mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: obtaining contrast-enhanced image angiography data having a plurality of voxels, each voxel having an intensity value; forming at least one iso-surface around each voxel, using at least one predetermined intensity threshold; determining a vesselness value for each voxel, using the product of the second strongest eigenvalue of a radial structure tensor of each iso-surface with a centricity of the iso-surface; determining a hypo-density value for each voxel based on the at least one predetermined intensity threshold, the volumetric image data and the at least one iso-surface around said voxel that yielded maximum vesselness value; weighting each of the intensity values by a corresponding vesselness value; weighting each of the hypo-density values by the corresponding vesselness value; combining the weighted intensity values and the weighted hypo-density values for highlighting suspected presence and locations of embolisms, thereby generating composite image data; and visually displaying the composite image data. obtaining contrast-enhanced image angiography data having a plurality of voxels, each voxel having an intensity value; forming at least one iso-surface around each voxel, using at least one predetermined intensity threshold; determining a vesselness value for each voxel, using the product of the second strongest eigenvalue of a radial structure tensor of each iso-surface with a centricity of the iso-surface; determining a hypo-density value for each voxel based on the at least one predetermined intensity threshold, the volumetric image data and the at least one iso-surface around said voxel that yielded maximum vesselness value; weighting each of the intensity values by a corresponding vesselness value; weighting each of the hypo-density values by the corresponding vesselness value; combining the weighted intensity values and the weighted hypo-density values for highlighting suspected presence and locations of embolisms, thereby generating composite image data; and visually displaying the composite image data.
A method of electrically connecting an external control circuit board with an internal control circuit board of an inner container, comprising the following steps: S10, removing an upper cover of a waste ink cartridge to obtain a cartridge shell, wherein, the waste ink cartridge comprises the upper cover and the cartridge shell; S20, electrically connecting an external control circuit board with a control circuit board of the waste ink cartridge, so that contacts on the control circuit board of the waste ink cartridge communicate with the external control circuit board; S30, arranging an internal control circuit board at a corresponding position of an inner container; and S40, installing the inner container in the cartridge shell, so that internal contacts of the internal control circuit board of the inner container are electrically connected with the external control circuit board to obtain the inner container replaceable ink cartridge; characterized in that, wherein a first chip of the external control circuit board or a second chip of the internal control circuit board is written with actual ink volume data of the inner container and an adopted program; wherein in step S20, a communication hole is formed in the cartridge shell to connect the external control circuit board to the control circuit board of the waste ink cartridge, so that the contacts on the control circuit board of the waste ink cartridge communicate with some external contacts at corresponding positions of the external control circuit board in a one-to-one correspondence mode, and remaining external contacts extend into the cartridge shell through the communication hole. S10, removing an upper cover of a waste ink cartridge to obtain a cartridge shell, wherein, the waste ink cartridge comprises the upper cover and the cartridge shell; S20, electrically connecting an external control circuit board with a control circuit board of the waste ink cartridge, so that contacts on the control circuit board of the waste ink cartridge communicate with the external control circuit board; S30, arranging an internal control circuit board at a corresponding position of an inner container; and S40, installing the inner container in the cartridge shell, so that internal contacts of the internal control circuit board of the inner container are electrically connected with the external control circuit board to obtain the inner container replaceable ink cartridge; characterized in that, wherein a first chip of the external control circuit board or a second chip of the internal control circuit board is written with actual ink volume data of the inner container and an adopted program; wherein in step S20, a communication hole is formed in the cartridge shell to connect the external control circuit board to the control circuit board of the waste ink cartridge, so that the contacts on the control circuit board of the waste ink cartridge communicate with some external contacts at corresponding positions of the external control circuit board in a one-to-one correspondence mode, and remaining external contacts extend into the cartridge shell through the communication hole.
A hermetically sealed blister package for a contact lens, wherein the blister package includes a base member (100, 400, 500, 600, 700, 800, 900), made of a plastics material, and a sealing member joined to the base member to form a blister cavity arranged to hold an unworn contact lens and contact lens packaging solution; the base member having an upper surface and a lower surface and including a blister well (104, 404, 504, 604, 704, 804, 904) and a handle (106, 406, 506, 606, 706, 806, 906), the blister well having a rim (101, 401, 501, 601, 701, 801), the rim of the blister well being enclosed on the upper surface of the base member by a sealing region (102, 402, 502, 602, 702, 802); the handle and the sealing region being provided by a flange that extends out from the blister well; CHARACTERISED IN THAT the base member has a weight from 0.4g to 0.72g. the base member having an upper surface and a lower surface and including a blister well (104, 404, 504, 604, 704, 804, 904) and a handle (106, 406, 506, 606, 706, 806, 906), the blister well having a rim (101, 401, 501, 601, 701, 801), the rim of the blister well being enclosed on the upper surface of the base member by a sealing region (102, 402, 502, 602, 702, 802); the handle and the sealing region being provided by a flange that extends out from the blister well; CHARACTERISED IN THAT the base member has a weight from 0.4g to 0.72g.
An encoding apparatus for integrally encoding a speech signal and a audio signal, the encoding apparatus comprising: an input signal analyzer to analyze a characteristic of an input signal; a stereo encoder to down mix the input signal to a mono signal when the input signal is a stereo signal, and to extract stereo sound image information from the input signal; a sampling rate converter to convert a sampling rate of the input signal; a frequency band expander to extract information for expanding a frequency band of the input signal; a speech signal encoder to encode core band of the input signal using a speech encoding module when the input signal is a speech characteristics signal; a audio signal encoder to encode core band of the input signal using a audio encoding module when the input signal is a audio characteristic signal; and a bitstream generator to generate a bitstream using an output signal of the speech signal encoder and an output signal of the audio signal encoder; wherein the core band includes band which is not expanded in a frequency band of the input signal, and wherein, when the input signal is changed between the speech characteristic signal and the audio characteristic signal, the bitstream generator stores, in the bitstream, conversion information associated with compensating for a change of a frame unit. an input signal analyzer to analyze a characteristic of an input signal; a stereo encoder to down mix the input signal to a mono signal when the input signal is a stereo signal, and to extract stereo sound image information from the input signal; a sampling rate converter to convert a sampling rate of the input signal; a frequency band expander to extract information for expanding a frequency band of the input signal; a speech signal encoder to encode core band of the input signal using a speech encoding module when the input signal is a speech characteristics signal; a audio signal encoder to encode core band of the input signal using a audio encoding module when the input signal is a audio characteristic signal; and a bitstream generator to generate a bitstream using an output signal of the speech signal encoder and an output signal of the audio signal encoder; wherein the core band includes band which is not expanded in a frequency band of the input signal, and wherein, when the input signal is changed between the speech characteristic signal and the audio characteristic signal, the bitstream generator stores, in the bitstream, conversion information associated with compensating for a change of a frame unit.
A laundry washing machine comprising: a casing supporting a tub and a drum adapted to receive laundry to be treated, said drum being housed in a rotatable manner inside said tub; a shaft coupled to said drum and aligned along a reference rotation axis for rotating said drum; a bearing assembly supporting said shaft at a wall of said tub, wherein said bearing assembly comprises a first element fixedly provided to said wall of said tub and wherein said bearing assembly comprises a second element apt to support said shaft with respect to said tub and to allow rotation of said shaft, wherein said laundry washing machine further comprises one or more rolling devices (302, 304) interposed between said second element and said shaft to allow the rotation of the latter, wherein said tub is made of a polymeric material, said first element is injection-moulded to said wall of said tub, and said second element is adapted to be removably connected to said first element to facilitate the replacement of the one or more rolling devices (302, 304). a casing supporting a tub and a drum adapted to receive laundry to be treated, said drum being housed in a rotatable manner inside said tub; a shaft coupled to said drum and aligned along a reference rotation axis for rotating said drum; a bearing assembly supporting said shaft at a wall of said tub, wherein said bearing assembly comprises a first element fixedly provided to said wall of said tub and wherein said bearing assembly comprises a second element apt to support said shaft with respect to said tub and to allow rotation of said shaft, wherein said laundry washing machine further comprises one or more rolling devices (302, 304) interposed between said second element and said shaft to allow the rotation of the latter, wherein said tub is made of a polymeric material, said first element is injection-moulded to said wall of said tub, and said second element is adapted to be removably connected to said first element to facilitate the replacement of the one or more rolling devices (302, 304).
A rail crane for transporting rails, having a crane column and, fastened thereon, a telescopic jib which is connected to a telescoping part displaceable in a longitudinal direction of the jib and to a trolley in engagement via a driving gearwheel with a gear rack, characterized in that the telescoping part comprises an engaging member, provided for connection to the trolley, for a first movement of the telescoping part from a resting- into a working position, and that the telescoping part is connected to an energy store effective against the said first movement.
A contacting member (4, 10) that contacts a region of a contacted member (7, 11, 12) to which a liquid composition has been applied, comprising: a substrate; and a fluororesin fiber layer containing a fluororesin fiber, wherein one side of the fluororesin fiber layer is directly or indirectly fixed to the substrate and another side of the fluororesin fiber layer contacts the contacted member (7, 11, 12), wherein a ratio X/Y is greater than or equal to 0.3 and less than 1.00, where X is a presence ratio of the fluororesin fiber in the fluororesin fiber layer on the side which is directly or indirectly fixed to the substrate and Y is a presence ratio of the fluororesin fiber in the fluororesin fiber layer on the other side which contacts the contacted member (7, 11, 12), wherein the presence ratio on a side of the fluororesin layer is equal to the ratio of the area of that side where fluorine component is present to the area of that side where no fluorine component is present, and wherein the contacted member (7, 11, 12) is a recording medium. a substrate; and a fluororesin fiber layer containing a fluororesin fiber, wherein one side of the fluororesin fiber layer is directly or indirectly fixed to the substrate and another side of the fluororesin fiber layer contacts the contacted member (7, 11, 12), wherein a ratio X/Y is greater than or equal to 0.3 and less than 1.00, where X is a presence ratio of the fluororesin fiber in the fluororesin fiber layer on the side which is directly or indirectly fixed to the substrate and Y is a presence ratio of the fluororesin fiber in the fluororesin fiber layer on the other side which contacts the contacted member (7, 11, 12),
A piezoelectric acceleration transducer for measuring an acceleration; that comprises a transducer unit comprising at least one piezoelectric element (11.11 - 11.13) and at least two electrodes (11.21 - 11.26), wherein said piezoelectric element (11.11 - 11.13) is made of a piezoelectric material and generates polarization charges under the influence of the acceleration, wherein said electrodes (11.21 - 11.26) directly contact the piezoelectric element (11.11 - 11.13) in specific areas and pick up the polarization charges; that comprises a housing which encloses the transducer unit in a water-tight and gas-tight manner; and that comprises a signal lead-through electrically connected to the electrodes (11.21 - 11.26) and transmitting the polarization charges as signals (S1 - S4) through the housing to an environment outside of the housing; wherein said piezoelectric acceleration transducer comprises a signal cable located in the environment outside of the housing and comprising at least two signal conductors (14.11 - 14.14); characterized in that said signal lead-through comprises a support element (13.1), on which support element (13.1) are arranged at least two conducting paths (13.121 - 13.124); and in that each of the signal conductors (14.11 - 14.14) makes a contact with exactly one of said conducting paths (13.121 - 13.124).
A rotor for an electric motor or generator, the rotor comprising a housing having a first surface on which a first set of magnets is mounted; and an annular clamping ring for retaining a second set of magnets to a second surface of the housing, wherein the position of the second set of magnets on the second surface allows the position of the first set of magnets to be determined, wherein the annular clamping ring includes a mounting point for allowing the annular clamping ring to be mounted to the housing for retaining the second set of magnets to the second surface, wherein the cross sectional area of the annular clamping ring is reduced in a region adjacent to the mounting point, so as to restrict any deformation of the clamping ring when mounting the clamping ring to the rotor.
A method for detecting a leakage in a liquid channel, having at least the following steps: a) Closing the liquid channel with a valve to form a pressurized space in the liquid channel; b) Determining a first pressure drop in the pressurized space; c) Opening the valve after conclusion of the determination of the first pressure drop; d) Closing the liquid channel with the valve to re-form the pressurized space in the liquid channel; e) Determining a second pressure drop in the pressurized space; characterized by f) Comparing the first pressure drop to the second pressure drop; detecting the leakage if the first pressure drop and the second pressure drop are essentially identical; and inferring a desired removal of liquid from the liquid channel by at least one consumer if the first pressure drop and the second pressure drop are different. a) Closing the liquid channel with a valve to form a pressurized space in the liquid channel; b) Determining a first pressure drop in the pressurized space; c) Opening the valve after conclusion of the determination of the first pressure drop; d) Closing the liquid channel with the valve to re-form the pressurized space in the liquid channel; e) Determining a second pressure drop in the pressurized space; f) Comparing the first pressure drop to the second pressure drop; detecting the leakage if the first pressure drop and the second pressure drop are essentially identical; and inferring a desired removal of liquid from the liquid channel by at least one consumer if the first pressure drop and the second pressure drop are different.
A roof bar which comprises a profile and a locking member intended to be engaged in a quadrangular opening positioned on the roof of a vehicle, the locking member comprising a retaining buckle blade and a core, the roof bar being characterized in that the core is asymmetrical and rotatably connected in the retaining buckle blade for switching, upon rotation of the core, the retaining buckle blade from a retracted position in which the retaining buckle blade is removable from the quadrangular opening to an expanded position in which the retaining buckle blade is locked in the quadrangular opening.
Turbo-machine comprising a stator (22, 23, 45, 49) and a rotor arranged rotatably inside the stator (22, 23, 45, 49) and electrical heating devices (40, 41, 42, 43, 46) arranged on a surface of at least part of the stator (22, 23, 45, 49) for clearance control, the stator comprising a casing; characterized in that at least one of the electrical heating devices is a bearing support electrical heating device arranged on a bearing support to heat the bearing support to keep the rotor centrally aligned relative to the casing, and at least one of the electrical heating devices is arranged to heat a flange connecting a lower half casing and an upper half casing to reduce or avoid ovalisation of the casing (22, 23, 49).
A server system, comprising: a first network interface card, NIC, (170a, 170b); a second NIC (170a, 170b) having the same layer-2 address and the same layer 3, L3, address as the first NIC (170a, 170b); a first network switch (130a, 130b) coupled to the first NIC (170a, 170b), the first network switch (130a, 130b) receiving an incoming traffic flow comprising a plurality of flows, the plurality of flows being of a plurality of different flow types; and a second network switch (130a, 130b) coupled to the second NIC (170a, 170b) and coupled to the first network switch (130a, 130b); wherein the first network switch (130a, 130b) is adapted to determine whether the incoming traffic flow is destined for the first NIC (170a, 170b) or destined for the second network switch (130a, 130b); characterized in that the first network switch (130a, 130b) performs a hash on at least a portion of a particular flow of the plurality of flows to determine whether the particular traffic flow is destined for the first NIC (170a, 170b) or destined for the second network switch (130a, 130b); the hash is selected from a plurality of hashes as a function of at least the flow type of the particular flow; and a hash result determines an appropriate local port of the first or second network switch (130a, 130b) the particular flow is sent through; wherein the first and second NICs (170a, 170b) or the first and second network switches (130a, 130b) are adapted to reassign traffic flows or links for failover or quality of service considerations. a first network interface card, NIC, (170a, 170b); a second NIC (170a, 170b) having the same layer-2 address and the same layer 3, L3, address as the first NIC (170a, 170b); a first network switch (130a, 130b) coupled to the first NIC (170a, 170b), the first network switch (130a, 130b) receiving an incoming traffic flow comprising a plurality of flows, the plurality of flows being of a plurality of different flow types; and a second network switch (130a, 130b) coupled to the second NIC (170a, 170b) and coupled to the first network switch (130a, 130b); wherein the first network switch (130a, 130b) is adapted to determine whether the incoming traffic flow is destined for the first NIC (170a, 170b) or destined for the second network switch (130a, 130b); characterized in that the first network switch (130a, 130b) performs a hash on at least a portion of a particular flow of the plurality of flows to determine whether the particular traffic flow is destined for the first NIC (170a, 170b) or destined for the second network switch (130a, 130b); the hash is selected from a plurality of hashes as a function of at least the flow type of the particular flow; and a hash result determines an appropriate local port of the first or second network switch (130a, 130b) the particular flow is sent through; wherein the first and second NICs (170a, 170b) or the first and second network switches (130a, 130b) are adapted to reassign traffic flows or links for failover or quality of service considerations.
A resin plating method comprising an etching step in which an article comprising a resin material is used as an object to be treated and is subjected to etching using an acidic etching bath containing manganese; a catalyst application step using palladium as a catalyst metal; and an electroless plating step, the method further comprising a step of maintaining the palladium concentration in the acidic etching bath at 100 mg/L or less, wherein the etching step, the catalyst application step, and the electroless plating step are performed repeatedly, wherein the step of maintaining the palladium concentration in the acidic etching bath at 100 mg/L or less is performed by two or more methods selected from the group consisting of: a method for removing palladium adsorbed on a jig; a method for reducing the palladium concentration in the etching bath by cathodic electrolysis; and a method for reducing the palladium concentration by iodide addition to the etching bath, the method for removing palladium adsorbed on a jig is a method of immersing a jig in a palladium-removing treatment solution comprising an aqueous solution containing at least one compound selected from the group consisting of nitric acid, persulfates, hydrogen peroxide, and compounds having a stability constant with palladium of 2.0 or more selected from the group consisting of ethylenediamine, thiourea, acetylacetone, and oxime compounds, and the method for reducing the palladium concentration by iodide addition to the etching bath is a method comprising adding to the etching bath at least one iodide selected from the group consisting of sodium iodide, iodic acid, and iodates, and separating the formed precipitate.