mhurhangee/ep-ind-claims huggingface dataset:
An air replenish valve for a drinking cup or feeding bottle having an air side and a cup or bottle side, comprising: an orifice at the air side; first and second side walls (28,30) which face each other and project in the direction of the cup or bottle side, wherein the first and second side walls (28,30) slope towards each other to form a narrow elongate slit at their bottle or cup side ends to form a duckbill valve; and first and second end walls (34,36) which connect the side walls (28,30), characterized in that the valve further comprises first and second stiffening portions (38, 40) comprising stiffening regions of the end walls (34,36), or stiffening regions between each end wall (34,36) and a respective end of the slit, and extending between the first and second side walls (28,30), wherein the first and second stiffening portions (38,40) each comprise a region of the respective end wall (34,36) formed from a stiffer material than the remainder of the end wall; or a locally thicker region of the respective end wall (34,36). an orifice at the air side; first and second side walls (28,30) which face each other and project in the direction of the cup or bottle side, wherein the first and second side walls (28,30) slope towards each other to form a narrow elongate slit at their bottle or cup side ends to form a duckbill valve; and first and second end walls (34,36) which connect the side walls (28,30), characterized in that the valve further comprises first and second stiffening portions (38, 40) comprising stiffening regions of the end walls (34,36), or stiffening regions between each end wall (34,36) and a respective end of the slit, and extending between the first and second side walls (28,30), wherein the first and second stiffening portions (38,40) each comprise a region of the respective end wall (34,36) formed from a stiffer material than the remainder of the end wall; or a locally thicker region of the respective end wall (34,36).
A redundant control device of a high voltage direct current (HVDC) transmission system, the redundant control device comprising: a first system and a second system configured to perform a function corresponding to that of the first system; and a first change over logic and a second change over logic configured to determine whether to switch between the first system and the second system, wherein there are optical communication modules between the first system and the first change over logic, between the first change over logic and the second change over logic, and between the second system and the second change over logic to transmit and receive data, and wherein the first change over logic and the second change over logic comprise a monitoring control unit configured to check a connection or wiring state of the optical communication modules and validity of transmission data, characterized in that the first change over logic is configured to control a first control module, the second change over logic is configured to control a second control module, and according to states of the first system and the second system, the first change over logic is configured to control the first control module and the second control module or the second change over logic is configured to control the first control module or the second control module. a first system and a second system configured to perform a function corresponding to that of the first system; and a first change over logic and a second change over logic configured to determine whether to switch between the first system and the second system, wherein there are optical communication modules between the first system and the first change over logic, between the first change over logic and the second change over logic, and between the second system and the second change over logic to transmit and receive data, and wherein the first change over logic and the second change over logic comprise a monitoring control unit configured to check a connection or wiring state of the optical communication modules and validity of transmission data, characterized in that the first change over logic is configured to control a first control module, the second change over logic is configured to control a second control module, and
A device for manipulating circulation in the circulatory system of the body of a subject, the device comprising: a flexible support dimensioned for covering a section of the body of the subject, the section of the body of the subject including a wound; and a vibrating element embedded in or attached to the support, wherein the support includes a patch and an attachment layer on the patch, the attachment layer including a biocompatible adhesive suitable for attaching the patch to skin on the section of the body of the subject, and wherein the vibrating element is positioned in or on the support such that the vibrating element can transmit vibrations to the skin when the patch is adhered to the skin on the section of the body of the subject, the vibrations of the vibrating element being at a frequency range of 1 Hz to 15,000 Hz. a flexible support dimensioned for covering a section of the body of the subject, the section of the body of the subject including a wound; and a vibrating element embedded in or attached to the support, wherein the support includes a patch and an attachment layer on the patch, the attachment layer including a biocompatible adhesive suitable for attaching the patch to skin on the section of the body of the subject, and wherein the vibrating element is positioned in or on the support such that the vibrating element can transmit vibrations to the skin when the patch is adhered to the skin on the section of the body of the subject, the vibrations of the vibrating element being at a frequency range of 1 Hz to 15,000 Hz.
A method, comprising: Creating, by a slave node, a peer list comprising an identifier of at least one peer slave node (110, 120) that shares a same master node as the slave node; characterized in that the method further comprises: announcing, by the slave node, a holdover time of the slave node to the at least one peer slave node (110, 120); and when a predefined event occurs, announcing, by the slave node, to the at least one peer slave node (110, 120) that the slave node is taking on a master role for synchronization for at least the announced holdover time. Creating, by a slave node, a peer list comprising an identifier of at least one peer slave node (110, 120) that shares a same master node as the slave node; characterized in that the method further comprises: announcing, by the slave node, a holdover time of the slave node to the at least one peer slave node (110, 120); and when a predefined event occurs, announcing, by the slave node, to the at least one peer slave node (110, 120) that the slave node is taking on a master role for synchronization for at least the announced holdover time.
A pharmaceutical composition comprising a therapeutically effective amount of 5-azacytidine for use in a method of preventing the onset, recurrence or spread of AML, wherein said method comprises orally administering said pharmaceutical composition and wherein the composition is an immediate release composition and releases the 5-azacytidine substantially in the stomach following oral administration to a subject.
Tyre for an aeroplane, comprising: - a working reinforcement radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the working reinforcement comprising at least one working biply consisting of two radially superposed working layers (211, 212), - the working biply consisting of the zigzag circumferential winding of a strip of width W onto a cylindrical laying surface of radius R, having as its axis of revolution the axis of rotation (YY') of the tyre, in a periodic curve, - the periodic curve having a period P and forming an angle A with the circumferential direction (XX') of the tyre in the equatorial plane of the tyre, - the zigzag circumferential winding of the strip comprising N periods P of the periodic curve over a number T of circumferences 2ΠR of the cylindrical laying surface, - the number N of periods P of the periodic curve being a whole number which satisfies the following conditions: (a) N* (W/sinA) =2ΠR, (b) N*P=2ΠR*T, where T is a whole number, (c) N*T is the lowest common multiple of N and T, characterized in that the ratio T/N between the whole number T of circumferences 2ΠR of the cylindrical laying surface and the whole number N of periods P of the periodic curve which are needed to make up the working biply, is at least equal to 1.8 and at most equal to 2.2. - a working reinforcement radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the working reinforcement comprising at least one working biply consisting of two radially superposed working layers (211, 212), - the working biply consisting of the zigzag circumferential winding of a strip of width W onto a cylindrical laying surface of radius R, having as its axis of revolution the axis of rotation (YY') of the tyre, in a periodic curve, - the periodic curve having a period P and forming an angle A with the circumferential direction (XX') of the tyre in the equatorial plane of the tyre, - the zigzag circumferential winding of the strip comprising N periods P of the periodic curve over a number T of circumferences 2ΠR of the cylindrical laying surface, - the number N of periods P of the periodic curve being a whole number which satisfies the following conditions: (a) N* (W/sinA) =2ΠR, (b) N*P=2ΠR*T, where T is a whole number, (c) N*T is the lowest common multiple of N and T, (a) N* (W/sinA) =2ΠR, (b) N*P=2ΠR*T, where T is a whole number, (c) N*T is the lowest common multiple of N and T,
A surgical instrument for surgically joining a tissue, the surgical instrument comprising: a handle assembly including a movable handle; an elongate portion extending distally from the handle assembly and defining a longitudinal axis (A-A); a pair of opposed jaw members (130, 140) operatively coupled to the elongate portion and extending distally therefrom, the pair of opposed jaw members including a first jaw member and a second jaw member; and a tissue stop comprising two parts: a stamped metal portion; and an overmolded plastic portion; wherein at least the overmolded plastic portion of the tissue stop is mechanically engaged with the first jaw member and is configured to retain the tissue between the pair of opposed jaw members, the tissue stop being movable between a first position, where a stopping portion of the tissue stop is disposed between a tissue-contacting surface of the first jaw member and a tissue-contacting surface of the second jaw member, and a second position, where the stopping portion is between the tissue-contacting surface of the first jaw member and a lower surface of the first jaw member. a handle assembly including a movable handle; an elongate portion extending distally from the handle assembly and defining a longitudinal axis (A-A); a pair of opposed jaw members (130, 140) operatively coupled to the elongate portion and extending distally therefrom, the pair of opposed jaw members including a first jaw member and a second jaw member; and a tissue stop comprising two parts: a stamped metal portion; and an overmolded plastic portion; wherein at least the overmolded plastic portion of the tissue stop is mechanically engaged with the first jaw member and is configured to retain the tissue between the pair of opposed jaw members, the tissue stop being movable between a first position, where a stopping portion of the tissue stop is disposed between a tissue-contacting surface of the first jaw member and a tissue-contacting surface of the second jaw member, and a second position, where the stopping portion is between the tissue-contacting surface of the first jaw member and a lower surface of the first jaw member. a stamped metal portion; and an overmolded plastic portion; wherein at least the overmolded plastic portion of the tissue stop is mechanically engaged with the first jaw member and is configured to retain the tissue between the pair of opposed jaw members, the tissue stop being movable between a first position, where a stopping portion of the tissue stop is disposed between a tissue-contacting surface of the first jaw member and a tissue-contacting surface of the second jaw member, and a second position, where the stopping portion is between the tissue-contacting surface of the first jaw member and a lower surface of the first jaw member.
A polyimide film formed from polyimide resin consisting of: a site derived from biphenyltetracarboxylic acid-based compound (BPDA), at least one site selected from the group consisting of a site derived from 2,2-bis[3,4-(dicarboxyphenoxy)phenyl]propane-based compound (BPADA) and a site derived from 4,4'-oxydiphthalate-based compound (ODPA), a site derived from 2,2'-Bis(trifluoromethyl)benzidine (TFMB) and, at least one site selected from the group consisting of a site derived from 3,3'-diaminodiphenylsulfone (3,3'-DDS) and a site derived from 4,4'-diaminodiphenylsulfone (4,4'-DDS), wherein the haze value of the polyimide film is within the range of 0.1 or more and 2.0 or less. a site derived from biphenyltetracarboxylic acid-based compound (BPDA), at least one site selected from the group consisting of a site derived from 2,2-bis[3,4-(dicarboxyphenoxy)phenyl]propane-based compound (BPADA) and a site derived from 4,4'-oxydiphthalate-based compound (ODPA), a site derived from 2,2'-Bis(trifluoromethyl)benzidine (TFMB) and, at least one site selected from the group consisting of a site derived from 3,3'-diaminodiphenylsulfone (3,3'-DDS) and a site derived from 4,4'-diaminodiphenylsulfone (4,4'-DDS), wherein the haze value of the polyimide film is within the range of 0.1 or more and 2.0 or less.
A virtual image display device for presenting a virtual image to a user via a virtual image presentation plate, comprising: a display unit configured to generate an image display light; a concave mirror configured to reflect the image display light and to project the image display light toward the virtual image presentation plate; and a driving mechanism configured to change an orientation of the concave mirror to change an incidence angle (φ) of the image display light on the concave mirror, and configured to move the display unit to change a distance (a) from the concave mirror to the display unit in accordance with a change in a focal distance within a meridional plane of the concave mirror caused by a change in an incidence angle of the image display light on the concave mirror, wherein the driving mechanism is configured to maintain an astigmatic difference (δD) between a sagittal image plane (51s, 52s, 53s) and a meridional image plane as viewed from the user to be 0.25 [m -1] or smaller, while maintaining that the sagittal image plane (51s, 52s, 53s) is presented in front of the meridional image plane as viewed from the user, by changing the distance from the concave mirror to the display unit in response to the change in the focal distance within the meridional plane of the concave mirror caused by the change in the incidence angle (φ) of the image display light on the concave mirror. a display unit configured to generate an image display light; a concave mirror configured to reflect the image display light and to project the image display light toward the virtual image presentation plate; and a driving mechanism configured to change an orientation of the concave mirror to change an incidence angle (φ) of the image display light on the concave mirror, and configured to move the display unit to change a distance (a) from the concave mirror to the display unit in accordance with a change in a focal distance within a meridional plane of the concave mirror caused by a change in an incidence angle of the image display light on the concave mirror, wherein the driving mechanism is configured to maintain an astigmatic difference (δD) between a sagittal image plane (51s, 52s, 53s) and a meridional image plane as viewed from the user to be 0.25 [m -1] or smaller, while maintaining that the sagittal image plane (51s, 52s, 53s) is presented in front of the meridional image plane as viewed from the user, by changing the distance from the concave mirror to the display unit in response to the change in the focal distance within the meridional plane of the concave mirror caused by the change in the incidence angle (φ) of the image display light on the concave mirror.
A use of microcapsules using latent heat storage materials as the capsule core in a gypsum slurry of gypsum plaster boards, wherein the gypsum contains 0.1% to 5% by weight polymers and 0. 05% to 2% by weight water retention agents, each based on the total dry weight of gypsum and latent heat storage materials, wherein the microcapsules have a capsule wall comprising polymer, an average particle size of 0.5 to 100 μm and a capsule core consisting of >95% by weight latent heat storage materials, and wherein the latent heat storage materials are lipophilic substances having their solid/liquid phase transition in the temperature range from -20 to 120°C.
A dynamic bearing (20, 30, 40) for an aircraft landing gear, the dynamic bearing comprising: a lug (22, 32, 42); a shaft (26, 36, 46) comprising a first material; a bearing surface comprising a second material that is softer than the first material, the bearing surface defining a bore and being arranged to support the shaft when the shaft is movably housed within the bore in use, characterised in that the dynamic bearing does not comprise a bush between the shaft and lug and the bearing surface is defined by a coating (24, 34, 44) applied to the lug. a lug (22, 32, 42); a shaft (26, 36, 46) comprising a first material; a bearing surface comprising a second material that is softer than the first material, the bearing surface defining a bore and being arranged to support the shaft when the shaft is movably housed within the bore in use, characterised in that the dynamic bearing does not comprise a bush between the shaft and lug and the bearing surface is defined by a coating (24, 34, 44) applied to the lug.
A synchronization signal sending method, comprising: determining a target frequency resource, wherein a frequency domain position of the target frequency resource is determined based on a frequency interval of synchronization channels and meets the following relation: p = offset + n ∗ frequency _ interval, wherein p is the frequency domain position of the target frequency resource, offset is a frequency domain position offset, n is a preset integer, and frequency_interval is the frequency interval of synchronization channels, wherein the frequency interval of synchronization channels meets 2 m times 180 kHz or 2 m times 360 kHz, and wherein m is a preset nonnegative integer and a value range of m is determined based on a frequency band used by a system; and sending a synchronization signal by using the target frequency resource. determining a target frequency resource, wherein a frequency domain position of the target frequency resource is determined based on a frequency interval of synchronization channels and meets the following relation: p = offset + n ∗ frequency _ interval, wherein p is the frequency domain position of the target frequency resource, offset is a frequency domain position offset, n is a preset integer, and frequency_interval is the frequency interval of synchronization channels, wherein the frequency interval of synchronization channels meets 2 m times 180 kHz or 2 m times 360 kHz, and wherein m is a preset nonnegative integer and a value range of m is determined based on a frequency band used by a system; and sending a synchronization signal by using the target frequency resource.
Noise attenuation panel with a multitude of predetermined breaking points designed for removing respective horizontally adjoining parts of the noise attenuation panel, wherein at least a first predetermined breaking point is arranged at an angle, that is more than 0° and at the most 90°, to a second predetermined breaking point, characterized in that the noise attenuation panel is configured such that it can be separated entirely or partly along a horizontal plane.
An aircraft, comprising: a main wing having a wing span, a wing area and an aspect ratio, wherein a main wing semi-span is one half of the wing span of the main wing; first and second winglets (14, 16) attached to a respective transverse end portion of the main wing at an angle between 60-100 degrees with respect to a plane defined by the main wing, each of the winglets having a winglet span; and a solar power system including at least one solar panel mounted to each of the main wing, the first winglet and the second winglet; wherein the winglet span is between 0.2 and 0.7 times the length of the main wing semi-span and wherein the aspect ratio is between 9 and 15; wherein the main wing and the winglets (14, 16) each include a plurality of modular wing panels and a truss-type spar passing through the wing panels; wherein an energy storage means is mounted to the truss-type spar in such a way that the energy storage means is isolated from stresses arising from vertical flexure of the truss-type spar. a main wing having a wing span, a wing area and an aspect ratio, wherein a main wing semi-span is one half of the wing span of the main wing; first and second winglets (14, 16) attached to a respective transverse end portion of the main wing at an angle between 60-100 degrees with respect to a plane defined by the main wing, each of the winglets having a winglet span; and a solar power system including at least one solar panel mounted to each of the main wing, the first winglet and the second winglet; wherein the winglet span is between 0.2 and 0.7 times the length of the main wing semi-span and wherein the aspect ratio is between 9 and 15; wherein the main wing and the winglets (14, 16) each include a plurality of modular wing panels and a truss-type spar passing through the wing panels; wherein an energy storage means is mounted to the truss-type spar in such a way that the energy storage means is isolated from stresses arising from vertical flexure of the truss-type spar.
A device for field termination of an angle-cleaved fiber, the device comprising: a substrate, a fiber retainer attached to the substrate, a connector retainer attached to the substrate, and a cleaver attached to the substrate, wherein the substrate defines x, y, and z axes, the x axis being along the length of the device, the y axis being across the width of the device, and the z axis being along the height of the device, wherein the fiber retainer and the cleaver are positioned apart along the x-axis such that a fiber secured to the fiber retainer and inserted into the cleaver is essentially in an xz plane; and characterized in that the connector retainer and the cleaver are offset from one another along the z-axis, such that a fiber secured in the fiber retainer and inserted in a connector retained by the connector retainer is essentially in the xz plane but at a different position along the z axis than when secured to the fiber retainer and inserted into the cleaver. a substrate, a fiber retainer attached to the substrate, a connector retainer attached to the substrate, and a cleaver attached to the substrate, wherein the substrate defines x, y, and z axes, the x axis being along the length of the device, the y axis being across the width of the device, and the z axis being along the height of the device, wherein the fiber retainer and the cleaver are positioned apart along the x-axis such that a fiber secured to the fiber retainer and inserted into the cleaver is essentially in an xz plane; and characterized in that the connector retainer and the cleaver are offset from one another along the z-axis, such that a fiber secured in the fiber retainer and inserted in a connector retained by the connector retainer is essentially in the xz plane but at a different position along the z axis than when secured to the fiber retainer and inserted into the cleaver.