mhurhangee/ep-ind-claims huggingface dataset:
An acoustic wave image generating apparatus, comprising: an acoustic wave probe having a plurality of acoustic wave transducers that transmit acoustic waves to a subject, receive acoustic wave echoes from the subject, and output acoustic wave echo signals; transmission control means for causing the acoustic wave transducers to transmit acoustic waves, which have an intensity distribution centered on a first direction from the plurality of acoustic wave transducers, while updating the plurality of acoustic wave transducers; an analog/digital conversion circuit that digitally converts a plurality of acoustic wave echo signals output from the plurality of acoustic wave transducers into first acoustic wave echo data; characterized by virtual reception direction setting means for setting a plurality of virtual reception directions; and first acoustic wave image generation means for generating a plurality of first acoustic wave images by performing phasing addition of the first acoustic wave echo data, which is obtained by conversion in the analog/digital conversion circuit, along lines in the plurality of virtual reception directions. an acoustic wave probe having a plurality of acoustic wave transducers that transmit acoustic waves to a subject, receive acoustic wave echoes from the subject, and output acoustic wave echo signals; transmission control means for causing the acoustic wave transducers to transmit acoustic waves, which have an intensity distribution centered on a first direction from the plurality of acoustic wave transducers, while updating the plurality of acoustic wave transducers; an analog/digital conversion circuit that digitally converts a plurality of acoustic wave echo signals output from the plurality of acoustic wave transducers into first acoustic wave echo data; virtual reception direction setting means for setting a plurality of virtual reception directions; and first acoustic wave image generation means for generating a plurality of first acoustic wave images by performing phasing addition of the first acoustic wave echo data, which is obtained by conversion in the analog/digital conversion circuit, along lines in the plurality of virtual reception directions.
Cosmetic use of a pharmaceutical or cosmetic composition, the composition comprising a Pickering formulation as an active ingredient, wherein the Pickering formulation comprises an emulsion of an oil phase and a water phase, the emulsion being stabilized with an organic-modified natural phyllosilicate, for reducing the appearance of stretch marks on a human skin, the Pickering formulation comprising: wt-3% of the organic-modified natural phyllosilicate; wt-0.4% of xanthan gum; wt-0.5% of sodium stearoyl glutamate; wt-22% of helianthus annuus seed oil; wt-0.5% of leuconostoc / radish root ferment filtrate; wt-0.8% of glycerin & arginine HCl; wt-0.5% of sodium benzoate; and wt-0.2% of tocopherol mixed. wt-3% of the organic-modified natural phyllosilicate; wt-0.4% of xanthan gum; wt-0.5% of sodium stearoyl glutamate; wt-22% of helianthus annuus seed oil; wt-0.5% of leuconostoc / radish root ferment filtrate; wt-0.8% of glycerin & arginine HCl; wt-0.5% of sodium benzoate; and wt-0.2% of tocopherol mixed.
A method for high throughput simultaneous sampling of a plurality of seeds, comprising: receiving a first plurality of seeds in a hopper; metering the first plurality of seeds into a grinder; grinding each of the seeds of the first plurality of seeds in the grinder to produce a powder comprising a plurality of seed particles; collecting the powder in a sample container; selecting a sample portion of the powder for testing; distributing a neutral media into the grinder; characterised by grinding the neutral media to substantially prevent cross-contamination of a second plurality of seeds. receiving a first plurality of seeds in a hopper; metering the first plurality of seeds into a grinder; grinding each of the seeds of the first plurality of seeds in the grinder to produce a powder comprising a plurality of seed particles; collecting the powder in a sample container; selecting a sample portion of the powder for testing; distributing a neutral media into the grinder; characterised by grinding the neutral media to substantially prevent cross-contamination of a second plurality of seeds.
A mask assembly (MA, MA10, MA20, MA30) for testing a deposition process, comprising: a support member having a first opening configured to allow deposition materials (M1, M2, M3, M4) to pass through, the support member supporting a base substrate on which the passed-through deposition materials are deposited while the support member moves in a first direction; a shutter member accommodated in the support member and having a second opening smaller than the first opening; and a drive member configured to move the shutter member in accordance with the movement of the support member to change a position of the second opening with respect to the base substrate, wherein the base substrate is coupled to the support member, and wherein the second opening of the shutter member is adapted to move with respect to the base substrate while the base substrate together with the support member being coupled to the base substrate move along the first direction. a support member having a first opening configured to allow deposition materials (M1, M2, M3, M4) to pass through, the support member supporting a base substrate on which the passed-through deposition materials are deposited while the support member moves in a first direction; a shutter member accommodated in the support member and having a second opening smaller than the first opening; and a drive member configured to move the shutter member in accordance with the movement of the support member to change a position of the second opening with respect to the base substrate, wherein the base substrate is coupled to the support member, and wherein the second opening of the shutter member is adapted to move with respect to the base substrate while the base substrate together with the support member being coupled to the base substrate move along the first direction.
A method of producing a non-human transgenic animal comprising: transfecting a packaging cell line with a retroviral construct; recovering a recombinant retrovirus from the packaging cell line; and infecting an oocyte or single-celled embryo of an animal with the recombinant retrovirus to produce a transgenic animal, wherein the animal is a mammal, a bird, a fish, a reptile, or an amphibian, and the retrovirale construct comprises a 5' lentiviral long terminal repeat, a self-inactivating lentiviral 3' LTR., an internal promoter, and a transgene of interest; and wherein the oocyte or single-cell embryo is of non-human origin, and wherein the transgenic animal is able to pass the transgene of interest to a progeny of the transgenic animal such that the progeny expresses the transgene of interest. transfecting a packaging cell line with a retroviral construct; recovering a recombinant retrovirus from the packaging cell line; and infecting an oocyte or single-celled embryo of an animal with the recombinant retrovirus to produce a transgenic animal, wherein the animal is a mammal, a bird, a fish, a reptile, or an amphibian, and the retrovirale construct comprises a 5' lentiviral long terminal repeat, a self-inactivating lentiviral 3' LTR., an internal promoter, and a transgene of interest; and wherein the oocyte or single-cell embryo is of non-human origin, and wherein the transgenic animal is able to pass the transgene of interest to a progeny of the transgenic animal such that the progeny expresses the transgene of interest.
A drying method of an unfired honeycomb formed article (1, 10) including raw material composition containing ceramics raw material, water, and binder having a heat gelation characteristic, and having a plurality of cells, the cells being separated by partition walls to be passage of fluid, wherein electromagnetic wave drying is performed using a continuous microwave drying apparatus to dry the honeycomb formed article (1, 10), electromagnetic wave drying commencing only after the honeycomb formed article (1, 10) is preheated by passing a set volume of steam having a temperature of 70 to 100°C through the cells of the unfired honeycomb formed article (1, 10) for a duration time until the temperature of the upper part, middle part and lower part of the honeycomb formed article (1, 10) becomes uniform and the binder in the honeycomb formed article is gelated.
A mechanism for connecting and disconnecting two parts, the mechanism comprising: a first component (4/26,100) having a first magnetic part (2, 101) for integration with or attachment to a first of said parts; a second component (25, 102) for integration with or attachment to a second of said parts; a third component (3/27, 103) having a second magnetic part (1, 106), the third component (3/27, 103) being moveable relative to said first component (4/26, 100) in a given direction to effect switching between connection and disconnection of the first and second components by causing magnetic interaction of the first and second magnetic parts to effect relative movement of those magnetic parts, wherein, when and while connected, the first and second components are able to move relative to one another in said given direction; and characterised by further comprising a fourth component (28, 104) for engagement with said first component (4/26, 100) to prevent movement of the third component (3/27, 103) relative to the first component (4/26, 100) in said given direction as a result of relative movement of the first and second components in said given direction, thereby to prevent unintended disconnection of the first and second components. a first component (4/26,100) having a first magnetic part (2, 101) for integration with or attachment to a first of said parts; a second component (25, 102) for integration with or attachment to a second of said parts; a third component (3/27, 103) having a second magnetic part (1, 106), the third component (3/27, 103) being moveable relative to said first component (4/26, 100) in a given direction to effect switching between connection and disconnection of the first and second components by causing magnetic interaction of the first and second magnetic parts to effect relative movement of those magnetic parts, wherein, when and while connected, the first and second components are able to move relative to one another in said given direction; and characterised by further comprising a fourth component (28, 104) for engagement with said first component (4/26, 100) to prevent movement of the third component (3/27, 103) relative to the first component (4/26, 100) in said given direction as a result of relative movement of the first and second components in said given direction, thereby to prevent unintended disconnection of the first and second components.
Use of a light-transmissive member as a light-transmissive cover of a head-up display device, the light-transmissive member being formed of a polycarbonate-based resin composition, characterized in that the light-transmissive member has a thickness in a range of 0.5 to 0.6 mm and contains composite tungsten oxide particles as an infrared ray shielding agent, wherein the content of the composite tungsten oxide particles, A (weight %), and a thickness of a layer containing the composite tungsten oxide particles, B (mm), satisfy the following formula: 0.02 ≤ A × B ≤ 0.12.
A precoding matrix indication method for a terminal device, wherein the method comprises: generating third indication information, wherein the third indication information is used to indicate W 2 1, W 2 2,..., and W 2 K, wherein W ( k) is a precoding matrix in a k th frequency-domain unit, W ( k) satisfies W ( k) = W 1 × W 2 k, W 1 is an N t × L matrix, W 2 k is an L × R matrix, 0 < k ≤ K, and K is a quantity of frequency-domain units; the third indication information comprises second indication information and first indication information; the second indication information is used to indicate P i,j elements in a vector D i,j, wherein the vector D i,j and a matrix F i,j satisfy V i,j = F i,j × D i,j, the vector V i,j corresponds to W 2 1 i j, W 2 2 i j, ⋯, and W 2 K i j, W 2 k i j is a complex number in an i th row and a j th column of the matrix W 2 k, and F i,j is a K × P i,j matrix, wherein 0 < i ≤ L, 0 < j ≤ R, and P i,j < K; and the first indication information is used to indicate a quantity of the elements indicated by the second indication information; and sending the third indication information. generating third indication information, wherein the third indication information is used to indicate W 2 1, W 2 2,..., and W 2 K, wherein W ( k) is a precoding matrix in a k th frequency-domain unit, W ( k) satisfies W ( k) = W 1 × W 2 k, W 1 is an N t × L matrix, W 2 k is an L × R matrix, 0 < k ≤ K, and K is a quantity of frequency-domain units; the third indication information comprises second indication information and first indication information; the second indication information is used to indicate P i,j elements in a vector D i,j, wherein the vector D i,j and a matrix F i,j satisfy V i,j = F i,j × D i,j, the vector V i,j corresponds to W 2 1 i j, W 2 2 i j, ⋯, and W 2 K i j, W 2 k i j is a complex number in an i th row and a j th column of the matrix W 2 k, and F i,j is a K × P i,j matrix, wherein 0 < i ≤ L, 0 < j ≤ R, and P i,j < K; and the first indication information is used to indicate a quantity of the elements indicated by the second indication information; and sending the third indication information.
A power module comprising: one or more power transistors each having a respective die surface; a conductive overlay electrically coupled to each of the one or more power transistors over the respective die surface thereof; and characterised in that the power module further comprises a temperature sensor physically bonded to a top surface of the conductive overlay to provide a direct temperature measurement for the one or more power transistors. one or more power transistors each having a respective die surface; a conductive overlay electrically coupled to each of the one or more power transistors over the respective die surface thereof; and characterised in that the power module further comprises a temperature sensor physically bonded to a top surface of the conductive overlay to provide a direct temperature measurement for the one or more power transistors.
Rolling bearing having at least one inner ring and at least one outer ring, wherein a number of rolling elements are arranged between the bearing rings, wherein the rolling elements are held by a cage, wherein the cage consists of a number of cage segments (4', 4", 4"'), wherein each cage segment (4', 4", 4"') touches two rolling elements at at least two contact faces (5, 6) adapted preferably to the shape of the rolling element, wherein at least one fastening element (7, 8) is arranged on each cage segment (4', 4", 4"') and wherein the cage segments (4', 4", 4"') are able to be connected at least temporarily via a coupling element, for which purpose the coupling element is brought into engagement with the fastening elements (7, 8), wherein each cage segment (4', 4", 4"') has, in at least one axial end region, a side plate (11', 11", 11'''; 12', 12", 12"') that partially covers the end side of the rolling element, wherein two side plates (11', 11", 11"'; 12', 12", 12"') that follow one another in the circumferential direction can contact two adjacent cage segments (4', 4", 4"') at contact faces (13, 14) formed in a complementary manner to one another, wherein one of the contact faces that are formed in a complementary manner to one another has a convex shape and the other of the contact faces has a concave shape, wherein each side plate (11', 11", 11"'; 12', 12", 12"') of the cage segment (4', 4", 4"') has a contact face with a convex shape in one end region located in the circumferential direction and a contact face with a concave shape in the other end region located in the circumferential direction, wherein the contact faces (13, 14) are located in the region of the axis (a) of the rolling element, characterized in that the convex shape is more strongly curved than the concave shape.
An induction heating device comprising: a casing; a first induction heating module disposed within the casing; a first heat sink disposed below the first induction heating module to dissipate heat from the first induction heating module; a first heat pipe passing through the first heat sink and configured to discharge the dissipated heat to an outside of the first induction heating module; an air-discharge fan disposed inside the casing and configured to discharge air to an outside of the casing; and a cooling fan disposed inside the casing to be spaced apart from the air-discharge fan and configured to blow air to the air-discharge fan; wherein a portion of the first heat pipe is disposed on an air-flow path between the cooling fan and the air-discharge fan. a casing; a first induction heating module disposed within the casing; a first heat sink disposed below the first induction heating module to dissipate heat from the first induction heating module; a first heat pipe passing through the first heat sink and configured to discharge the dissipated heat to an outside of the first induction heating module; an air-discharge fan disposed inside the casing and configured to discharge air to an outside of the casing; and a cooling fan disposed inside the casing to be spaced apart from the air-discharge fan and configured to blow air to the air-discharge fan; wherein a portion of the first heat pipe is disposed on an air-flow path between the cooling fan and the air-discharge fan.
A particle analyzer, operable to characterize particle size, shape, and count in a sample area of dispersed particles, comprising spectroscopic apparatus for investigating heterogeneity of the sample area, the spectroscopic apparatus comprising: an image acquisition system operative to acquire an image of a plurality of individual particles in the sample area, a particle selection interface operative to receive a selection designating one of the particles of the image, a spectrometer having a field of view and being operative to acquire a spectrum of at least part of one of the particles in its field of view, and a positioning mechanism responsive to the particle selection interface and operative to position the field of view of the spectrometer relative to the sample area based on a received selection; characterized by analysis logic operative to analyze the image, wherein the particle selection interface is responsive to the analysis logic, to automatically select a series of individual particles having predetermined morphological characteristics and to operate the positioning mechanism and spectrometer to acquire a spectrum of the selected individual particles. an image acquisition system operative to acquire an image of a plurality of individual particles in the sample area, a particle selection interface operative to receive a selection designating one of the particles of the image, a spectrometer having a field of view and being operative to acquire a spectrum of at least part of one of the particles in its field of view, and a positioning mechanism responsive to the particle selection interface and operative to position the field of view of the spectrometer relative to the sample area based on a received selection; characterized by analysis logic operative to analyze the image, wherein the particle selection interface is responsive to the analysis logic, to automatically select a series of individual particles having predetermined morphological characteristics and to operate the positioning mechanism and spectrometer to acquire a spectrum of the selected individual particles.
A wireless ear bud, comprising: a housing configured to be placed in a user's ear; a speaker in the housing, wherein the housing has a main body portion and a stem portion that extends from the main body portion; a concha sensor in the housing on the main body portion, wherein the concha sensor emits light that is reflected off of a concha of the user's ear and receives the light that is reflected off of the concha of the user's ear while the housing is in the user's ear, and wherein the concha sensor produces a first output in response to the received light; a tragus sensor in the housing on the main body portion, wherein the tragus sensor emits light that is reflected off of a tragus of the user's ear and receives the light that is reflected off of the tragus of the user's ear while the housing is in the user's ear, and wherein the tragus sensor produces a second output in response to the received light; a first proximity sensor (S3, S4) on the stem portion; a second proximity sensor (S3, S4) on the stem portion; and control circuitry in the housing that monitors the first and second outputs, wherein, in response to both the first and second outputs being positive for a predetermined period of time, the control circuitry stops monitoring the first output and only monitors the second output. a housing configured to be placed in a user's ear; a speaker in the housing, wherein the housing has a main body portion and a stem portion that extends from the main body portion; a concha sensor in the housing on the main body portion, wherein the concha sensor emits light that is reflected off of a concha of the user's ear and receives the light that is reflected off of the concha of the user's ear while the housing is in the user's ear, and wherein the concha sensor produces a first output in response to the received light; a tragus sensor in the housing on the main body portion, wherein the tragus sensor emits light that is reflected off of a tragus of the user's ear and receives the light that is reflected off of the tragus of the user's ear while the housing is in the user's ear, and wherein the tragus sensor produces a second output in response to the received light; a first proximity sensor (S3, S4) on the stem portion; a second proximity sensor (S3, S4) on the stem portion; and control circuitry in the housing that monitors the first and second outputs, wherein, in response to both the first and second outputs being positive for a predetermined period of time, the control circuitry stops monitoring the first output and only monitors the second output.
A pharmaceutical composition, which is an oral solid dosage form, and comprising crystalline macitentan free base characterized by an X-ray powder diffraction pattern showing peak maxima at 2 theta/° values of 11.4±0.2, 13.0±0.2, 16.1±0.2, and 25.4±0.2 when a radiation wavelength of 1.5419 Å is used; and at least one excipient; wherein said pharmaceutical composition is packaged in a packaging material having a moisture vapour transmission rate of at least 0.4 g m -2 d -1 as measured according to standard DIN 53122-1.