mhurhangee/ep-ind-claims huggingface dataset:
A tomography system comprising a plurality of X-ray or gamma ray sources and a plurality of detectors, which are offset from one other such that the detectors are not located directly opposite the sources, wherein the plurality of sources lie in a first plane and the plurality of detectors lie in a plurality of planes parallel to the first plane of sources, further comprising a controller adapted to process X-rays or gamma rays detected by said plurality of detectors and generate a three dimensional image wherein said controller comprises a plurality of programmatic instructions that, when executed, a) rebin each of said detected X-rays or gamma rays onto a non-flat surface, achieved by collecting data from X-rays close to a surface with more than one sheet b) perform a two dimensional reconstruction of said rebinned data on a non-flat surface, and c) generate said three dimensional image from said reconstructed images on the plurality of said surfaces.
System for electrochemical detection of molecules of interest, characterized in that said system comprises: - a conductive material, - at least one nanomaterial bearing positive functions, covalently bound to said conductive material, - at least one redox molecule, and - at least one single-stranded oligonucleotide probe targeting a molecule of interest, said redox molecule being covalently bound to said nanomaterial; said oligonucleotide probe being covalently bound to said nanomaterial or to the redox molecule; the number of positive functions of said nanomaterial being greater than the number of oligonucleotide probes. - a conductive material, - at least one nanomaterial bearing positive functions, covalently bound to said conductive material, - at least one redox molecule, and - at least one single-stranded oligonucleotide probe targeting a molecule of interest, said redox molecule being covalently bound to said nanomaterial; said oligonucleotide probe being covalently bound to said nanomaterial or to the redox molecule; the number of positive functions of said nanomaterial being greater than the number of oligonucleotide probes. said redox molecule being covalently bound to said nanomaterial; said oligonucleotide probe being covalently bound to said nanomaterial or to the redox molecule; the number of positive functions of said nanomaterial being greater than the number of oligonucleotide probes.
A printbed for regulating a temperature of the printbed, the printbed comprising - at least one Peltier element, each Peltier element having opposite first and a second surfaces (3a, 3b); and - at least one heatsink, wherein the at least one Peltier element is arranged to have each respective first surface facing a print surface of the print bed, and wherein the at least one heatsink is thermally connected to the Peltier element and arranged to transfer heat generated by the at least one Peltier element and dissipate the transferred heat away from the at least one Peltier element, characterized in that the printbed further comprises - at least one fan (6a, 6b), arranged to transport gas heated by the at least one Peltier element away from the at least one Peltier element, and wherein the at least one fan comprises first and second fans (6a, 6b), wherein the first fan is arranged at a first side of the printbed and the second fan is arranged at a second side of the printbed, the first and second sides being opposite each other, the first and second fans being arranged to suck in air towards the at least one heatsink via the first fan, through the at least one heat sink, and ultimately away from the at least one heatsink via the second fan. - at least one Peltier element, each Peltier element having opposite first and a second surfaces (3a, 3b); and - at least one heatsink, - at least one fan (6a, 6b), arranged to transport gas heated by the at least one Peltier element away from the at least one Peltier element, and wherein
A method for manufacturing a composite gas turbine blade or vane, the composite gas turbine blade or vane comprising first parts made out of a metal matrix reinforced with carbon fibres, the first parts being joined to second parts made out of metal without carbon fibres, the method comprising: providing metal powder, providing carbon fibres, simultaneously manufacturing the first parts and the second parts by local laser melting technology, such as SLM or direct laser melting, wherein the gas turbine blade or vane has a nose that is defined by one of said second parts comprising a cooling channel, opposite sides defined by said first parts, an intermediate section defined by one of said second parts comprising a cooling channel and a terminal part comprising the trailing edge is defined by one of said first parts. providing metal powder, providing carbon fibres, simultaneously manufacturing the first parts and the second parts by local laser melting technology, such as SLM or direct laser melting, wherein the gas turbine blade or vane has a nose that is defined by one of said second parts comprising a cooling channel, opposite sides defined by said first parts, an intermediate section defined by one of said second parts comprising a cooling channel and a terminal part comprising the trailing edge is defined by one of said first parts.
Extinguishing system for explosion suppression with an extinguishing agent container, a closure member and at least one locking element, wherein the extinguishing agent container can be closed in a pressure-tight manner via the closure member and the closure member can be locked in a closed position via the at least one locking element, wherein the extinguishing system comprises a triggering device, which acts on the locking element, wherein the triggering device comprises a sliding pin, which has a catch, wherein the extinguishing system can be triggered by moving the sliding pin from a blocking position to a release position, and wherein the triggering device comprises a pawl body with a pawl flank, which is designed to interact with the catch of the sliding pin in the blocking position to keep the sliding pin in the blocking position against a preload force, which acts in a release direction, wherein a system pressure prevailing in the extinguishing agent container, which acts on the closure member and thereby exerts onto a locking surface of the closure member, causes the preload force, characterized in that an electromagnet is provided, which acts directly on the pawl body, whereby the pawl body can be move to release the engagement of the catch and the pawl flank and to release the sliding pin.
A video decoding apparatus, comprising: a reference picture list storing unit configured to store picture information of pictures; a motion vector information storing unit configured to store motion vector information including motion vectors of blocks that are spatially or temporally adjacent to a target block to be decoded and reference picture identifiers indicating pictures that the motion vectors refer to; and a scaling factor calculation unit configured to calculate, based on the picture information and the motion vector information, an interval between a target picture including the target block and a target reference picture that a motion vector of the target block refers to and an interval between a picture including an adjacent block adjacent to the target block and an adjacent reference picture that a motion vector of the adjacent block refers to, and to calculate a scaling factor based on the calculated intervals; and a scaling operation unit configured to scale a vector predictor candidate for the motion vector of the target block by multiplying the vector predictor candidate by the scaling factor and to correct the scaled vector predictor candidate by subtracting a predetermined value from an absolute value of the scaled vector predictor candidate, wherein the scaling factor has N bits of precision after a decimal point; and the scaling operation unit is configured to calculate the predetermined value that is greater than or equal to 1 and less than or equal to 2 N-2. a reference picture list storing unit configured to store picture information of pictures; a motion vector information storing unit configured to store motion vector information including motion vectors of blocks that are spatially or temporally adjacent to a target block to be decoded and reference picture identifiers indicating pictures that the motion vectors refer to; and a scaling factor calculation unit configured to calculate, based on the picture information and the motion vector information, an interval between a target picture including the target block and a target reference picture that a motion vector of the target block refers to and an interval between a picture including an adjacent block adjacent to the target block and an adjacent reference picture that a motion vector of the adjacent block refers to, and to calculate a scaling factor based on the calculated intervals; and
Method for the passivation and contacting of a surface of a germanium substrate, comprising the steps of; - providing said germanium substrate with a first surface; - producing a passivation layer of intrinsic hydrogenated amorphous silicon on said first surface; - producing a contact layer of metal on said passivation layer; - applying a diffusion step, wherein said diffusion step is performed at a temperature between 150 °C and 300 °C and the diffusion time is between 5 and 60 minutes, such that said germanium surface is contacted by said contact layer, through said passivation layer. - providing said germanium substrate with a first surface; - producing a passivation layer of intrinsic hydrogenated amorphous silicon on said first surface; - producing a contact layer of metal on said passivation layer; - applying a diffusion step, wherein said diffusion step is performed at a temperature between 150 °C and 300 °C and the diffusion time is between 5 and 60 minutes, such that said germanium surface is contacted by said contact layer, through said passivation layer.
Apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, comprising at least one process chamber, wherein the process chamber comprises at least two chamber segments (3, 4) delimiting the process chamber [cf. par. 7, 9, 11, 14, 17, 23], wherein at least one chamber segment (3, 4) is mounted on the at least one other chamber segment (3, 4) and is separately detachable, characterized in that at least one chamber segment (3, 4) is extractably mounted on the at least one other chamber segment (3, 4), whereby the first chamber segment is still attached to or held by the other chamber segment, whereby the extractable mount allows for a movement of the two chamber segments relative to one another.
A tissue modification device comprising: an elongate element having a proximal end and a distal end, wherein the elongate element is configured to be inserted into a body region; a liquid fluid delivery element disposed within the elongate element, wherein the liquid fluid delivery element is configured to discharge a liquid fluid stream to resect a volume of tissue surrounding the body region and comprising glandular tissue and capsular tissue, wherein the device is configured to deliver the liquid fluid stream with a shape, a pressure and a flow rate configured to selectively resect the glandular tissue while leaving the capsular tissue substantially undamaged. an elongate element having a proximal end and a distal end, wherein the elongate element is configured to be inserted into a body region; a liquid fluid delivery element disposed within the elongate element, wherein the liquid fluid delivery element is configured to discharge a liquid fluid stream to resect a volume of tissue surrounding the body region and comprising glandular tissue and capsular tissue, wherein the device is configured to deliver the liquid fluid stream with a shape, a pressure and a flow rate configured to selectively resect the glandular tissue while leaving the capsular tissue substantially undamaged.
A power tool and battery pack assembly including a first power tool (1,2) having a motor configured to operate at a first voltage and a first group of electrical connection means; a second power tool (1,4) having a motor configured to operate at a second voltage higher than the first voltage and a second group of electrical connection means; and a battery pack which, when mechanically and electrically connected to a respective one of the first or second power tools, allows power to be provided for operation of the power tool, said battery pack including a plurality of groups (28,30) of power cells and the power cells in each group are interconnected in series and the electrical connection means of the respective power tools, are provided in a form to select the provision of power at at least the first voltage or the second voltage from the same battery pack and when the first power tool is mechanically and electrically connected to the battery pack the configuration of the first group of electrical connection means causes the first voltage to be automatically supplied with the said groups (28,30) of power cells acting in parallel due to the configuration of the first electrical connection means and when the second power tool is mechanically and electrically connected to the battery pack the configuration of the second group of electrical connection means, which is different to the configuration of the said first group of electrical connection means causes the second voltage to be automatically supplied with the said groups (28,30) of power cells acting in series due to the configuration of the said second group of electrical connection means, and characterised in that the battery pack is provided with connection means including a first pair of female sockets allowing connection and the first voltage to be provided and a second pair of female sockets allowing connection and the second voltage to be provided and male plug members of the first group of electrical connection means are positioned such as to locate with the first pair of female sockets to provide the said first voltage and male plug members of the second group of electrical connection means are positioned such as to locate with the second pair of female sockets to provide the said second voltage.
Tank filling device for a liquid container, consisting of a base body with a mounting end for fixing to the liquid container and with an operating section guided for longitudinal movement on the base body as well as an outlet opening controlled by a manually actuated liquid valve for the emerging liquid, wherein the liquid valve is coupled to the operating section in such a way that the liquid valve can be opened and closed manually by moving the operating section, and with an air passage with an air inlet and an air outlet for supplying air into the liquid container for pressure balance in the liquid container, wherein the air passage extends towards the mounting end and is provided with an air valve at its air outlet, characterised in that the operating section is guided within the base body, in that the air outlet of the air passage is provided between the operating section and the base body, and in that the air valve is formed as a slot-controlled valve by the operating section and the base body.
A delivery device for delivering an implantable leadless pacing device, the delivery device comprising: a proximal section including a first deflection mechanism, a distal holding section extending distally of a distal end of the proximal section, the distal holding section defining a cavity therein for receiving an implantable leadless pacing device; wherein the distal holding section includes a distal tip portion and a body portion; characterised in that the distal tip portion comprises a polymer having a durometer less than that of at least a portion of the body portion. a proximal section including a first deflection mechanism, a distal holding section extending distally of a distal end of the proximal section, the distal holding section defining a cavity therein for receiving an implantable leadless pacing device; wherein the distal holding section includes a distal tip portion and a body portion; characterised in that the distal tip portion comprises a polymer having a durometer less than that of at least a portion of the body portion.
An active diaphragm (52; 72; 82) for an active door (51; 71; 81) adapted for the hermetic closure of a conduit, the diaphragm (52; 72; 82) defining: - a support surface (520; 820) arranged on a plane π1; - a geometric axis a perpendicular to the plane π1; and - an axis of rotation r parallel to the plane π1; the active diaphragm (52; 72; 82) comprising: - a hollow (521; 821), completely comprised inside the support surface (520 820); and - a suction conduit (523; 823) adapted to place in communication the hollow (521;; 821) with an aspirator (53; 83) external to the diaphragm (52; 72; 82); wherein the axes a and r are askew with respect to each other, the suction conduit is arranged at least partially along the axis of rotation r; and the active diaphragm has a circular shape; characterized in that said hollow (521; 821) occupies between 80% and 90% of the support surface (520; 820) of the active diaphragm (52; 72; 82). - a support surface (520; 820) arranged on a plane π1; - a geometric axis a perpendicular to the plane π1; and - an axis of rotation r parallel to the plane π1; - a hollow (521; 821), completely comprised inside the support surface (520 820); and - a suction conduit (523; 823) adapted to place in communication the hollow (521;; 821) with an aspirator (53; 83) external to the diaphragm (52; 72; 82); wherein the axes a and r are askew with respect to each other, the suction conduit is arranged at least partially along the axis of rotation r; and the active diaphragm has a circular shape; characterized in that said hollow (521; 821) occupies between 80% and 90% of the support surface (520; 820) of the active diaphragm (52; 72; 82). the axes a and r are askew with respect to each other, the suction conduit is arranged at least partially along the axis of rotation r; and the active diaphragm has a circular shape; characterized in that said hollow (521; 821) occupies between 80% and 90% of the support surface (520; 820) of the active diaphragm (52; 72; 82).
A cutting tool extending along a center axis, and including on a front end side a cutting insert to cut a work material, the cutting tool comprising: a head portion which includes an insert mounting seat, on which the cutting insert is installed, on a front end side; a holder which is installed on a rear end side of the head portion and holds the head portion; and a fixing member which fixes a position of the head portion with respect to the holder when the head portion is mounted on the holder, wherein the head portion is configured to be mountable on the holder, with an angle thereof changing around the center axis, and the cutting tool is characterized in that it further comprises a ring portion, wherein on one end face of the ring portion, a first engaging portion, which engages with an engaging portion of the head portion, is disposed, and on the other end face of the ring portion, a second engaging portion, which engages with an engaging portion of the holder, is disposed, the head portion is configured to be engageable with the ring portion, with an angle thereof changing around the center axis, the holder is configured to be engageable with the ring portion, with an angle thereof changing around the center axis, and the unit of change of the engaging angle of the head portion with respect to the ring portion is different from the unit of change of the engaging angle of the holder with respect to the ring portion. a head portion which includes an insert mounting seat, on which the cutting insert is installed, on a front end side; a holder which is installed on a rear end side of the head portion and holds the head portion; and a fixing member which fixes a position of the head portion with respect to the holder when the head portion is mounted on the holder, wherein the head portion is configured to be mountable on the holder, with an angle thereof changing around the center axis, and the cutting tool is characterized in that it further comprises a ring portion, wherein on one end face of the ring portion, a first engaging portion, which engages with an engaging portion of the head portion, is disposed, and on the other end face of the ring portion, a second engaging portion, which engages with an engaging portion of the holder, is disposed, the head portion is configured to be engageable with the ring portion, with an angle thereof changing around the center axis, the holder is configured to be engageable with the ring portion, with an angle thereof changing around the center axis, and the unit of change of the engaging angle of the head portion with respect to the ring portion is different from the unit of change of the engaging angle of the holder with respect to the ring portion.
A composition [composition (COMP)] comprising: - at least one alkali metal salt of bis(fluoro sulfonyl)imide [FSI-salt]; - at least one alkali metal salt of FSO 3 - in an amount up to 100 ppm, as measured by ionic chromatography; - at least one compound of formula as represented below or an alkali metal salt thereof, in an amount up to 100 ppm, as measured by ionic chromatography: - at least one compound of formula as represented below or an alkali metal salt thereof, in an amount up to 100 ppm as measured by ionic chromatography: - a total alcohol content equal to or lower than 20 ppm, as measured by head-space gas chromatography (HS-GC-FID) and - a moisture content equal to or lower than 15 ppm, as measured by Karl-Fisher titration. - at least one alkali metal salt of bis(fluoro sulfonyl)imide [FSI-salt]; - at least one alkali metal salt of FSO 3 - in an amount up to 100 ppm, as measured by ionic chromatography; - at least one compound of formula as represented below or an alkali metal salt thereof, in an amount up to 100 ppm, as measured by ionic chromatography: - at least one compound of formula as represented below or an alkali metal salt thereof, in an amount up to 100 ppm as measured by ionic chromatography: - a total alcohol content equal to or lower than 20 ppm, as measured by head-space gas chromatography (HS-GC-FID) and - a moisture content equal to or lower than 15 ppm, as measured by Karl-Fisher titration.
A method for manufacturing a moulded brick (80; 88; 130; 150; 160; 180; 192), for example a building brick, in particular a clay brick, having a preferably essentially cuboid body which comprises two large surfaces which are essentially parallel to each other and aligned at a distance from each other and side surfaces which extend essentially perpendicularly to these ones as well as channels (82, 84, 86; 92, 132; 152; 162; 184; 194) which extend essentially in parallel to the side surfaces and essentially perpendicularly to the large surfaces, into which channels a filling of insulating material will be at least partly introduced, characterized in that pourable and/or blowable insulating material particles made of mineral fibers, together with a binding agent, will be blown and/or sucked into at least a part of the channels (82, 84, 86; 92, 132; 152; 162; 184; 194) in a horizontal conveying direction, and wherein the channel (82, 84, 86; 92, 132; 152; 162; 184; 194) in the moulded brick (80; 88; 130; 150; 160; 180; 192) is closed by an air-permeable membrane on the output side.
A pharmaceutical composition for use in treating cancer, characterized in that the pharmaceutical composition is selected from the group consisting of an effective dosage of duloxetine HCl.