mhurhangee/ep-ind-claims huggingface dataset:
A display panel, comprising: a substrate; a light-emitting structure layer located on a side of the substrate; wherein the light-emitting structure layer has a plurality of light-emitting regions and a non-light-emitting region for spacing the plurality of light-emitting regions apart from each other; a specular reflection layer located on a side of the light-emitting structure layer away from the substrate and covering at least the non-light-emitting region; and an interference adjustment layer located on a side of the specular reflection layer away from the light-emitting structure layer; wherein the interference adjustment layer is configured such that lights of some colors interfere destructively to form a mirror display of a set color; characterized in that the interference adjustment layer is of a single-layer structure; wherein a material of the interference adjustment layer includes at least one of tantalum metal and molybdenum oxide; or the material of the interference adjustment layer includes at least one of molybdenum dioxide, ferric oxide and indium oxide; or the material of the interference adjustment layer includes at least one of niobium carbide and zinc oxide; and the interference adjustment layer is configured such that for a light with a wavelength of 550 nm, a refractive index of the interference adjustment layer is in a range of 2.3 to 2.6, inclusive, and an extinction coefficient of the interference adjustment layer is in a range of 0.57 to 0.77, inclusive. a substrate; a light-emitting structure layer located on a side of the substrate; wherein the light-emitting structure layer has a plurality of light-emitting regions and a non-light-emitting region for spacing the plurality of light-emitting regions apart from each other; a specular reflection layer located on a side of the light-emitting structure layer away from the substrate and covering at least the non-light-emitting region; and an interference adjustment layer located on a side of the specular reflection layer away from the light-emitting structure layer; wherein the interference adjustment layer is configured such that lights of some colors interfere destructively to form a mirror display of a set color; characterized in that the interference adjustment layer is of a single-layer structure; wherein a material of the interference adjustment layer includes at least one of tantalum metal and molybdenum oxide; or the material of the interference adjustment layer includes at least one of molybdenum dioxide, ferric oxide and indium oxide; or the material of the interference adjustment layer includes at least one of niobium carbide and zinc oxide; and the interference adjustment layer is configured such that for a light with a wavelength of 550 nm, a refractive index of the interference adjustment layer is in a range of 2.3 to 2.6, inclusive, and an extinction coefficient of the interference adjustment layer is in a range of 0.57 to 0.77, inclusive.
A blood clot filter having a central longitudinal axis and which is collapsible into a collapsed configuration toward said longitudinal axis for insertion into a blood vessel and which is radially expandable outwardly from said longitudinal axis to an expanded configuration for contact with an inner wall of said blood vessel, said blood clot filter having leading and trailing ends and comprising: a plurality of elongate, spaced legs having first and second ends, the first ends of said legs being mounted adjacent to said longitudinal axis and said plurality of elongate spaced legs being formed to extend outwardly away from said longitudinal axis to the second ends thereof which are spaced outwardly from said longitudinal axis in the expanded configuration of said filter, characterized in that the second end of one or more of said plurality of elongate spaced legs terminates in an outwardly curved hook terminating in a point to engage and penetrate the vessel inner wall in the expanded configuration of said filter, said hook being configured to be more elastic than the legs and being configured to bend toward a straightened configuration in response to force applied to remove said hook from the vessel inner wall due to the cross sectional area or the geometry or the material of each of said hooks. a plurality of elongate, spaced legs having first and second ends, the first ends of said legs being mounted adjacent to said longitudinal axis and said plurality of elongate spaced legs being formed to extend outwardly away from said longitudinal axis to the second ends thereof which are spaced outwardly from said longitudinal axis in the expanded configuration of said filter, characterized in that the second end of one or more of said plurality of elongate spaced legs terminates in an outwardly curved hook terminating in a point to engage and penetrate the vessel inner wall in the expanded configuration of said filter, said hook being configured to be more elastic than the legs and being configured to bend toward a straightened configuration in response to force applied to remove said hook from the vessel inner wall due to the cross sectional area or the geometry or the material of each of said hooks.
A method comprising: receiving a latency attribute indicating an allowed latency to transmit a packet (141, 143, 241, 243) using one or more shared resources (105, 122) shared between at least first and second wireless communication modules (106, 108); receiving a first priority level indicating a first transmission priority of said packet (141, 143, 241, 243); increasing said first priority level to a second priority level based on a comparison between said allowed latency and a time from reception of said latency attribute; and providing said second priority level to an arbitration module (120, 220, 420, 520), said second priority level to indicate to said arbitration module (120, 220, 420, 520) a second transmission priority to transmit said packet (141, 143, 241, 243) using said shared resources (105, 122). receiving a latency attribute indicating an allowed latency to transmit a packet (141, 143, 241, 243) using one or more shared resources (105, 122) shared between at least first and second wireless communication modules (106, 108); receiving a first priority level indicating a first transmission priority of said packet (141, 143, 241, 243); increasing said first priority level to a second priority level based on a comparison between said allowed latency and a time from reception of said latency attribute; and providing said second priority level to an arbitration module (120, 220, 420, 520), said second priority level to indicate to said arbitration module (120, 220, 420, 520) a second transmission priority to transmit said packet (141, 143, 241, 243) using said shared resources (105, 122).
A method of rendering information comprising acts of: capturing ambient sound information, comprising ambient sound information from an ambient sound information source; determining whether one or more distinguishing patterns is present in the captured ambient sound information; requesting content information when it is determined that the one or more distinguishing patterns is present in the captured ambient sound information; and, rendering the requested content information; the method being characterized in that the distinguishing patterns are watermarks from a sound pattern database of created watermarks particular to an entity operating the ambient sound information source. capturing ambient sound information, comprising ambient sound information from an ambient sound information source; determining whether one or more distinguishing patterns is present in the captured ambient sound information; requesting content information when it is determined that the one or more distinguishing patterns is present in the captured ambient sound information; and, rendering the requested content information; the method being characterized in that the distinguishing patterns are watermarks from a sound pattern database of created watermarks particular to an entity operating the ambient sound information source.
Indicating device for a vehicle, comprising a dial plate and a pointer which, in a plan view of the indicating device, is arranged in a plane located behind the dial plate, a light-guide body (10, 13) for forwarding light from a stationary light source being provided, characterized by an illuminating body arranged on the pointer and moving together with the latter, wherein the light-guide body for feeding light into the illuminating body is arranged in a stationary manner.
A refill unit for a soap, sanitizer or lotion comprising: a non-collapsing container; the non-collapsing container having a neck; a one-way valve; wherein the one-way valve allows air to flow into the non-collapsing container once the vacuum pressure in the non-collapsing container reaches the cracking pressure of the one-way valve; and a pump for pumping the contents of the non-collapsing container out of the non-collapsing container, characterized in further comprising an annular projection located on the neck, wherein the one-way valve is located proximate the annular projection and the one-way valve prevents liquid from flowing out of the annular projection. a non-collapsing container; the non-collapsing container having a neck; a one-way valve; wherein the one-way valve allows air to flow into the non-collapsing container once the vacuum pressure in the non-collapsing container reaches the cracking pressure of the one-way valve; and a pump for pumping the contents of the non-collapsing container out of the non-collapsing container, characterized in further comprising an annular projection located on the neck, wherein the one-way valve is located proximate the annular projection and the one-way valve prevents liquid from flowing out of the annular projection.
Air treatment device, in particular cleanroom air treatment device, for an air treatment of a room (12a; 12b), with at least one outside air conduit (14a; 14b) for suctioning fresh air (16a; 16b), with at least one ambient air conduit (18a; 18b) for suctioning ambient air (20a; 20b) from the room (12a; 12b), with at least one incoming air conduit (22a; 22b) for feeding air (24a; 24b) into the room (12a; 12b) and with at least one air treatment unit (26a; 26b) for a conditioning of air (24a; 24b) that is to be fed in via the incoming air conduit (22a; 22b) and is implemented of the fresh air (16a; 16b) and the ambient air (20a; 20b), wherein the air treatment unit (26a; 26b) is configured to at least partially condition the fresh air (16a; 16b) separately from the ambient air (20a; 20b), wherein the air treatment unit (26a; 26b) comprises a first air treatment chamber (28a; 28b) for a tempering of the air that is to be fed in (24a; 24b) and comprises at least one second air treatment chamber (30a; 30b) for conditioning the fresh air (16a; 16b) separately from the ambient air (20a; 20b), characterised in that the air treatment unit comprises at least one heat pump system with at least one first cooling circuit for a tempering of the air that is to be fed in in the first air treatment chamber, and with a second cooling circuit and at least one heating circuit for conditioning the fresh air separately from the ambient air in the second air treatment chamber, or the air treatment unit comprises at least one heat pump system with at least one first cooling circuit and at least one heating circuit for a conditioning of the air that is to be fed in in the first air treatment chamber, and with a second cooling circuit for conditioning the fresh air separately from the ambient air in the second air treatment chamber.
A method comprising: culturing a sample containing a microorganism in a medium and in gaseous communication with a colorimetric sensor array, thereby exposing sensors in the colorimetric sensor array to volatile organic compounds produced by the microorganism; determining whether the microorganism has a mode of resistance to at least one substance based on a response of the sensors in the colorimetric sensor array to the volatile organic compounds; and determining the mode of resistance, wherein the mode of resistance comprises at least one of an efflux pump, an enzymatic breakdown of the at least one substance, an alteration of a site to which the at least one substance binds, an alteration of a metabolic pathway, or a modification to a cell envelope of the microorganism. culturing a sample containing a microorganism in a medium and in gaseous communication with a colorimetric sensor array, thereby exposing sensors in the colorimetric sensor array to volatile organic compounds produced by the microorganism; determining whether the microorganism has a mode of resistance to at least one substance based on a response of the sensors in the colorimetric sensor array to the volatile organic compounds; and determining the mode of resistance, wherein the mode of resistance comprises at least one of an efflux pump, an enzymatic breakdown of the at least one substance, an alteration of a site to which the at least one substance binds, an alteration of a metabolic pathway, or a modification to a cell envelope of the microorganism.
A metal foam stack, comprising: two or more stack units, wherein the stack unit includes: a first metal foam sheet including an open cell, in which a plurality of internal cells is connected with one another; a first bonding member positioned on the first metal foam sheet; and a second metal foam sheet positioned on the first bonding member, and including an open cell, in which a plurality of internal cells is connected with one another, the metal foam stack includes a first stack unit, a second bonding member positioned on the first stack unit, a heterogeneous member positioned on the second bonding member, a second bonding member positioned on the heterogeneous member, and a second stack unit positioned on the second bonding member, materials of an interface between the first metal foam sheet and the first bonding member and an interface between the second metal foam sheet and the first bonding member are atomically diffused, and the heterogeneous member includes a different material from materials of the first metal foam sheet and the second metal foam sheet, wherein the heterogenous member is formed of a stainless steel material. two or more stack units, wherein the stack unit includes: a first metal foam sheet including an open cell, in which a plurality of internal cells is connected with one another; a first bonding member positioned on the first metal foam sheet; and a second metal foam sheet positioned on the first bonding member, and including an open cell, in which a plurality of internal cells is connected with one another, a first metal foam sheet including an open cell, in which a plurality of internal cells is connected with one another; a first bonding member positioned on the first metal foam sheet; and a second metal foam sheet positioned on the first bonding member, and including an open cell, in which a plurality of internal cells is connected with one another, the metal foam stack includes a first stack unit, a second bonding member positioned on the first stack unit, a heterogeneous member positioned on the second bonding member, a second bonding member positioned on the heterogeneous member, and a second stack unit positioned on the second bonding member, materials of an interface between the first metal foam sheet and the first bonding member and an interface between the second metal foam sheet and the first bonding member are atomically diffused, and the heterogeneous member includes a different material from materials of the first metal foam sheet and the second metal foam sheet, wherein the heterogenous member is formed of a stainless steel material.
A device for controlling the flow of fluid through a conduit from an upstream side of the device to a downstream side of the device, the device comprising: a casing; a valve seat mounted on the casing, the valve seat defining a valve aperture; a mounting member arranged on the downstream side of the valve aperture; a valve member movably mounted on the mounting member, wherein the valve member is arranged to move reciprocally to selectively open and close the valve aperture, thereby controlling the flow of the fluid through the valve aperture; a seal retaining member, arranged adjacent the valve seat such that the seal retaining member and the valve seat together define a seal retaining groove; and a compliant seal arranged within the seal retaining groove for substantially sealing the valve aperture when the valve member is moved to close the valve aperture; wherein the valve seat and the casing together define a slot for receiving the seal retaining member, and wherein the seal retaining member is smaller than the slot within which the seal retaining member is arranged, thereby defining a leak path between the seal retaining member and the valve seat, characterized in that the leak path is also defined between the seal retaining member and the casing. a casing; a valve seat mounted on the casing, the valve seat defining a valve aperture; a mounting member arranged on the downstream side of the valve aperture; a valve member movably mounted on the mounting member, wherein the valve member is arranged to move reciprocally to selectively open and close the valve aperture, thereby controlling the flow of the fluid through the valve aperture; a seal retaining member, arranged adjacent the valve seat such that the seal retaining member and the valve seat together define a seal retaining groove; and a compliant seal arranged within the seal retaining groove for substantially sealing the valve aperture when the valve member is moved to close the valve aperture; wherein the valve seat and the casing together define a slot for receiving the seal retaining member, and wherein the seal retaining member is smaller than the slot within which the seal retaining member is arranged, thereby defining a leak path between the seal retaining member and the valve seat, characterized in that the leak path is also defined between the seal retaining member and the casing.
A secondary battery pack comprising: at least one unit cell including a secondary battery or a secondary battery module; end plates which are disposed on both opposite end sides of the unit cell; a movable wall which is disposed between the at least one end plate and one side face of the unit cell; an elastic member which is disposed between the at least one end plate and the movable wall to apply a compression force to the one side face of the unit cell through the movable wall; and a connecting bar which is configured to connect the end plates with each other disposed on both opposite end sides of the at least one unit cell, wherein the at least one end plate includes: a convex part which is formed thereon so as to protrude in an opposite direction of the one side face of the unit cell, so that, when the movable wall moves to the end plate due to the unit cell being expanded while pressing the elastic members, the movable wall is housed therein; and a base part which is disposed at a circumference of convex part. at least one unit cell including a secondary battery or a secondary battery module; end plates which are disposed on both opposite end sides of the unit cell; a movable wall which is disposed between the at least one end plate and one side face of the unit cell; an elastic member which is disposed between the at least one end plate and the movable wall to apply a compression force to the one side face of the unit cell through the movable wall; and a connecting bar which is configured to connect the end plates with each other disposed on both opposite end sides of the at least one unit cell, wherein the at least one end plate includes: a convex part which is formed thereon so as to protrude in an opposite direction of the one side face of the unit cell, so that, when the movable wall moves to the end plate due to the unit cell being expanded while pressing the elastic members, the movable wall is housed therein; and a base part which is disposed at a circumference of convex part. a convex part which is formed thereon so as to protrude in an opposite direction of the one side face of the unit cell, so that, when the movable wall moves to the end plate due to the unit cell being expanded while pressing the elastic members, the movable wall is housed therein; and a base part which is disposed at a circumference of convex part.
An electrical assembly comprising a plurality of modules, each module including at least one switching element and at least one energy storage device, the or each switching element and the or each energy storage device in each module arranged to be combinable to selectively provide a voltage source, characterized in that each module includes a respective sensor including an infra-red radiation detector, a fire sensor, an ultra-violet radiation detector, and/or an arcing sensor, and configured to monitor at least one other of the plurality of modules, each sensor configured to selectively detect an occurrence of an operational hazard in the or each corresponding monitored module.
A gear made of a resin, comprising: a cylindrical boss that is formed at a center portion; a rim that is formed on an outer side in a radial direction of the boss concentrically with the boss and has a tooth portion at an outer circumferential portion thereof; and a web that links the boss and the rim, wherein in the web, on a surface thereof on one side in a thickness direction of the web, a plurality of gate marks are formed, and a plurality of first radial direction ribs that extend from the boss to the outer side in the radial direction along a weld line that appears between adjacent ones of the gate marks are provided so as to protrude at least to an other side in the thickness direction of the web, characterized in that in the web, a plurality of second radial direction ribs that extend from the boss to the outer side in the radial direction are provided so as to overlap with the plurality of gate marks when seen from the thickness direction of the web and so as to protrude at least to the other side in the thickness direction of the web and the second radial direction ribs are formed so that a length thereof in the thickness direction of the web increases with increasing proximity to the boss. a cylindrical boss that is formed at a center portion; a rim that is formed on an outer side in a radial direction of the boss concentrically with the boss and has a tooth portion at an outer circumferential portion thereof; and a web that links the boss and the rim, wherein in the web, on a surface thereof on one side in a thickness direction of the web, a plurality of gate marks are formed, and a plurality of first radial direction ribs that extend from the boss to the outer side in the radial direction along a weld line that appears between adjacent ones of the gate marks are provided so as to protrude at least to an other side in the thickness direction of the web, on a surface thereof on one side in a thickness direction of the web, a plurality of gate marks are formed, and a plurality of first radial direction ribs that extend from the boss to the outer side in the radial direction along a weld line that appears between adjacent ones of the gate marks are provided so as to protrude at least to an other side in the thickness direction of the web, characterized in that in the web, a plurality of second radial direction ribs that extend from the boss to the outer side in the radial direction are provided so as to overlap with the plurality of gate marks when seen from the thickness direction of the web and so as to protrude at least to the other side in the thickness direction of the web and the second radial direction ribs are formed so that a length thereof in the thickness direction of the web increases with increasing proximity to the boss.