mhurhangee/ep-ind-claims huggingface dataset:
A phospholipid emulsifier composition comprising Phosphatidyl Choline, Lyso Phosphatidyl Choline, Phosphatidyl Inositol, Phosphatidyl Ethanolamine and Phosphatidic Acid, wherein the emulsifier has a phospholipid ratio R 1: R 2 in the range of from 1: 1 to 1,7: 1, wherein R 1 is defined as the weight ratio of phospholipid components according to general formula I: R 1 = PC + LPC + PI + PA PE and wherein R 2 is defined as the weight ratio of phospholipid components according to general formula II: R 2 = PC + LPC + PI PE + PA and wherein the amount of PC is at most 12 weight%.
A method of manufacturing an absorbent article including an absorber having a longitudinal direction, a widthwise direction perpendicular to the longitudinal direction, an inner direction for facing a wearer, and an outer direction opposite to the inner direction, wherein a curving unit that allows the absorber to curve in the inner direction or the outer direction is formed in the absorber, said method comprising: a first absorption layer-forming step of forming a first absorption layer configuring the absorber; and a second absorption layer-forming step of forming a second absorption layer configuring the absorber, and laminated on to the first absorption layer, wherein in the first absorption layer-forming step, the first absorption layer is formed with the curving unit in symmetry with respect to a virtual central line dividing a width of the absorber in the widthwise direction into two, and extending in the longitudinal direction, and in the second absorption layer-forming step, the second absorption layer is formed without providing the curving unit in a crotch region that is adapted to be in contact with a crotch of the wearer, wherein the curving unit is configured by a slit formed in the first absorption layer, and wherein in the first absorption layer-forming step, a first curving unit including a first slit and extending in the longitudinal direction is formed in the center of the crotch region in the widthwise direction, and a second curving unit including a pair of second slits and extending in the longitudinal direction is formed outboard of the first curving unit in the widthwise direction, and a third curving unit including a pair of third slits and extending in the longitudinal direction is formed outboard of the second curving unit in the widthwise direction. a first absorption layer-forming step of forming a first absorption layer configuring the absorber; and a second absorption layer-forming step of forming a second absorption layer configuring the absorber, and laminated on to the first absorption layer, wherein in the first absorption layer-forming step, the first absorption layer is formed with the curving unit in symmetry with respect to a virtual central line dividing a width of the absorber in the widthwise direction into two, and extending in the longitudinal direction, and in the second absorption layer-forming step, the second absorption layer is formed without providing the curving unit in a crotch region that is adapted to be in contact with a crotch of the wearer, wherein the curving unit is configured by a slit formed in the first absorption layer, and wherein in the first absorption layer-forming step, a first curving unit including a first slit and extending in the longitudinal direction is formed in the center of the crotch region in the widthwise direction, and a second curving unit including a pair of second slits and extending in the longitudinal direction is formed outboard of the first curving unit in the widthwise direction, and a third curving unit including a pair of third slits and extending in the longitudinal direction is formed outboard of the second curving unit in the widthwise direction.
An electrolytic solution, comprising an electrolyte and a solvent, and further comprising an additive A and an additive B, wherein the additive A is selected from at least one of compounds whose chemical structural formula is denoted by Formula I: wherein, R 1, R 2, R 3, and R 4 are each independently selected from: H; F; Cl; Br; I; saturated or unsaturated, substituted or unsubstituted C 1 ~C 10 aliphatic groups; substituted or unsubstituted C 3~ C 9 cycloalkyls; substituted or unsubstituted C 1 ∼C 10 alkoxies; substituted or unsubstituted C 6 ∼C 20 aryls; or, substituted or unsubstituted C 3 ∼C 20 heteroaryls; wherein substituents for said aliphatic groups, said cycloalkyls, said alkoxies, said aryls and said heteroaryls are halogen atoms; a value of n 1 is 0, 1, 2, 3, 4, or 5; a value of n 2 is 0, 1, 2, 3, 4, 5, 6, 7, 8, or 9; the additive B is selected from at least one of compounds whose chemical structural formula is denoted by Formula II: In Formula II, R 5 is one or more of F, Cl, Br, or I; M is P or B; when M is P, n + 2m = 6, and m is 1 or 2; when M is B, n + 2m = 4, and m is 0 or 1. a value of n 1 is 0, 1, 2, 3, 4, or 5; a value of n 2 is 0, 1, 2, 3, 4, 5, 6, 7, 8, or 9; the additive B is selected from at least one of compounds whose chemical structural formula is denoted by Formula II: In Formula II, R 5 is one or more of F, Cl, Br, or I; M is P or B; when M is P, n + 2m = 6, and m is 1 or 2; when M is B, n + 2m = 4, and m is 0 or 1.
An article of apparel having a three-dimensional or tubular knit textile region, the three-dimensional or tubular knit textile region having an internal side and an opposite external side configured to be exposed during use, the three-dimensional or tubular knit textile region comprising: an arrangement of interlocked loops; and a series of parallel rows of loops on the external side formed from the arrangement of interlocked loops, the rows of loops each having a pair of opposite side portions (996, 998) and a top portion therebetween facing outward from the three-dimensional or tubular knit textile region and a printed ink design on the external side of the three-dimensional or tubular knit textile region formed from ink applied to the parallel rows of loops; characterized by a plurality of channels on the external side formed between adjacent ones of the parallel rows of loops, each of the plurality of channels including a base channel portion facing outward from the three-dimensional or tubular knit textile region and opposing side portions (996, 998) of the adjacent rows of the loops that form the channel; and said printed ink design on the external side of the three-dimensional or tubular knit textile region formed from ink also applied to the channels, wherein the loops forming rows are interconnected via connections below the level of the loops, which form the base channel portions disposed between the rows. an arrangement of interlocked loops; and a series of parallel rows of loops on the external side formed from the arrangement of interlocked loops, the rows of loops each having a pair of opposite side portions (996, 998) and a top portion therebetween facing outward from the three-dimensional or tubular knit textile region and a printed ink design on the external side of the three-dimensional or tubular knit textile region formed from ink applied to the parallel rows of loops; characterized by a plurality of channels on the external side formed between adjacent ones of the parallel rows of loops, each of the plurality of channels including a base channel portion facing outward from the three-dimensional or tubular knit textile region and opposing side portions (996, 998) of the adjacent rows of the loops that form the channel; and said printed ink design on the external side of the three-dimensional or tubular knit textile region formed from ink also applied to the channels, wherein the loops forming rows are interconnected via connections below the level of the loops, which form the base channel portions disposed between the rows.
Battery module with a plurality of battery cells arranged one behind the other, with at least one barrier that comprises a base plate that is arranged between two adjacent battery cells of the plurality of battery cells, and with a housing, in which the two battery cells and the barrier are arranged, wherein the barrier comprises a first plate and a second plate that essentially extend perpendicular to the base plate and between the battery cell and the housing, the first plate comprising an inner surface facing one of the battery cells, wherein at least one inner spacing member is provided on the inner surface, and the second plate comprising an outer surface facing away from one of the battery cells,wherein at least one outer spacing member is provided on the outer surface, characterized in that the at least one inner spacing member (260a, b) is formed with a support section (261, 264) that is arranged between its free end (262, 265) and the inner surface (155a, 153a), wherein the support section (261, 264) has a minimum diameter, that is smaller than a maximum diameter of the free end (262, 265).
A painting tool with a base body, which has a grip section and a tool section, which are hinged together, wherein a hinge unit is formed for the hinged connection between the grip section and the tool section, and in relation to a working surface permits a movement by the tool section relative to the grip section between the zero position and at least one angular position deviating from the zero position, characterized in that the hinge unit has a magnetic field brake, wherein the magnetic field brake has a first magnet pair with a first and second magnet (13.1; 13.2) that each mutually attract each other.
A dose setting operation member for a mechanism for a drug delivery device, comprising: - a central opening with a periphery, and - at least one protruding element arranged on the periphery and extending into the opening, - wherein the opening is surrounded by a protruding rim arranged on the periphery, characterized in that - the protruding rim is interrupted along the periphery by at least one gap, - the at least one protruding element is arranged opposite the at least one gap, - the at least one protruding element and the protruding rim are arranged on different levels with respect to the periphery of the opening, and - either only one gap is provided or the gaps are arranged such that any rotation of the dose setting operation member that keeps the opening in place and maps each of the gaps on one of the gaps comprises an integer multiple of 360° which means that the pattern of the gaps does not comprise a symmetry that would allow a rotation of the dose setting operation member different from an integer multiple of 360° around a central axis encircled by the periphery of the opening to map the complete pattern of gaps onto itself. - a central opening with a periphery, and - at least one protruding element arranged on the periphery and extending into the opening, - wherein the opening is surrounded by a protruding rim arranged on the periphery, characterized in that - the protruding rim is interrupted along the periphery by at least one gap, - the at least one protruding element is arranged opposite the at least one gap, - the at least one protruding element and the protruding rim are arranged on different levels with respect to the periphery of the opening, and - either only one gap is provided or the gaps are arranged such that any rotation of the dose setting operation member that keeps the opening in place and maps each of the gaps on one of the gaps comprises an integer multiple of 360° which means that the pattern of the gaps does not comprise a symmetry that would allow a rotation of the dose setting operation member different from an integer multiple of 360° around a central axis encircled by the periphery of the opening to map the complete pattern of gaps onto itself.
An image processing system, comprising a portable information terminal (100a, 100b), a network, and an image processing apparatus, the portable information terminal (100a, 100b) communicable with the image processing apparatus via the network, the image processing apparatus comprising a first display section having a touch screen function, a storage section, a first control section, a position obtaining section, an image generation section, and a transmission section, the first display section having a first display area; the storage section configured to store a virtual display screen (IM1, IM2) corresponding to the screen data to be displayed on the first display section; the first control section configured to control the first display section to display a first region of the virtual display screen (IM1, IM2) corresponding to the screen data, wherein said virtual display screen (IM1, IM2) has an area defined by a vertical span and a lateral span exceeding the first display area, and wherein in said first region a first partial image of said virtual display screen (IM1, IM2) is displayed; the portable information terminal (100a, 100b) comprising a second display section having a touch screen function, a position obtaining section, and a second control section; the second control section configured to control the second display section to display a second region of the virtual display screen (IM1, IM2) corresponding to the screen data to be displayed, wherein in said second region a second partial image of said virtual display screen (IM1, IM2) is displayed, wherein the position obtaining section of the portable information terminal (100a, 100b) is configured to generate the positional relationship information indicating a relative positional relationship between the second display section and a first display section and transmit the positional relationship information to the image processing apparatus, and wherein the image generation section of the image processing apparatus is configured to generate the first partial image of said virtual display screen (IM1, IM2) for displaying the first region on the first display section, and to generate said second partial image contained in the virtual display screen, based on the transmitted positional relationship information obtained by the position obtaining section, and wherein the transmission section of the image processing apparatus is configured to transmit the second partial image generated by the image generation section, to the portable information terminal (100a, 100b) to be displayed on the second display section; characterised in that the portable information terminal (100a, 100b) being used as a remote control device for the image processing apparatus such that the touch screen function of the portable information terminal (100a, 100b) is configured to receive user input specifying a function to be performed at the image processing apparatus.
A wafer-level method of fabricating optical assemblies, the method comprising: providing a wafer stack that includes a plurality of wafers stacked one over the other, the plurality of wafers including an optics wafer (122A, 122B), wherein the optics wafer (122A, 122B) includes passive optical elements on at least one of its surfaces and subsequently molding spacers directly onto a surface of the optics wafer, wherein the spacers adhere to the surface of the optics wafer without adhesive; and forming the spacers by vacuum injection, wherein the vacuum injection includes injecting epoxy into spaces defined by a vacuum injection tool characterized in that during the vacuum injection, some of the epoxy is disposed along and surrounding the circumference of the respective wafers in the wafer stack. providing a wafer stack that includes a plurality of wafers stacked one over the other, the plurality of wafers including an optics wafer (122A, 122B), wherein the optics wafer (122A, 122B) includes passive optical elements on at least one of its surfaces and subsequently molding spacers directly onto a surface of the optics wafer, wherein the spacers adhere to the surface of the optics wafer without adhesive; and forming the spacers by vacuum injection, wherein the vacuum injection includes injecting epoxy into spaces defined by a vacuum injection tool characterized in that during the vacuum injection, some of the epoxy is disposed along and surrounding the circumference of the respective wafers in the wafer stack.
A method for encoding an audio signal, the method comprising: - determining a spectral representation of the audio signal, the determining a spectral representation comprising determining modified discrete cosine transform, MDCT, coefficients; - encoding the audio signal using the determined spectral representation; - determining a pseudo spectrum from the MDCT coefficients by averaging MDCT coefficients with adjacent MDCT coefficients; - classifying parts of the audio signal to be speech or non-speech based at least in part on the values of the determined pseudo spectrum; and - determining a loudness measure for the audio signal based on the speech parts. - determining a spectral representation of the audio signal, the determining a spectral representation comprising determining modified discrete cosine transform, MDCT, coefficients; - encoding the audio signal using the determined spectral representation; - determining a pseudo spectrum from the MDCT coefficients by averaging MDCT coefficients with adjacent MDCT coefficients; - classifying parts of the audio signal to be speech or non-speech based at least in part on the values of the determined pseudo spectrum; and - determining a loudness measure for the audio signal based on the speech parts.
A method for manufacturing a microneedle array, comprising: a positioning adjustment step of adjusting positioning of a mold having a plurality of needle-like recessed portions on a front surface, and a drug solution ejection nozzle which ejects a drug solution in a first direction; a relative movement step of moving the mold and the drug solution ejection nozzle relative to each other to cause a position of each of the plurality of needle-like recessed portions and a position of the drug solution ejection nozzle to coincide with each other in a plan view in the first direction; an ejection step of ejecting one or more droplets of the drug solution from the drug solution ejection nozzle so as to cause the drug solution to fly and land on each of the plurality of needle-like recessed portions; and a suction step of suctioning a rear surface of the mold; wherein each needle-like recessed portion has an opening diameter of 600 μm or more, and an angle of 30.0 degrees or more with respect to a flat portion of the mold, and an ejection amount of the drug solution ejected to one needle-like recessed portion is 30 nL or more. a positioning adjustment step of adjusting positioning of a mold having a plurality of needle-like recessed portions on a front surface, and a drug solution ejection nozzle which ejects a drug solution in a first direction; a relative movement step of moving the mold and the drug solution ejection nozzle relative to each other to cause a position of each of the plurality of needle-like recessed portions and a position of the drug solution ejection nozzle to coincide with each other in a plan view in the first direction; an ejection step of ejecting one or more droplets of the drug solution from the drug solution ejection nozzle so as to cause the drug solution to fly and land on each of the plurality of needle-like recessed portions; and a suction step of suctioning a rear surface of the mold; wherein each needle-like recessed portion has an opening diameter of 600 μm or more, and an angle of 30.0 degrees or more with respect to a flat portion of the mold, and an ejection amount of the drug solution ejected to one needle-like recessed portion is 30 nL or more.
A nitride semiconductor element comprising a nitride semiconductor layer over an Si substrate, the nitride semiconductor element further comprises at a junction portion between said Si substrate and said nitride semiconductor layer and in a neighborhood region thereof, an Si layer or an Si region having a higher p-type impurity density than that of the substrate side region outside the junction portion neighborhood region, and characterised in that an n-type nitride semiconductor layer having a higher n-type impurity density in the junction portion neighborhood region than that of the nitride semiconductor region outside said junction portion neighborhood region.
A hybrid propelling chain for an aircraft, the hybrid propelling chain comprising a plurality of propelling rotors (R1-RX) connected to an electrical distribution module through a plurality of electrical connections (E1-E4), the electrical distribution module being connected, on the one hand, to a non-propelling turbomachine via an electric generation system and, on the other hand, to an electric battery, each propelling rotor (R1-R4) comprising a stator member and at least one rotor shaft which is configured to be rotatably driven with respect to the stator member when the stator member is powered by at least one electrical connection (E1-E4), the hybrid propelling chain comprising an auxiliary mechanical drive system mechanically connected to the non-propelling turbomachine, the auxiliary mechanical drive system comprising a plurality of mechanical connections (M1-M4) for mechanically rotatably driving at least one rotor shaft of each propelling rotor (R1-R4), each mechanical connection (M1-M4) being connected to a rotor shaft of a propelling rotor (R1-R4) by a controllable coupling device.
An aircraft comprising a thermal control system (102, 400-1100), the thermal control system comprising: a conduit defining a fluid passageway between an inlet (204, 402, 404) and an outlet (206, 306a, 306b, 802), the inlet of the conduit positioned in fluid communication with a landing gear wheel well of the aircraft, the outlet of the conduit positioned in fluid communication with the atmosphere, the conduit to generate a pressure differential through the fluid passageway between the inlet and the outlet to exhaust heat from the landing gear wheel well to the atmosphere, wherein the outlet is formed on an upper surface of an airfoil of the aircraft that is arranged to in flight have a pressure that is less than a pressure inside the landing gear wheel well.
Method for securing a remote transmission of an image of an object intended to be captured by a photosensitive receiver of a camera of a video system and transmitted remotely by said video system, said method being intended to validate the safety of operation of said video system and being characterised by the following steps: - Generation of an optical securing datum of the remote transmission of said image of said object, - Formation of a secure optical image by optical superposition of a securing image comprising said optical securing datum and of the image of said object, said secure optical image being intended to act on the photosensitive receiver of the camera in order to be converted into a video signal, - Verification of the optical securing datum carried by said video signal and determination from an analysis of the optical securing datum of conformity of the image of said remotely displayable object using the video signal of said secure optical image with the image of said object captured by the photosensitive receiver. - Generation of an optical securing datum of the remote transmission of said image of said object, - Formation of a secure optical image by optical superposition of a securing image comprising said optical securing datum and of the image of said object, said secure optical image being intended to act on the photosensitive receiver of the camera in order to be converted into a video signal, - Verification of the optical securing datum carried by said video signal and determination from an analysis of the optical securing datum of conformity of the image of said remotely displayable object using the video signal of said secure optical image with the image of said object captured by the photosensitive receiver.