mhurhangee/ep-ind-claims huggingface dataset:
A beverage container cap for resealing a beverage container, comprising: a cap member configured to sealingly couple with an opening of the beverage container, the cap member defining a pathway for selectively communicating gas through the cap member; and an inflatable member configured to couple to the cap member and to expand in volume upon receiving gas from the pathway; characterized in that the inflatable member includes: a first layer for capturing gas received by the inflatable member, thereby inflating; and a second layer operatively coupled to the first layer such that the second layer expands upon the first layer inflating, wherein the first layer and second layer are unattached to each other at one or more areas to allow the second layer to expand or contract relative to the first layer. a cap member configured to sealingly couple with an opening of the beverage container, the cap member defining a pathway for selectively communicating gas through the cap member; and an inflatable member configured to couple to the cap member and to expand in volume upon receiving gas from the pathway; characterized in that the inflatable member includes: a first layer for capturing gas received by the inflatable member, thereby inflating; and a second layer operatively coupled to the first layer such that the second layer expands upon the first layer inflating, wherein the first layer and second layer are unattached to each other at one or more areas to allow the second layer to expand or contract relative to the first layer. a first layer for capturing gas received by the inflatable member, thereby inflating; and a second layer operatively coupled to the first layer such that the second layer expands upon the first layer inflating, wherein the first layer and second layer are unattached to each other at one or more areas to allow the second layer to expand or contract relative to the first layer.
A tablet comprising an amount of emtricitabine or a pharmaceutically acceptable salt thereof which provides the same amount of emtricitabine as 200 mg of emtricitabine free base and an amount of tenofovir alafenamide or a pharmaceutically acceptable salt thereof which provides the same amount of tenofovir alafenamide as 10 mg of tenofovir alafenamide free base, wherein the tablet has a total weight of 350 mg ± 25 mg.
Valve device for gas-operated equipment, with - a valve body having a gas inlet and a gas outlet; - a magnet insert arranged in the valve body with an electromagnet and with a closure device linearly displaceable relative to the electromagnet for shutting and opening the gas outlet or the gas inlet; and - a holding current supply for supplying a start holding current for excitation of the electromagnet; wherein - the closure device can be retained by the excited electromagnet in a holding position relative to the electromagnet; characterised in that the electromagnet can be moved linearly back and forth between a first and a second position relative to the valve body, that - the closure device can be brought by a movement of the electromagnet from the first position into the second position into the holding position, that - the excited electromagnetic can be moved from the second position into the first position, while the closure device remains in the holding position relative to the electromagnet, - a valve body having a gas inlet and a gas outlet; - a magnet insert arranged in the valve body with an electromagnet and with a closure device linearly displaceable relative to the electromagnet for shutting and opening the gas outlet or the gas inlet; and - a holding current supply for supplying a start holding current for excitation of the electromagnet; wherein - the closure device can be retained by the excited electromagnet in a holding position relative to the electromagnet; characterised in that the electromagnet can be moved linearly back and forth between a first and a second position relative to the valve body, that - the closure device can be brought by a movement of the electromagnet from the first position into the second position into the holding position, that - the excited electromagnetic can be moved from the second position into the first position, while the closure device remains in the holding position relative to the electromagnet,
Method for forming a textile material using hemp, wherein hemp hurds (121, 122) are separated from hemp fibers in a multi-stage impact disintegration process using harvested hemp, characterized in that the hemp fibers are disintegrated to hemp fiber flocks; binding fibers are disintegrated to binding fiber flocks; the hemp fiber flocks and the binding fiber flocks are mixed with at least one mixing device into a fiber flock mixture; the fiber flock mixture is deposited as a mat-like mixed fiber flock template with a feeding device; even before a supply of the mixed fiber flock template to a random nonwoven unit, hemp hurds (121, 122) forming a mixed fiber flock hemp hurd template are applied to the surface of the mixed fiber flock template, wherein the hemp hurds (121, 122) are added to the mixed hemp and binding fiber flocks deposited in the mixed fiber flock template only immediately before the actual non-woven formation; the mixed fiber flock hemp hurd template is disintegrated, mixed and thus processed to a mixed fiber hemp hurd mixture with an opening unit; the disintegrated mixed fiber hemp hurd mixture is conveyed into a non-woven forming zone of the random nonwoven unit and is there deposited as a mixed fiber hemp hurd mixture non-woven; and the mixed fiber hemp hurd mixture non-woven is subsequently thermally strengthened to a mixed fiber hemp hurd mixture non-woven fabric in a thermal treatment unit.
A clamping device for the supply of process liquids to a body of a drill, the clamping device consisting of a body, provided at one end with a drill retaining cavity and at least one clamping hole in the body for a screw for clamping of a drill, and at the other end provided with a shank for the clamping of the clamping device to a machine tool spindle, wherein the body is rotatably arranged in a cavity of a socket and fixed in the axial direction via a cover using bearings, wherein the socket comprises a process liquid supply port connected to an annular process liquid supply groove created on the inner side of the socket, facing which a radial channel is created in the body, the radial channel being connected to the annular process liquid supply groove to which radial channel an axial channel arranged on the axis of the clamping device is connected, the axial channel being connected with the drill retaining cavity, characterized in that the socket comprises an air supply port connected via channels to two annular air supply grooves created on the inner side of the socket, which are arranged between the bearings and on the both sides of the annular process liquid supply groove and in that around each bearing in the socket at least one recess is created, which is connected with a radial venting channel for the removal of the excess air from the cavity of the socket.
A system comprising: a cylindrical rotor comprising a cylindrical hole in a center of the cylindrical rotor; a first transceiver located on and coupled to the cylindrical rotor; a shaft positioned inside the cylindrical hole; a second transceiver located on and coupled to the shaft; and one or more capacitive links configured to couple the first transceiver to the second transceiver via one or more air gap capacitors positioned between the cylindrical rotor and the shaft. a cylindrical rotor comprising a cylindrical hole in a center of the cylindrical rotor; a first transceiver located on and coupled to the cylindrical rotor; a shaft positioned inside the cylindrical hole; a second transceiver located on and coupled to the shaft; and one or more capacitive links configured to couple the first transceiver to the second transceiver via one or more air gap capacitors positioned between the cylindrical rotor and the shaft.
A U-shaped MSM interconnection component for mounting to a base plate and holding a modular fluid insert immobile, the interconnection component comprising, a. a base with top and bottom faces (16, 20); b. an MSM component located on the top face; and c. at least two fluid passages connecting ports located on the top face to ports on the bottom face. characterised in that the U-shaped MSM interconnection component further comprises: d. at least two alignment legs extending from the base having at least two fastener passages for mounting to the base plate, where the legs are configured to straddle and hold the modular fluid insert immobile when fastened to the base plate. a. a base with top and bottom faces (16, 20); b. an MSM component located on the top face; and c. at least two fluid passages connecting ports located on the top face to ports on the bottom face. d. at least two alignment legs extending from the base having at least two fastener passages for mounting to the base plate, where the legs are configured to straddle and hold the modular fluid insert immobile when fastened to the base plate.
A three-axial sensor device, said device comprising: six single-axis sensors (200, 300), each SAS including: a plurality of layers formed into a pyramid structure (110, 112, 114, 116, 118, 120) with each of the successive layers (231, 233, 235, 237, 239, 312, 314, 316, 318, 322) being configured to be smaller in area than the layer on which it is assembled; each of the plurality of layers including at least one coil encompassing the cross sectional area of the layer on which the coil is formed; and a plurality of interconnections that interconnect each successive layer to its adjacent layers, with the six SAS formed into a cube-like structure.
A solar thermal collector of the type including a collector body having an absorber surface adapted to be exposed to sunlight and be heated thereby and having a liquid flow passage therethrough adjacent said absorber surface, wherein said collector body is formed of body portions (67, 70) of material selected from polymer and polymer composite and adhesively bonded together at two or more sets of complementary bonding surface portions with spaces between said sets, said liquid flow passage being substantially continuous and being defined in adjacent surfaces of said body portions in said spaces, characterized in that said liquid flow passage is of a flattened cross section, whereby the transverse cross section of the flow passage has a dimension parallel to the absorber surface greater than the dimension perpendicular to the absorber surface passage in a ratio of parallel dimension: perpendicular dimension not less than 3:1, said bonding surface portions having complementary surface profiles (80, 81) selected to provide a bond section across said bonding portion which is longer than the width of said bonding surface portion.
An induction heating device comprising: a case; a cover plate coupled to an upper end of the case; a working coil provided inside the case in order to heat the object to be heated; a base plate provided below the working coil; a light guide provided on the base plate in order to be provided around the working coil and configured to indicate output intensity of the working coil and whether the working coil is driven through a light-emitting surface; and a light-emitting element disposed below the light guide and configured to emit light to the light guide, wherein the light guide includes a light-guiding portion having a length of an upper surface in a first direction longer than a length of a lower surface in the first direction, characterised in that the lower surface is formed in a parabolic shape and the upper surface includes the light-emitting surface, and a light-guiding support provided on the base plate in order to surround the light-guiding portion and configured to totally reflect light emitted from the light-emitting element and guided through the light-guiding portion inwardly. a case; a cover plate coupled to an upper end of the case; a working coil provided inside the case in order to heat the object to be heated; a base plate provided below the working coil; a light guide provided on the base plate in order to be provided around the working coil and configured to indicate output intensity of the working coil and whether the working coil is driven through a light-emitting surface; and a light-emitting element disposed below the light guide and configured to emit light to the light guide, wherein the light guide includes a light-guiding portion having a length of an upper surface in a first direction longer than a length of a lower surface in the first direction, characterised in that the lower surface is formed in a parabolic shape and the upper surface includes the light-emitting surface, and a light-guiding support provided on the base plate in order to surround the light-guiding portion and configured to totally reflect light emitted from the light-emitting element and guided through the light-guiding portion inwardly.
An ophthalmic lens comprising: a main body portion, a ring portion extending circumferentially from and around the main body portion, an eye contacting portion and wherein the main body portion is disposed between the ring portion and the eye contacting portion, wherein said the eye contacting portion, the main body portion and the ring portion are integrally formed and the lens has a height of the ring portion to thickness of the lens ratio of 0.1 to 0.2. a main body portion, a ring portion extending circumferentially from and around the main body portion, an eye contacting portion and wherein the main body portion is disposed between the ring portion and the eye contacting portion, wherein said the eye contacting portion, the main body portion and the ring portion are integrally formed and the lens has a height of the ring portion to thickness of the lens ratio of 0.1 to 0.2.
An optical lens comprising: a front curve lens comprising a front curve lens exterior surface and a front curve lens interior surface, wherein both said front curve lens exterior surface and said front curve lens interior surface comprise an arcuate shape; a back curve lens comprising a back curve lens interior surface and a back curve lens exterior surface, wherein both said back curve lens interior surface and the back curve lens exterior surface comprise an arcuate shape, said back curve lens positioned proximate to said front curve lens such that said front curve lens interior surface and said back curve lens interior surface form a cavity therebetween; a volume of saline solution and oil contained within the cavity formed between said front curve lens interior surface and said back curve lens interior surface, said volume of saline solution and oil comprising a meniscus therebetween; and a multi-concave meniscus wall (601, 701) consisting of a shape of multiple segments (701-1, 701-2, 701-3, 701-4) of a torus, each segment being concave from the optical axis of the optical lens, and formed in one or both of the front curve lens and back curve lens and bordering the meniscus formed between the saline solution and oil, and wherein there is a discontinuity between each of the segments. a front curve lens comprising a front curve lens exterior surface and a front curve lens interior surface, wherein both said front curve lens exterior surface and said front curve lens interior surface comprise an arcuate shape; a back curve lens comprising a back curve lens interior surface and a back curve lens exterior surface, wherein both said back curve lens interior surface and the back curve lens exterior surface comprise an arcuate shape, said back curve lens positioned proximate to said front curve lens such that said front curve lens interior surface and said back curve lens interior surface form a cavity therebetween; a volume of saline solution and oil contained within the cavity formed between said front curve lens interior surface and said back curve lens interior surface, said volume of saline solution and oil comprising a meniscus therebetween; and a multi-concave meniscus wall (601, 701) consisting of a shape of multiple segments (701-1, 701-2, 701-3, 701-4) of a torus, each segment being concave from the optical axis of the optical lens, and formed in one or both of the front curve lens and back curve lens and bordering the meniscus formed between the saline solution and oil, and wherein there is a discontinuity between each of the segments.
A method for streaming video content using a buffer, the method comprising: transmitting, from a user device (308,310) to a server, a request to stream a video content item; receiving, at the user device (308,310) from the server, a predicted abandonment distribution for the video content item that indicates a plurality of likelihoods of a user of the user device stopping presentation of the video content item at a corresponding plurality of presentation time points of the video content item; receiving, at the user device (308,310) from the server, a first portion of the video content item; storing the first portion of the video content item in a buffer of the user device (308,310) having a first size; causing the video content item to be presented by the user device (308,310); during presentation of the video content item, determining a second size for the buffer based on the predicted abandonment distribution for the video content item; modifying a size of the buffer to the second size; requesting a second portion of the video content item from the server based on the second size of the buffer; receiving the second portion of the video content item from the server; and storing the second portion of the video content item in the buffer having the second size while continuing presentation of the video content item. transmitting, from a user device (308,310) to a server, a request to stream a video content item; receiving, at the user device (308,310) from the server, a predicted abandonment distribution for the video content item that indicates a plurality of likelihoods of a user of the user device stopping presentation of the video content item at a corresponding plurality of presentation time points of the video content item; receiving, at the user device (308,310) from the server, a first portion of the video content item; storing the first portion of the video content item in a buffer of the user device (308,310) having a first size; causing the video content item to be presented by the user device (308,310); during presentation of the video content item, determining a second size for the buffer based on the predicted abandonment distribution for the video content item; modifying a size of the buffer to the second size; requesting a second portion of the video content item from the server based on the second size of the buffer; receiving the second portion of the video content item from the server; and storing the second portion of the video content item in the buffer having the second size while continuing presentation of the video content item.
A method for distributed caching of data in a network architecture; said method comprising processor implemented steps of: receiving a data from a source at a first router (IR-102), wherein a caching policy is implemented on the first router (IR-102); computing, by the first router (IR-102), a first characterizing metrics CM value for the received data using the caching policy, wherein the first CM value is used to determine whether the data can be stored in a cache of the first router (IR-102); storing the received data in the cache of the first router (IR-102) when the first CM value is higher than a CM value of a previously cached data stored in the cache of the first router (IR-102); storing the received data in a cache of a neighbor router when the first CM value is less than a CM value of previously cached data stored in the cache of the first router (IR-102), wherein storing the received data in the cache of the neighbor router comprises selecting, by the first router (IR-102) from a plurality of neighbor routers (IR-104, IR-106, IR108, IR-110), the neighbor router with a least transaction cost, and transferring the received data to the selected neighbor router; computing a second CM value, by the neighbor router for the received data to be stored at the neighbor router using the caching policy, wherein the second CM value is used to determine whether the data can be stored at the neighbor router, and storing the received data at the cache of the neighbor router when the second CM value is greater than a CM value of the data previously stored in the cache of the neighbor router. receiving a data from a source at a first router (IR-102), wherein a caching policy is implemented on the first router (IR-102); computing, by the first router (IR-102), a first characterizing metrics CM value for the received data using the caching policy, wherein the first CM value is used to determine whether the data can be stored in a cache of the first router (IR-102); storing the received data in the cache of the first router (IR-102) when the first CM value is higher than a CM value of a previously cached data stored in the cache of the first router (IR-102); storing the received data in a cache of a neighbor router when the first CM value is less than a CM value of previously cached data stored in the cache of the first router (IR-102), wherein storing the received data in the cache of the neighbor router comprises selecting, by the first router (IR-102) from a plurality of neighbor routers (IR-104, IR-106, IR108, IR-110), the neighbor router with a least transaction cost, and transferring the received data to the selected neighbor router; computing a second CM value, by the neighbor router for the received data to be stored at the neighbor router using the caching policy, wherein the second CM value is used to determine whether the data can be stored at the neighbor router, and storing the received data at the cache of the neighbor router when the second CM value is greater than a CM value of the data previously stored in the cache of the neighbor router.
An organic EL panel comprising: an element formation substrate on which an organic EL element is formed; an encapsulation substrate; and an encapsulation layer provided between the element formation substrate and the encapsulation substrate without a gap, the encapsulation layer includes an inner hygroscopic agent covering the organic EL element, an outer periphery hygroscopic agent provided along an outer peripheral edge of the inner hygroscopic agent, and a peripheral adhesive provided along an outer peripheral edge of the outer periphery hygroscopic agent, and the outer periphery hygroscopic agent contains an ultraviolet-curable or thermosetting gel resin and a desiccant added to the gel resin at a weight ratio of 10% or more and 80% or less; characterized in that: the inner hygroscopic agent contains the gel resin and the desiccant added to the gel resin at a weight ratio of 0.3% or more and less than 10%. an element formation substrate on which an organic EL element is formed; an encapsulation substrate; and an encapsulation layer provided between the element formation substrate and the encapsulation substrate without a gap, the encapsulation layer includes an inner hygroscopic agent covering the organic EL element, an outer periphery hygroscopic agent provided along an outer peripheral edge of the inner hygroscopic agent, and a peripheral adhesive provided along an outer peripheral edge of the outer periphery hygroscopic agent, and the outer periphery hygroscopic agent contains an ultraviolet-curable or thermosetting gel resin and a desiccant added to the gel resin at a weight ratio of 10% or more and 80% or less; characterized in that: the inner hygroscopic agent contains the gel resin and the desiccant added to the gel resin at a weight ratio of 0.3% or more and less than 10%.