mhurhangee/ep-ind-claims huggingface dataset:
A clamping band for airbag assembly, which stays wound around a fastening target by an engagement of first and second latch claws (11a, 12a), which are respectively provided in a first region on one side in a longitudinal direction and a second region on the other side in the longitudinal direction of the clamping band, in a state that the first region is wound around an outer circumference of the fastening target to overlap the second region from radially outside, wherein the first and second regions (11, 12) have first and second latch claw openings (20, 25), respectively; an end part on one side in the longitudinal direction of the first latch claw opening includes a first latch claw center portion positioned in a center in a width direction and extending along the width direction of the clamping band to form a free end of the first latch claw, and a pair of side portions positioned on respective sides in the width direction of the first latch claw center portion and positioned more toward one side in the longitudinal direction than the first latch claw center portion is so as to form a convex-curved shape facing one side in the longitudinal direction in plan view; a region that extends over a predetermined distance from the first latch claw center portion toward one side in the longitudinal direction with having a width same as that of the first latch claw center portion and is pressed so as to bulge toward a direction (Rin) in which the first latch claw faces radially inward when the clamping band is wound forms the first latch claw having a width that is narrower than that of the first latch claw opening and constant over the longitudinal direction; an end part on the other side in the longitudinal direction of the second latch claw opening includes a second latch claw center portion positioned in the center in the width direction and extending along the width direction of the clamping band to form a free end of the second latch claw, and a pair of side portions positioned on respective sides in the width direction of the second latch claw center portion and positioned more toward the other side in the longitudinal direction than the second latch claw center portion is so as to form a convex-curved shape facing the other side in the longitudinal direction in plan view; and a region that extends over a predetermined distance from the second latch claw center portion toward the other side in the longitudinal direction with having a width same as that of the second latch claw center portion and is pressed so as to bulge toward a direction (Rout) in which the second latch claw faces radially outward when the clamping band is wound forms the second latch claw having a width that is narrower than that of the second latch claw opening and constant over the longitudinal direction.
Copolymer resulting from the polymerization of: (a) 50% to 80% by weight, of the total weight of monomers, of isobornyl (meth)acrylate, (b) 5% to 30% by weight of maleic anhydride, (c) 15% to 30% by weight of C6-C16 alkyl acrylate monomer. (a) 50% to 80% by weight, of the total weight of monomers, of isobornyl (meth)acrylate, (b) 5% to 30% by weight of maleic anhydride, (c) 15% to 30% by weight of C6-C16 alkyl acrylate monomer.
Method for the continuous deposition of metallic layers from a vapour phase onto metallic substrates, preferably metal strips, in particular steel strips, wherein the deposition is carried out in a coating chamber of a coating device under vacuum, in which a substrate, essentially vertically with a deviation of the substrate from the perpendicular of 0 to 10 °, is carried through the coating chamber in a strip running direction, wherein at least one support structure is present in the coating chamber, which is arranged adjacent to a surface of the substrate, wherein a metal to be evaporated is melted down in a melt-down basin and a liquid metal flow is carried into the coating chamber out of a circulation arrangement and carried over the support structure, wherein the support structure is tempered, so that the liquid metal is evaporated in the vacuum and deposited onto the metallic substrate by condensation and/or sublimation, wherein the melt-down basin in the circulation arrangement is arranged outside the coating chamber, wherein a plasma is coupled between the substrate and the support structure, wherein liquid metal is carried in circulation, wherein the liquid metal flow on the support structure is carried downwards, the non-utilised metal is collected and supplied back into circulation.
A device for conveying particulate fuel comprising a screw conveyor arranged within a screw housing and a fuel lock arranged at an output opening in the area of the output-side end of the screw housing, which fuel lock consists of a lock housing and a celled wheel arranged within the lock housing, wherein the celled wheel has a first discoid region, which is axially closed and from which multiple, radially dispersed elements extend in an axial direction towards a second discoid region, wherein the second discoid region is axially open to form a passage for the screw housing, wherein the celled wheel has an undulate extension which protrudes through and is supported in the lock housing, wherein the screw conveyor is non-rotationally attached to the celled wheel.
Mounting device for mounting an element in a keyhole-shaped cutout of a wall, wherein the mounting device has the following features: - a holding plate which is designed to bear against a front side of the wall and at least partially cover a rim of a narrower opening of the keyhole-shaped cutout of a wall; and - at least two angle-shaped support elements that stand proud of the holding plate and are designed to engage in a broader opening of the keyhole-shaped cutout of the wall and to brace the mounting device against opposite lateral rims of the broader opening during mounting, wherein the support elements each have a first part section which, in the mounted state of the mounting device, forms a straight bearing edge for bearing against the respective lateral rim of the broader opening in the wall, wherein the support elements also each have a second part section which projects essentially at right angles from the first part section, wherein the second part section projects from that side of the first part section which, in the mounted state of the mounting device, is oriented away from the narrower opening. - a holding plate which is designed to bear against a front side of the wall and at least partially cover a rim of a narrower opening of the keyhole-shaped cutout of a wall; and - at least two angle-shaped support elements that stand proud of the holding plate and are designed to engage in a broader opening of the keyhole-shaped cutout of the wall and to brace the mounting device against opposite lateral rims of the broader opening during mounting,
Method for calibrating one or at least two power control loops of an induction hob, the induction hob comprising one or at least two power stages including one or at least two induction elements and one or at least two measurement units, the method comprising the steps of: - deriving one or at least two measurement values being indicative for the power transferred from the one or at least two power stages to one or at least two reference loads by means of said one or at least two measurement units; - storing one or at least two correction values in one or at least two storage entities in order to modify measurement values provided by the one or at least two measurement units based on the one or at least two correction values when operating the induction hob. - deriving one or at least two measurement values being indicative for the power transferred from the one or at least two power stages to one or at least two reference loads by means of said one or at least two measurement units; - storing one or at least two correction values in one or at least two storage entities in order to modify measurement values provided by the one or at least two measurement units based on the one or at least two correction values when operating the induction hob.
A transcatheter valve comprising: - a leaflet frame having a generally annular shape defining a plurality of U-shaped portions each defining a base and a plurality of posts; - a body frame having a generally tubular shape defining a body frame lumen having a body frame inner surface, the body frame extending coaxially adjacent to and spaced apart from the leaflet frame; - a film coupling the body frame and the leaflet frame; and wherein the transcatheter valve has an everted and non-everted configuration, in which in the everted configuration the leaflet frame is everted into the body frame and urged against the body frame. - a leaflet frame having a generally annular shape defining a plurality of U-shaped portions each defining a base and a plurality of posts; - a body frame having a generally tubular shape defining a body frame lumen having a body frame inner surface, the body frame extending coaxially adjacent to and spaced apart from the leaflet frame; - a film coupling the body frame and the leaflet frame; and wherein the transcatheter valve has an everted and non-everted configuration, in which in the everted configuration the leaflet frame is everted into the body frame and urged against the body frame.
A heat exchanger system comprising: a heat exchanger coil circulating a heat transfer fluid therethrough; a fan at least partially surrounded by the heat exchanger coil to cause a flow of air through the heat exchanger coil to exchange thermal energy from the heat transfer fluid to the flow of air; a brushless direct current fan motor disposed at the fan to urge rotation of the fan; and characterised in that the heat transfer fluid is a flammable refrigerant; and a fan motor drive and a fan motor controller are electronically connected to the fan motor via one or more leads that meet explosion proof criteria and located outside of a cross-section of the heat exchanger coil thereby electrically isolating the fan motor drive on the fan motor controller from the heat transfer fluid. a heat exchanger coil circulating a heat transfer fluid therethrough; a fan at least partially surrounded by the heat exchanger coil to cause a flow of air through the heat exchanger coil to exchange thermal energy from the heat transfer fluid to the flow of air; a brushless direct current fan motor disposed at the fan to urge rotation of the fan; and characterised in that the heat transfer fluid is a flammable refrigerant; and a fan motor drive and a fan motor controller are electronically connected to the fan motor via one or more leads that meet explosion proof criteria and located outside of a cross-section of the heat exchanger coil thereby electrically isolating the fan motor drive on the fan motor controller from the heat transfer fluid.
Method for detecting misfires in an internal combustion engine which is torsionally rigidly connected to a generator by means of a rotor shaft, characterised in that the generator comprises a detection device for detecting the misfires, which device detects deviations owing to misfires of the internal combustion engine by means of comparing received actual values of the generated current intensity and target values for the current intensity, which target values are specified by a speed controller, the comparison being carried out taking into account engine-dependent and/or speed-dependent first limits (x, y) within a defined window of time that is dependent on the vehicle load and that includes the duration of an ignition period, the detection device measuring the actual values of the current intensity generated by the generator and comparing said actual values with the target values of the current intensity, a control deviation resulting therefrom that is within the limits (x, y) if a misfire has taken place, a time derivative of the actual values of the current intensity simultaneously being calculated and being compared to a time derivative of the target values of the current intensity, a misfire having taken place if the derivative is within second limits (v, w), the second limits (v, w) being constantly redefined according to the vehicle load.
An apparatus, comprising: an encoder (100, 300) for encoding an enhancement layer for at least a portion of a picture, wherein said encoder comprises an inverse tone mapper for performing block based local inverse tone mapping for inter-layer intra texture prediction for bit depth scalability for at least the portion and a deblocking filter (117, 340) connected in signal communication to an output of said inverse tone mapper for filtering the enhancement layer to remove coding artifacts caused by the block-based local inverse tone mapping, wherein said encoder (100, 300) also encodes a base layer for at least the portion, and the deblocking filter (117, 340) is adapted to be enabled or disabled at the enhancement layer, and wherein the block-based local inverse tone mapping is macroblock based, characterized in that a boundary strength of the deblocking filter (1 17, 340) is adjusted based on a threshold that, in turn, is based on a difference of inverse tone mapping parameters for the at least one block and at least one adjacent block with respect to the at least one block. an encoder (100, 300) for encoding an enhancement layer for at least a portion of a picture, wherein said encoder comprises an inverse tone mapper for performing block based local inverse tone mapping for inter-layer intra texture prediction for bit depth scalability for at least the portion and a deblocking filter (117, 340) connected in signal communication to an output of said inverse tone mapper for filtering the enhancement layer to remove coding artifacts caused by the block-based local inverse tone mapping,
A computer-implemented fetal imaging method, the method comprising: obtaining a 3D ultrasound image; detecting a spine centerline in the 3D ultrasound image; determining a first plane which is a sagittal plane of best fit through the spine centerline; determining a second plane, perpendicular to the first plane, which is a coronal plane of best fit to the spine centerline; and displaying the second plane and a projection of the image of the spine onto the second plane; characterized by deriving a measure of fit error of the spine centerline to the first plane; if the measure of fit error is below a threshold, displaying the first plane and the image of the spine; if the measure of fit error is not below the threshold, projecting the image of the spine image onto the first plane, and displaying the first plane and the projected image of the spine. obtaining a 3D ultrasound image; detecting a spine centerline in the 3D ultrasound image; determining a first plane which is a sagittal plane of best fit through the spine centerline; determining a second plane, perpendicular to the first plane, which is a coronal plane of best fit to the spine centerline; and displaying the second plane and a projection of the image of the spine onto the second plane; characterized by deriving a measure of fit error of the spine centerline to the first plane; if the measure of fit error is below a threshold, displaying the first plane and the image of the spine; if the measure of fit error is not below the threshold, projecting the image of the spine image onto the first plane, and displaying the first plane and the projected image of the spine. if the measure of fit error is below a threshold, displaying the first plane and the image of the spine; if the measure of fit error is not below the threshold, projecting the image of the spine image onto the first plane, and displaying the first plane and the projected image of the spine. projecting the image of the spine image onto the first plane, and displaying the first plane and the projected image of the spine.
A heating resistor type flow measuring device to be mounted on a mounting part of a fluid passage, said measuring device comprising: a housing having a connector to connect to an external electrical equipment, a frame body and a support part provided between the frame body and the connector, whereby the support part can be connected to the mounting part of the fluid passage, a flow rate detection element (7, 8, 9) held on the frame body, and an electronic circuit connected electrically to the flow rate detection element (7, 8, 9) and the connector, wherein the electronic circuit is positioned inside the frame body which can be positioned in the fluid passage, whereby the support part comprises a part wherein a member with rigidity higher than the material of the support part is integrally molded, whereby the housing can be fixed to the fluid passage through the member with high rigidity wherein the material of the support part is plastic, and said material with high rigidity is a metal plate, whereby said frame body has a metal base on which said electronic circuit is fixed, whereby the metal base comprises an upper side and whereby the part of the support part with the integrally molded plate comprises a lower side, characterized in that the lower side of the said part of the support part is separated from the upper side of metal base by a distance L2 and the support part comprises a thin wall part within the distance L2. a housing having a connector to connect to an external electrical equipment, a frame body and a support part provided between the frame body and the connector, whereby the support part can be connected to the mounting part of the fluid passage, a flow rate detection element (7, 8, 9) held on the frame body, and an electronic circuit connected electrically to the flow rate detection element (7, 8, 9) and the connector, wherein the electronic circuit is positioned inside the frame body which can be positioned in the fluid passage, whereby the support part comprises a part wherein a member with rigidity higher than the material of the support part is integrally molded, whereby the housing can be fixed to the fluid passage through the member with high rigidity wherein the material of the support part is plastic, and said material with high rigidity is a metal plate, whereby said frame body has a metal base on which said electronic circuit is fixed, whereby the metal base comprises an upper side and whereby the part of the support part with the integrally molded plate comprises a lower side, characterized in that the lower side of the said part of the support part is separated from the upper side of metal base by a distance L2 and the support part comprises a thin wall part within the distance L2.
A heat exchanger comprising: - a tube arranged between an inlet tank and an outlet tank and configured to contain coolant flowing therethrough and thermally coupling the coolant to a surface of the tube, - a fin configured to transfer heat from the fin to air passing across the fin, - a thermoelectric assembly thermally coupled to the tube and the fin, said assembly configured to heat the fin relative to the tube in response to a voltage source applied to the assembly, - wherein said assembly includes a plurality of thermoelectric modules, - wherein each of the thermoelectric modules is electrically interconnected into a group of series connected modules, - wherein a first group of series connected modules is formed of a first number of modules and a second group of series connected modules is formed of a second number of modules, - wherein the first group and the second group are arranged along the tube between the inlet tank and the outlet tank, - characterized in that the second number is different from the first number. - a tube arranged between an inlet tank and an outlet tank and configured to contain coolant flowing therethrough and thermally coupling the coolant to a surface of the tube, - a fin configured to transfer heat from the fin to air passing across the fin, - a thermoelectric assembly thermally coupled to the tube and the fin, said assembly configured to heat the fin relative to the tube in response to a voltage source applied to the assembly, - wherein said assembly includes a plurality of thermoelectric modules, - wherein each of the thermoelectric modules is electrically interconnected into a group of series connected modules, - wherein a first group of series connected modules is formed of a first number of modules and a second group of series connected modules is formed of a second number of modules, - wherein the first group and the second group are arranged along the tube between the inlet tank and the outlet tank, - characterized in that the second number is different from the first number.
A B. agaradhaerens-clade subtilisin, or recombinant peptide or an active fragment thereof, said subtilisin, or recombinant peptide or active fragment comprising one or more motifs selected from: (i) DXGIXXXHPDLXXXXXGGXSXXXXXXXXDGNXHGTH (SEQ ID NO: 16) motif, wherein the initial D is the active site Aspartic acid, the penultimate H is the active site Histidine, and X is any amino acid; (ii) D(S/T)GIDRSHPDLSXXXXGGXSXXXXXXXXDGNGHGHT (SEQ ID NO: 17) motif, wherein the initial D is the active site Aspartic acid, the penultimate H is the active site Histidine, and X is any amino acid; and (iii) DSGIDRSHPDLSANVRGGYSVFGDSPYNDGNGHGTH (SEQ ID NO: 18) motif, wherein the initial D is the active site Aspartic acid and the penultimate H is the active site Histidine; said subtilisin, or recombinant peptide or active fragment comprises an amino acid sequence having at least 90% amino acid sequence identity to an amino acid sequence selected from the group consisting of SEQ ID NOs: 3, 10, 12 and 14, and wherein said subtilisin, or recombinant peptide or active fragment has cleaning activity in a detergent composition. (i) DXGIXXXHPDLXXXXXGGXSXXXXXXXXDGNXHGTH (SEQ ID NO: 16) motif, wherein the initial D is the active site Aspartic acid, the penultimate H is the active site Histidine, and X is any amino acid; (ii) D(S/T)GIDRSHPDLSXXXXGGXSXXXXXXXXDGNGHGHT (SEQ ID NO: 17) motif, wherein the initial D is the active site Aspartic acid, the penultimate H is the active site Histidine, and X is any amino acid; and (iii) DSGIDRSHPDLSANVRGGYSVFGDSPYNDGNGHGTH (SEQ ID NO: 18) motif, wherein the initial D is the active site Aspartic acid and the penultimate H is the active site Histidine;
A rectal catheter comprising - a shaft comprising a tubular element extending from a proximal end to a distal end - a balloon element fitted on the shaft wherein the shaft is provided with ribs in a longitudinal direction of the shaft on an outer surface of the tubular element so that the ribs are positioned under the balloon element characterised in that the rectal catheter comprises two attenuations at the position of the balloon, a first attenuation provided between the outer surface of the tubular element and the attachment surfaces and a second attenuation provided between the attachment surfaces and an attenuated catheter surface at the balloon so that the balloon element is within the outer boundary of the catheter, the balloon element being attached flush with the outer surface of the tubular element and on an outer surface of the ribs. - a shaft comprising a tubular element extending from a proximal end to a distal end - a balloon element fitted on the shaft wherein the shaft is provided with ribs in a longitudinal direction of the shaft on an outer surface of the tubular element so that the ribs are positioned under the balloon element characterised in that the rectal catheter comprises two attenuations at the position of the balloon, a first attenuation provided between the outer surface of the tubular element and the attachment surfaces and a second attenuation provided between the attachment surfaces and an attenuated catheter surface at the balloon so that the balloon element is within the outer boundary of the catheter, the balloon element being attached flush with the outer surface of the tubular element and on an outer surface of the ribs.