mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display panel; a chassis configured to support the display panel; a backlight unit configured to be installed on the chassis; and an electric generator configured to convert heat generated by the backlight unit to electricity, wherein the electric generator comprises a heat transfer unit comprising: a first surface in contact with the backlight unit and a second surface located opposite of the first surface, characterized in that the electric generator further comprises: at least one heat storage unit in contact with the second surface of the heat transfer unit, at least one thermoelectric device comprising a heat absorber in contact with the second surface of the heat transfer unit, and a second insulator encompassing the at least one heat storage unit except for a portion of the at least heat storage unit that is in contact with the heat transfer unit. a display panel; a chassis configured to support the display panel; a backlight unit configured to be installed on the chassis; and an electric generator configured to convert heat generated by the backlight unit to electricity, wherein the electric generator comprises a heat transfer unit comprising: a first surface in contact with the backlight unit and a second surface located opposite of the first surface, a first surface in contact with the backlight unit and a second surface located opposite of the first surface, characterized in that the electric generator further comprises: at least one heat storage unit in contact with the second surface of the heat transfer unit, at least one thermoelectric device comprising a heat absorber in contact with the second surface of the heat transfer unit, and a second insulator encompassing the at least one heat storage unit except for a portion of the at least heat storage unit that is in contact with the heat transfer unit. at least one heat storage unit in contact with the second surface of the heat transfer unit, at least one thermoelectric device comprising a heat absorber in contact with the second surface of the heat transfer unit, and a second insulator encompassing the at least one heat storage unit except for a portion of the at least heat storage unit that is in contact with the heat transfer unit.
A flip-type multifunctional air fryer, comprising a cookware, a head, a base and a side plate which is provided between the head and the base, wherein a bottom of the head is configured as an open structure, an air frying module is mounted in the head, and the cookware at least comprises a basket, wherein the head is rotatably connected with the side plate, and the head at least has following two positions in a rotation process: a first position where a bottom opening of the head faces downwards and is communicated with a top opening of the basket; and a second position where the bottom opening of the head faces upwards and is connected with a bottom of the cookware, wherein a handle is provided on the head, wherein when the head is rotated to the second position, the handle supports the head, characterized in that the handle is hinged to the head, wherein when the head is rotated to the first position, the handle is accommodated on a surface of the head; and when the head is rotated to the second position, the handle supports the head. a first position where a bottom opening of the head faces downwards and is communicated with a top opening of the basket; and a second position where the bottom opening of the head faces upwards and is connected with a bottom of the cookware, wherein a handle is provided on the head, wherein when the head is rotated to the second position, the handle supports the head, characterized in that the handle is hinged to the head, wherein when the head is rotated to the first position, the handle is accommodated on a surface of the head; and when the head is rotated to the second position, the handle supports the head.
A pharmaceutical composition containing Ginkgolide B, wherein the pharmaceutical composition comprises Ginkgolide B and a factor Xa inhibitor xaban type drug, wherein the xaban type drug is Rivaroxaban, Edoxaban or Razaxaban, characterized in that: Ginkgolide B is in an amount of 1-20 parts by weight, and Rivaroxaban is in an amount of 5-40 parts by weight; or Ginkgolide B is in an amount of 1-20 parts by weight, and Edoxaban is in an amount of 8-50 parts by weight; or Ginkgolide B is in an amount of 1-20 parts by weight, and Razaxaban is in an amount of 1-20 parts by weight. Ginkgolide B is in an amount of 1-20 parts by weight, and Rivaroxaban is in an amount of 5-40 parts by weight; or Ginkgolide B is in an amount of 1-20 parts by weight, and Edoxaban is in an amount of 8-50 parts by weight; or Ginkgolide B is in an amount of 1-20 parts by weight, and Razaxaban is in an amount of 1-20 parts by weight.
A flexible battery pack comprising: a plurality of cells (200A-200C); a conductive layer electrically connected to each said cell; a plurality of laminate layers coupled to the cells and comprising a top laminate layer and a bottom laminate layer; a top adhesive layer adjacent to said top laminate layer; a bottom adhesive layer adjacent to said bottom laminate layer; said top adhesive layer and said bottom adhesive layer coupling the top and bottom laminate layers (205A, 205B) such that a portion of said top laminate layer is positioned between adjacent cells of the plurality of cells (200A-200C) and each of the plurality of cells (200A-200C) is isolated from each other; and said conductive layer positioned between said top adhesive layer and said bottom adhesive layer; and said top laminate layer is continuous across the plurality of cells (200A-200C). a plurality of cells (200A-200C); a conductive layer electrically connected to each said cell; a plurality of laminate layers coupled to the cells and comprising a top laminate layer and a bottom laminate layer; a top adhesive layer adjacent to said top laminate layer; a bottom adhesive layer adjacent to said bottom laminate layer; said top adhesive layer and said bottom adhesive layer coupling the top and bottom laminate layers (205A, 205B) such that a portion of said top laminate layer is positioned between adjacent cells of the plurality of cells (200A-200C) and each of the plurality of cells (200A-200C) is isolated from each other; and said conductive layer positioned between said top adhesive layer and said bottom adhesive layer; and said top laminate layer is continuous across the plurality of cells (200A-200C).
A beverage dispensing system (100, 300, 400, 500) configured for using a sweetener at more than 65° brix, comprising: a dispensing nozzle; a sweetener source comprising the sweetener at more than 65° brix; a first diluent source with a first diluent; a mixing chamber in communication with the sweetener source and the first diluent source so as to dilute the sweetener to less than 65° brix; a second diluent source with a second diluent such that the dispensing nozzle further dilutes the sweetener; and one or more first pumps in communication with the sweetener source and one or more further pumps downstream of the one or more first pumps. a dispensing nozzle; a sweetener source comprising the sweetener at more than 65° brix; a first diluent source with a first diluent; a mixing chamber in communication with the sweetener source and the first diluent source so as to dilute the sweetener to less than 65° brix; a second diluent source with a second diluent such that the dispensing nozzle further dilutes the sweetener; and one or more first pumps in communication with the sweetener source and one or more further pumps downstream of the one or more first pumps.
A method for code reading of an ear tag, the method comprising: sampling a first signal from the ear tag to obtain a second signal converting (S 102) the second signal into a rectangular wave signal; performing fragmentation and compensation on the rectangular wave signal to obtain multiple pieces of fragmented data, according to a data structure of the first signal and time differences between adjacent falling edges and rising edges in the rectangular wave signal; and decoding the multiple pieces of fragmented data respectively, and determining (S 104) target decoded data of the first signal according to the decoded data, wherein the target decoded data is obtained from combination in accordance with the data structure of the first signal; wherein the performing fragmentation and compensation on the rectangular wave signal to obtain multiple pieces of fragmented data, according to a data structure of the first signal and time differences between adjacent falling edges and rising edges in the rectangular wave signal comprises: adjusting the time differences between the adjacent falling edges and rising edges in the rectangular wave signal so that a sum of time differences in each piece of grouped data corresponds to a predefined value; and adjusting the time differences in each piece of grouped data to normal time differences of the data structure to obtain the multiple pieces of fragmented data. sampling a first signal from the ear tag to obtain a second signal converting (S 102) the second signal into a rectangular wave signal; performing fragmentation and compensation on the rectangular wave signal to obtain multiple pieces of fragmented data, according to a data structure of the first signal and time differences between adjacent falling edges and rising edges in the rectangular wave signal; and decoding the multiple pieces of fragmented data respectively, and determining (S 104) target decoded data of the first signal according to the decoded data, wherein the target decoded data is obtained from combination in accordance with the data structure of the first signal; wherein the performing fragmentation and compensation on the rectangular wave signal to obtain multiple pieces of fragmented data, according to a data structure of the first signal and time differences between adjacent falling edges and rising edges in the rectangular wave signal comprises: adjusting the time differences between the adjacent falling edges and rising edges in the rectangular wave signal so that a sum of time differences in each piece of grouped data corresponds to a predefined value; and adjusting the time differences in each piece of grouped data to normal time differences of the data structure to obtain the multiple pieces of fragmented data. adjusting the time differences between the adjacent falling edges and rising edges in the rectangular wave signal so that a sum of time differences in each piece of grouped data corresponds to a predefined value; and adjusting the time differences in each piece of grouped data to normal time differences of the data structure to obtain the multiple pieces of fragmented data.
Steam hairstyling apparatus for shaping hair, comprising: - a first jaw and a second jaw, arranged opposite one another and hinged together, a first treatment surface being supported by the first jaw and a second treatment surface being supported by the second jaw, the first and second treatment surfaces being configured to grip at least one lock of hair, and - a liquid reservoir, the first and/or second jaw (2, 3) additionally comprising: - a system for vaporising the liquid to form steam, comprising at least one vaporisation chamber which has an inner surface and is in communication via an injection tube with the liquid reservoir, the injection tube having a free end which forms a point for injecting the liquid into the vaporisation chamber, - a system for dispensing the steam from the vaporisation system, comprising at least one steam dispensing port directed towards the at least one lock of hair, characterised in that the inner surface of the vaporisation chamber is at least partly covered by a hydrophobic layer positioned beneath the injection point formed by the free end of the injection tube. - a first jaw and a second jaw, arranged opposite one another and hinged together, a first treatment surface being supported by the first jaw and a second treatment surface being supported by the second jaw, the first and second treatment surfaces being configured to grip at least one lock of hair, and - a liquid reservoir, the first and/or second jaw (2, 3) additionally comprising: - a system for vaporising the liquid to form steam, comprising at least one vaporisation chamber which has an inner surface and is in communication via an injection tube with the liquid reservoir, the injection tube having a free end which forms a point for injecting the liquid into the vaporisation chamber, - a system for dispensing the steam from the vaporisation system, comprising at least one steam dispensing port directed towards the at least one lock of hair, characterised in that the inner surface of the vaporisation chamber is at least partly covered by a hydrophobic layer positioned beneath the injection point formed by the free end of the injection tube. - a system for vaporising the liquid to form steam, comprising at least one vaporisation chamber which has an inner surface and is in communication via an injection tube with the liquid reservoir, the injection tube having a free end which forms a point for injecting the liquid into the vaporisation chamber, - a system for dispensing the steam from the vaporisation system, comprising at least one steam dispensing port directed towards the at least one lock of hair, characterised in that the inner surface of the vaporisation chamber is at least partly covered by a hydrophobic layer positioned beneath the injection point formed by the free end of the injection tube.
A coating configured for direct application of a coating layer onto a substrate, the coating comprising: - the coating layer based on a material of a cured polyester and a cured polyacrylate, and - a woven or non-woven support fabric, which is integrated into the material of the coating layer on a first side of the coating layer prior to curing thereof, where open spaces in the support fabric between the fibers of the support fabric are filled with the cured materials of the coating layer, and wherein the support fabric is impregnated with a dispersion of a binder, for instance of an acrylate resin. - the coating layer based on a material of a cured polyester and a cured polyacrylate, and - a woven or non-woven support fabric, which is integrated into the material of the coating layer on a first side of the coating layer prior to curing thereof, where open spaces in the support fabric between the fibers of the support fabric are filled with the cured materials of the coating layer, and wherein the support fabric is impregnated with a dispersion of a binder, for instance of an acrylate resin.
Communication system of a motor vehicle having - a first image acquisition device situated in the motor vehicle and oriented toward a driver, - a first evaluation module for determining a detected viewing direction of the driver from the image acquired by the first image acquisition device, - means for determining a point of intersection of the detected viewing direction and a windshield of the motor vehicle, - a projection device for projecting a marking onto the windshield being in contact with the means for determining the point of intersection, wherein the position of the marking comprises the point of intersection, - a confirmation device that is operable by the driver, characterized in that the communication system furthermore has: - a communication device for transmitting a signal to a receiver that is marked with the marking from the detected viewing direction of the driver, if a confirmation signal of the confirmation device is present, - means for ascertaining a reception address of the marked receiver. - a first image acquisition device situated in the motor vehicle and oriented toward a driver, - a first evaluation module for determining a detected viewing direction of the driver from the image acquired by the first image acquisition device, - means for determining a point of intersection of the detected viewing direction and a windshield of the motor vehicle, - a projection device for projecting a marking onto the windshield being in contact with the means for determining the point of intersection, wherein the position of the marking comprises the point of intersection, - a confirmation device that is operable by the driver, - a communication device for transmitting a signal to a receiver that is marked with the marking from the detected viewing direction of the driver, if a confirmation signal of the confirmation device is present, - means for ascertaining a reception address of the marked receiver.
A method for manufacturing a glass panel unit, the method comprising: an arrangement step of arranging a plurality of pillars on a first substrate; an inspection step of inspecting to ensure that each of the plurality of pillars is appropriately arranged on the first substrate by capturing an image of the first substrate with a camera and performing image processing on the image captured, a bonding step of hermetically bonding the first substrate to a second substrate with a seal member sandwiched between the first substrate and the second substrate to form an internal space surrounded by the seal member between the first substrate and the second substrate, the second substrate facing the first substrate, the seal member having a frame shape surrounding the plurality of pillars; an evacuation step of evacuating the internal space; and a sealing step of sealing up the internal space in an evacuated state, the second substrate including wired glass, the first substrate including a first glass pane and a low-emissivity film located on the first glass pane, the first glass pane not being wired glass, the plurality of pillars being arranged on the low-emissivity film in the arrangement step. an arrangement step of arranging a plurality of pillars on a first substrate; an inspection step of inspecting to ensure that each of the plurality of pillars is appropriately arranged on the first substrate by capturing an image of the first substrate with a camera and performing image processing on the image captured, a bonding step of hermetically bonding the first substrate to a second substrate with a seal member sandwiched between the first substrate and the second substrate to form an internal space surrounded by the seal member between the first substrate and the second substrate, the second substrate facing the first substrate, the seal member having a frame shape surrounding the plurality of pillars; an evacuation step of evacuating the internal space; and a sealing step of sealing up the internal space in an evacuated state, the second substrate including wired glass, the first substrate including a first glass pane and a low-emissivity film located on the first glass pane, the first glass pane not being wired glass, the plurality of pillars being arranged on the low-emissivity film in the arrangement step.
A regenerative cooling system designed for a regeneration heat engine, the latter comprising at least one regeneration heat exchanger having a high-pressure regeneration duct in which a working gas circulates to be preheated there, having been previously compressed by a compressor, wherein said gas, while leaving said duct, is superheated by a heat source before being introduced into a gas expander in which it is expanded to perform work on a power output shaft, said gas being then expelled at the outlet of the gas expander and then introduced into a low-pressure regeneration duct of the regeneration heat exchanger, said gas - by circulating in said duct - surrendering a large portion of its residual heat to the working gas circulating in the high-pressure regeneration duct, said system being characterized in that it comprises: • at least one cooling chamber which surrounds entirely or partly the gas expander and / or the heat source and / or a hot gas intake duct which connects said source to said expander, while leaving opened a gas circulation space between said chamber on the one hand, and / or said expander and / or said source and / or said duct on the other hand; • at least one chamber inlet port which is directly or indirectly connected to the outlet of the gas expander and by which some or all of the working gas expelled from said expander via said outlet can enter into the gas circulation space; • at least one chamber outlet port which is directly or indirectly connected to the low-pressure regeneration duct and via which the working gas can leave the gas circulation space before being introduced into said low-pressure duct. • at least one cooling chamber which surrounds entirely or partly the gas expander and / or the heat source and / or a hot gas intake duct which connects said source to said expander, while leaving opened a gas circulation space between said chamber on the one hand, and / or said expander and / or said source and / or said duct on the other hand; • at least one chamber inlet port which is directly or indirectly connected to the outlet of the gas expander and by which some or all of the working gas expelled from said expander via said outlet can enter into the gas circulation space; • at least one chamber outlet port which is directly or indirectly connected to the low-pressure regeneration duct and via which the working gas can leave the gas circulation space before being introduced into said low-pressure duct.
A waterproof and breathable footwear article comprising: an upper made of a waterproof material having a water vapor permeability of less than 3 mg/cm 2 /h according to ISO 14268 and comprising at least one vent; and a vent assembly disposed within the at least one vent, wherein the vent assembly comprises: a waterproof, water vapor permeable functional layer, and a plurality of slats disposed adjacent to the functional layer and spaced apart from each other, characterized in that the slats are also spaced apart from the functional layer. an upper made of a waterproof material having a water vapor permeability of less than 3 mg/cm 2 /h according to ISO 14268 and comprising at least one vent; and a vent assembly disposed within the at least one vent, wherein the vent assembly comprises: a waterproof, water vapor permeable functional layer, and a plurality of slats disposed adjacent to the functional layer and spaced apart from each other, a waterproof, water vapor permeable functional layer, and a plurality of slats disposed adjacent to the functional layer and spaced apart from each other,
An ionic interpenetrating polymer network comprising: i) At least one elastomer selected from the group consisting of silicone rubber, fluorosilicone rubber, poly(meth)acrylate rubber, chloroprene rubber, polybutadiene rubber, poly(ethylene oxide) rubber, poly(propylene oxide) rubber, polyurethane rubber and mixtures thereof; and ii) An ionic supramolecular structure comprising the reaction product of at least two chemical compounds wherein each of said compounds has at least two functional groups and wherein said compounds are able to undergo Lewis acid-base reactions. i) At least one elastomer selected from the group consisting of silicone rubber, fluorosilicone rubber, poly(meth)acrylate rubber, chloroprene rubber, polybutadiene rubber, poly(ethylene oxide) rubber, poly(propylene oxide) rubber, polyurethane rubber and mixtures thereof; and ii) An ionic supramolecular structure comprising the reaction product of at least two chemical compounds wherein each of said compounds has at least two functional groups and wherein said compounds are able to undergo Lewis acid-base reactions.