, based on a first file of a rewritable type or a second file of a read-only type stored in the storage, in a first area of the memory, identify a type of a file corresponding to the data stored in the first area of the memory, in response to an event of freeing up space in the memory, delete the data of the first file from the first area, based on the identified type being the rewritable type of the first file, store the data of the second file in a second area of the memory and delete the data of the second file from the first area, based on the identified type being the read-only type of the second file, restore the data of the first file to the first area based on the first file stored in the storage, in response to an event of accessing the data of the first file, and restore the data of the second file stored in the second area to the first area, in response to an event of accessing the data of the second file. store data, based on a first file of a rewritable type or a second file of a read-only type stored in the storage, in a first area of the memory, identify a type of a file corresponding to the data stored in the first area of the memory, in response to an event of freeing up space in the memory, delete the data of the first file from the first area, based on the identified type being the rewritable type of the first file, store the data of the second file in a second area of the memory and delete the data of the second file from the first area, based on the identified type being the read-only type of the second file, restore the data of the first file to the first area based on the first file stored in the storage, in response to an event of accessing the data of the first file, and restore the data of the second file stored in the second area to the first area, in response to an event of accessing the data of the second file.
A drainpipe comprising an inner pipe and an outer pipe, said drainpipe being installed so that a longitudinal direction of the drainpipe and the vertical direction correspond to each other, for preventing blockage of the drainpipe due to freezing of fluid which streams down an inner wall of the drainpipe, wherein the inner wall of the inner pipe comprises concave portions or grooves, each concave portion or groove having a corner portion in cross section, arranged along the longitudinal direction of the drainpipe, to concentrate flow paths of a fluid; wherein said outer pipe covers the inner pipe whereby the drainpipe has a double-pipe structure, characterized in that at least one convex portion is arranged between adjacent concave portions or grooves on the inner wall of the inner pipe.
Friction ring for a synchronization unit of a gear changing transmission comprising a conical friction ring body having an inner friction surface and an outer installation surface which each bound the friction ring body in a radial direction extending perpendicular to an axial friction ring axis, wherein the inner friction surface extends at a predefinable friction angle (α 1) and the outer installation surface extends at a predefinable installation angle (α 2) conically along the friction ring axis, and the friction ring body is interrupted in a circumferential direction extending around the friction ring axis by a separation point in such a way that a first separation surface and a second separation surface are formed at the separation point, characterized in that the first separation surface and the second separation surface, in the unloaded state under a circumferential preload in the ranges formed by the two intervals 2 N - < 4 N and > 5 N - 20 N, contact each other in a predefinable area in such a way that the friction ring body is shaped in the form of a closed contour in the circumferential direction with a smallest circumference.
A refrigeration appliance having a main body and a plurality of chambers with at least one withdrawable storage container comprising a front wall, a rear wall and lateral walls defining an inner storage space, a partitioning member displaceable in the direction of surrounding walls (2, 3, 4) and moving through at least two separation rods, the latter passing through longitudinal holes inside the partitioning member in perpendicular with each other and having outer ends guided along said surrounding walls (2, 3, 4), wherein said partitioning member comprises a top portion having a locking member inside the same, mechanically communicating with the separation rods such that the partitioning member is prevented from sliding sideways, wherein for the purpose of limiting the shortest distance the partitioning member can approach to any one of the walls (2, 3, 4), restricted partition walls are laterally appended to the partitioning member along the two axes where the separation rods extend characterized in that two parallel separation rods extend inside longitudinal holes through the partitioning member in a first axis as well as in a second axis perpendicular to the first axis wherein the restricted partition walls extend between the two parallel separation rods in the first and second axes.
A multipurpose tool comprising: a plurality of handles configured for relative movement between a closed position and an open position, wherein the plurality of handles comprise a first handle defining a longitudinal axis between opposite ends of the first handle and comprising opposed sidewalls and a floor extending between the opposed sidewalls; a plurality of tool members carried by at least a first handle and foldable into the first handle such that the tool members are configured for movement through a first open side of the first handle, opposite the floor, between a stowed position and an open position, wherein the plurality of tool members are disposed alongside one another in a stowed position so as to define a composite tool profile, characterized in that the floor of the first handle includes a web extending between the opposed sidewalls and defines an opening having a shape that corresponds to the composite tool profile, wherein the opening defined by the web has the same general shape and the same size as the plurality of tool members foldable into the first handle, and wherein the plurality of tool members are accessible through the opening a plurality of handles configured for relative movement between a closed position and an open position, wherein the plurality of handles comprise a first handle defining a longitudinal axis between opposite ends of the first handle and comprising opposed sidewalls and a floor extending between the opposed sidewalls; a plurality of tool members carried by at least a first handle and foldable into the first handle such that the tool members are configured for movement through a first open side of the first handle, opposite the floor, between a stowed position and an open position, wherein the plurality of tool members are disposed alongside one another in a stowed position so as to define a composite tool profile, characterized in that the floor of the first handle includes a web extending between the opposed sidewalls and defines an opening having a shape that corresponds to the composite tool profile, wherein the opening defined by the web has the same general shape and the same size as the plurality of tool members foldable into the first handle, and wherein the plurality of tool members are accessible through the opening
A thread comprising cross-linked hyaluronic acid, wherein the hyaluronic acid is cross-linked with at least 15 mole % of a butanediol diglycidyl ether (BDDE) derivative relative to the repeating disaccharide unit of the hyaluronic acid, and at least 5 weight % noncross-linked hyaluronic acid relative to the weight of the total hyaluronic acid solids, wherein the cross-linked hyaluronic acid is present in an amount of from 60 weight % to 90 weight % based on the total weight of the thread excluding moisture.
An apparatus comprising: an aircraft node configured to be located in an aircraft and communicate with a number of aircraft systems in the aircraft; and an information agent located in the aircraft node, wherein the information agent is configured to identify information received from the number of aircraft systems that correspond to a subscription for an application in a host aircraft node in the aircraft and send the information identified to the application in the host aircraft node. an aircraft node configured to be located in an aircraft and communicate with a number of aircraft systems in the aircraft; and an information agent located in the aircraft node, wherein the information agent is configured to identify information received from the number of aircraft systems that correspond to a subscription for an application in a host aircraft node in the aircraft and send the information identified to the application in the host aircraft node.
A method of forming coherent wavelike nanostructures comprising: sputtering a surface of a semiconductor material being gallium arsenide (GaAs) with a homogeneous flow of molecular nitrogen N 2 + ions to form periodic wavelike nanostructures at a first depth, said wavelike nanostructures having wave crests which are perpendicular to a plane of incidence of the molecular nitrogen N 2 + ions; sputtering said wavelike nanostructures with a flow of molecular oxygen O 2 + ions, wherein the flow of molecular oxygen O 2 + ions is in a plane which coincides with the plane of incidence of the molecular nitrogen N 2 + ions to increase the amplitude of the wavelike nanostructures. sputtering a surface of a semiconductor material being gallium arsenide (GaAs) with a homogeneous flow of molecular nitrogen N 2 + ions to form periodic wavelike nanostructures at a first depth, said wavelike nanostructures having wave crests which are perpendicular to a plane of incidence of the molecular nitrogen N 2 + ions; sputtering said wavelike nanostructures with a flow of molecular oxygen O 2 + ions, wherein the flow of molecular oxygen O 2 + ions is in a plane which coincides with the plane of incidence of the molecular nitrogen N 2 + ions to increase the amplitude of the wavelike nanostructures.
Door closing and securing mechanism, particularly a mechanism for closing and securing doors of laboratory, medical and sterilization cabinets, said mechanism consisting of a fixed part attached to the respective cabinet and a movable part arranged in the door, characterized in that the movable part comprises at least one plate provided with flexible end stops and inseparably coupled with the handle by means of a center pin with a coaxial end stop attached thereto, the plate being further provided with a pivot eccentrically mounted thereon and carrying at least one pivotally arranged hook, which has a recess for engaging a protrusion of the fixed part, with an opening accommodating one end of a tensile spring and with a compression spring arranged between the plate and the hook.
An apparatus, comprising: a variable compliance regulator connected to supply a compliance voltage to a power supply rail, the variable compliance regulator being configured to dynamically vary the compliance voltage over time to track an amplitude and waveform shape of a time-varying stimulus waveform; and a pulse generator coupled to receive power from the supply rail and configured to provide an output waveform to at least one output channel in response to the stimulus waveform provided to a control input thereof, the output waveform having an amplitude and a waveform shape corresponding to the amplitude and the waveform shape of the time-varying stimulus waveform and having energy that varies as a function of the compliance voltage. a variable compliance regulator connected to supply a compliance voltage to a power supply rail, the variable compliance regulator being configured to dynamically vary the compliance voltage over time to track an amplitude and waveform shape of a time-varying stimulus waveform; and a pulse generator coupled to receive power from the supply rail and configured to provide an output waveform to at least one output channel in response to the stimulus waveform provided to a control input thereof, the output waveform having an amplitude and a waveform shape corresponding to the amplitude and the waveform shape of the time-varying stimulus waveform and having energy that varies as a function of the compliance voltage.
A silicon carbide semiconductor device (1, 100) comprising: a semiconductor layer made of silicon carbide and having a surface tilted at an angle in a range of not less than 50° and not more than 65° relative to a plane; and an insulating film formed to contact said surface of said semiconductor layer, a gate electrode over said insulating film, a maximum value of a nitrogen concentration in a region within 10 nm from an interface between said semiconductor layer and said insulating film being not less than 1×10 21 cm -3, characterized in that said silicon carbide semiconductor device has a channel direction in a range of ±10° relative to a direction orthogonal to a <-2110> direction in said surface of said semiconductor layer. a semiconductor layer made of silicon carbide and having a surface tilted at an angle in a range of not less than 50° and not more than 65° relative to a plane; and an insulating film formed to contact said surface of said semiconductor layer, a gate electrode over said insulating film, a maximum value of a nitrogen concentration in a region within 10 nm from an interface between said semiconductor layer and said insulating film being not less than 1×10 21 cm -3, characterized in that said silicon carbide semiconductor device has a channel direction in a range of ±10° relative to a direction orthogonal to a <-2110> direction in said surface of said semiconductor layer.
Paver comprising a screed having at least one hydraulically movable extension screed part, an electronic control device and at least one control panel linked to the control device, the control panel having a control element manually actuatable by at least one operator, by which control element the value of a control current for a proportional magnet of at least one proportional control valve can be adjusted for setting the speed of a hydraulic movement actuator of the extension screed part, characterized in that the control element comprises an actuation instrument manually movable by an exerted actuation force between a zero position and a maximum position, by which, at least once within the movement path, an increase in kinetic resistance can be generated which is noticeable by the operator and which can be overcome by an increase in the exerted operation force, this noticeable increase at least noticeably signaling either a predetermined speed or a transition between two different speeds of the hydraulic movement actuator of the extension screed part.