mhurhangee/patent-ind-claim-en huggingface dataset:
A repair seal that is used for a decorative panel including at least one undercoat layer , a colored layer , and a clear layer stacked in this order on a substrate , the repair seal comprising: a repair multilayer body including a transparent or translucent resin base material sheet to be flexible, a repair colored layer disposed on a front side of the base material sheet and formed from the same paint as the colored layer , and a repair clear layer disposed on a front side of the repair colored layer and formed from the same paint as the clear layer ; and a transparent or translucent adhesive layer disposed on a back side of the base material sheet , wherein a color of the colored layer of the decorative panel is visible through the resin base material sheet and the adhesive layer when obliquely observed, and wherein the resin base material sheet comprises an aromatic polyimide. a repair multilayer body including a transparent or translucent resin base material sheet to be flexible, a repair colored layer disposed on a front side of the base material sheet and formed from the same paint as the colored layer , and a repair clear layer disposed on a front side of the repair colored layer and formed from the same paint as the clear layer ; and a transparent or translucent adhesive layer disposed on a back side of the base material sheet , wherein a color of the colored layer of the decorative panel is visible through the resin base material sheet and the adhesive layer when obliquely observed, and wherein the resin base material sheet comprises an aromatic polyimide.
A method of manufacturing a cellular ceramic article, comprising: providing a green cellular ceramic body comprising a binder material and a plurality of channels ; exposing a surface of the green cellular ceramic body to a fluid to deposit at least a portion of the fluid on the surface; polymerizing the deposited fluid, wherein an amount of the polymer is less than 1 wt% of the green cellular ceramic body to form a polymer thin layer on the surface; and post processing the surface of the green cellular ceramic body with a green processing composition and a solvent to form a green component on the polymer thin layer , wherein the binder material is soluble in the solvent. providing a green cellular ceramic body comprising a binder material and a plurality of channels ; exposing a surface of the green cellular ceramic body to a fluid to deposit at least a portion of the fluid on the surface; polymerizing the deposited fluid, wherein an amount of the polymer is less than 1 wt% of the green cellular ceramic body to form a polymer thin layer on the surface; and post processing the surface of the green cellular ceramic body with a green processing composition and a solvent to form a green component on the polymer thin layer , wherein the binder material is soluble in the solvent.
Curved channel system for guiding and deflecting a particle flow with glued particles , which are provided for the production of pressed boards, in particular material boards made of wood and/or other renewable agricultural products such as particle boards, fiber boards, straw boards and chip boards, as well as plastic boards, having a curved channel comprising at least one bend for guiding and deflecting the particle flow with glued particles , characterized by the use of at least one protective particle feed channel for introducing protective particles and forming a kind of protective cushion between the particle flow with glued particles and at least one inner wall side of the curved channel , wherein the protective particle feed channel opens into the curved channel on one side from the radially outer side with respect to the at least one bend.
A container which is suitable for the pneumatic metering of a component situated therein into another container different from the container , wherein the container comprises a container body , a container base and a removable cover suitable for closing the container , wherein the container has at least one valve head , which is recessed into the container base and to which it is possible to connect a container which is different from the container and into which pneumatic metering of a component situated in the container can be performed, at least one compressed air connection for the pneumatic driving of the valve head and at least one further compressed air connection are integrated into the cover of the container , wherein delivery of a component situated in the container for the purpose of metering into the container can be performed by means of compressed air applied to the connection , and a stirrer , which comprises a motor for driving the stirrer on the outside of the cover and which, on the inside of the cover , has a stirrer shaft , which can be driven by means of the motor and which comprises one or more stirring members mounted on the stirrer shaft , is integrated into the cover , wherein the stirrer shaft is arranged in such a way on the inside of the cover that it projects into the container body in the state of the container in which said container is closed by means of the cover . the container has at least one valve head , which is recessed into the container base and to which it is possible to connect a container which is different from the container and into which pneumatic metering of a component situated in the container can be performed, at least one compressed air connection for the pneumatic driving of the valve head and at least one further compressed air connection are integrated into the cover of the container , wherein delivery of a component situated in the container for the purpose of metering into the container can be performed by means of compressed air applied to the connection , and a stirrer , which comprises a motor for driving the stirrer on the outside of the cover and which, on the inside of the cover , has a stirrer shaft , which can be driven by means of the motor and which comprises one or more stirring members mounted on the stirrer shaft , is integrated into the cover , wherein the stirrer shaft is arranged in such a way on the inside of the cover that it projects into the container body in the state of the container in which said container is closed by means of the cover .
An aerosol-generating article comprising: an aerosol-generating substrate ; a filter in axial alignment with the aerosol-generating substrate , the filter comprising at least one segment of filtration material formed of one or more sheets of a fibrous paper-like material, wherein the fibrous paper-like material comprises a combination of hydrophobic fibres and hydrophilic fibres such that the fibrous paper-like material has a water contact angle as measured in accordance with TAPPI/ANSI T 558 om-15 greater than 90 degrees and wherein the fibrous paper-like material has a biodegradability in aqueous medium as tested in accordance with ISO 14851 of at least 70 percent of the degradation of a cellulose reference within 56 days of testing, wherein the hydrophobic fibres comprise hydrophobic viscose fibres. an aerosol-generating substrate ; a filter in axial alignment with the aerosol-generating substrate , the filter comprising at least one segment of filtration material formed of one or more sheets of a fibrous paper-like material, wherein the fibrous paper-like material comprises a combination of hydrophobic fibres and hydrophilic fibres such that the fibrous paper-like material has a water contact angle as measured in accordance with TAPPI/ANSI T 558 om-15 greater than 90 degrees and wherein the fibrous paper-like material has a biodegradability in aqueous medium as tested in accordance with ISO 14851 of at least 70 percent of the degradation of a cellulose reference within 56 days of testing, wherein the hydrophobic fibres comprise hydrophobic viscose fibres.
A method of providing electrical energy to a traction motor comprising: providing electrical power to the traction motor via a first battery circuit having at least two first batteries electrically coupled together via a plurality of first battery switches , wherein the first battery switches configure the first battery circuit in a series configuration; charging, via a fuel cell stack a second battery circuit having at least two second batteries electrically coupled together via a plurality of second battery switches , wherein the second battery switches configure the second battery circuit in a parallel configuration; switching, via the first battery switches, the first battery circuit to a parallel configuration; switching, via the second battery switches, the second battery circuit to a series configuration; decoupling, via two traction motor switches , the first battery circuit from the traction motor; decoupling, via at least one fuel cell stack switch , the second battery circuit from the fuel cell stack; coupling, via the two traction motor switches, the first battery circuit to the fuel cell stack; and coupling, via the two traction motor switches, the second battery circuit to the traction motor. providing electrical power to the traction motor via a first battery circuit having at least two first batteries electrically coupled together via a plurality of first battery switches , wherein the first battery switches configure the first battery circuit in a series configuration; charging, via a fuel cell stack a second battery circuit having at least two second batteries electrically coupled together via a plurality of second battery switches , wherein the second battery switches configure the second battery circuit in a parallel configuration; switching, via the first battery switches, the first battery circuit to a parallel configuration; switching, via the second battery switches, the second battery circuit to a series configuration; decoupling, via two traction motor switches , the first battery circuit from the traction motor; decoupling, via at least one fuel cell stack switch , the second battery circuit from the fuel cell stack; coupling, via the two traction motor switches, the first battery circuit to the fuel cell stack; and coupling, via the two traction motor switches, the second battery circuit to the traction motor.
A method for producing a casing made of a composite material for an aircraft turbine engine, this casing having an annular shape and comprising an annular fibrous preform formed by winding a fibrous cloth and embedded in a polymer matrix, the method comprising the steps of: a) positioning an edge of the cloth on a moulding drum , the cloth having a generally elongate shape and said edge being located at a first longitudinal end of the cloth, b) winding the cloth on the drum over at least one turn so as to obtain the preform wound around the drum, c) moulding the preform and hardening the resin which is injected into the preform or pre-impregnated on the preform, characterised in that it comprises, before step a), a step i) of mounting a removable abutment on the drum , and in that step a) comprises abutting said edge against this abutment . a) positioning an edge of the cloth on a moulding drum , the cloth having a generally elongate shape and said edge being located at a first longitudinal end of the cloth, b) winding the cloth on the drum over at least one turn so as to obtain the preform wound around the drum, c) moulding the preform and hardening the resin which is injected into the preform or pre-impregnated on the preform,
A system for sampling a sample material, comprising: a probe comprising an outer probe housing having an inner wall and an open end for communicating with a sample space ; a liquid supply conduit within the housing and having an outlet positioned to deliver liquid to the open end of the housing ; an exhaust conduit within the housing for removing liquid from the open end of the housing; the liquid supply conduit being connectable to a liquid supply for delivering liquid at a first volumetric flow rate to the open end of the housing ; a liquid exhaust system in fluid connection with the liquid exhaust conduit for removing liquid from the liquid exhaust conduit at a second volumetric flow rate, whereby gas containing sample from the sample space will be withdrawn with liquid flowing into and through the liquid exhaust conduit ; and, a device for directing sample into the open end of the probe communicating with the sample space, characterized in that : the second volumetric flow rate exceeds the first volumetric flow rate, and in that the system further comprises a gas guide between the open end of the probe and the sample configured to focus the flow of gas into the liquid exhaust conduit . a probe comprising an outer probe housing having an inner wall and an open end for communicating with a sample space ; a liquid supply conduit within the housing and having an outlet positioned to deliver liquid to the open end of the housing ; an exhaust conduit within the housing for removing liquid from the open end of the housing; the liquid supply conduit being connectable to a liquid supply for delivering liquid at a first volumetric flow rate to the open end of the housing ; a liquid exhaust system in fluid connection with the liquid exhaust conduit for removing liquid from the liquid exhaust conduit at a second volumetric flow rate, whereby gas containing sample from the sample space will be withdrawn with liquid flowing into and through the liquid exhaust conduit ; and, a device for directing sample into the open end of the probe communicating with the sample space, characterized in that : the second volumetric flow rate exceeds the first volumetric flow rate, and in that the system further comprises a gas guide between the open end of the probe and the sample configured to focus the flow of gas into the liquid exhaust conduit .
A heating device for heating underground soil comprising: a conductive casing having a first end , a second end, and a wall defining an inner bore extending between the first and second ends , and a temperature; a conductor , at least a part of the conductor being positioned in the inner bore , the conductor being electrically insulated from the casing ; and a power unit connected to the conductor through the first end , the power unit configured to convert power received from a power source into at least one driving current and supply the at least one driving current to the conductor , wherein the conductor is configured to generate at least one magnetic field when the at least one driving current is supplied thereto to create at least one corresponding induced current in the casing , and wherein the at least one driving current is of a frequency sufficient for the at least one induced current to encounter resistance in the casing to increase the temperature; characterised in that , the power unit comprises one or more three-phase inverters , and the at least one driving current is a three phase current; and, wherein the conductor comprises one or more sets of three work coils . a conductive casing having a first end , a second end, and a wall defining an inner bore extending between the first and second ends , and a temperature; a conductor , at least a part of the conductor being positioned in the inner bore , the conductor being electrically insulated from the casing ; and a power unit connected to the conductor through the first end , the power unit configured to convert power received from a power source into at least one driving current and supply the at least one driving current to the conductor , wherein the conductor is configured to generate at least one magnetic field when the at least one driving current is supplied thereto to create at least one corresponding induced current in the casing , and wherein the at least one driving current is of a frequency sufficient for the at least one induced current to encounter resistance in the casing to increase the temperature; characterised in that , the power unit comprises one or more three-phase inverters , and the at least one driving current is a three phase current; and, wherein the conductor comprises one or more sets of three work coils .
An evaporative cooling apparatus for downhole evaporative cooling of at least one heat-sensitive component, comprising: a heat transfer module in thermal communication with the at least one heat-sensitive component and including: - a first container , - a liquid refrigerant in the first container , - a vapor passage in fluid communication with the first container ; and a heat absorbing module adjacent to the heat transfer module , wherein the heat absorbing module is in fluid communication with the vapor passage , the heat absorbing module including: - a second container , characterised in that the heat absorbing module further includes: - a drawing liquid in the second container , the drawing liquid selected to absorb the liquid refrigerant, and - a vapor chamber in the drawing liquid and configured to receive vapor generated during evaporation of the liquid refrigerant, the vapor chamber having a selectively permeable membrane configured to: (i) condense refrigerant vapor to a liquid, and (ii) block flow of the drawing liquid into the vapor chamber . a heat transfer module in thermal communication with the at least one heat-sensitive component and including: - a first container , - a liquid refrigerant in the first container , - a vapor passage in fluid communication with the first container ; and - a first container , - a liquid refrigerant in the first container , - a vapor passage in fluid communication with the first container ; and a heat absorbing module adjacent to the heat transfer module , wherein the heat absorbing module is in fluid communication with the vapor passage , the heat absorbing module including: - a second container , characterised in that the heat absorbing module further includes: - a drawing liquid in the second container , the drawing liquid selected to absorb the liquid refrigerant, and - a vapor chamber in the drawing liquid and configured to receive vapor generated during evaporation of the liquid refrigerant, the vapor chamber having a selectively permeable membrane configured to: (i) condense refrigerant vapor to a liquid, and (ii) block flow of the drawing liquid into the vapor chamber . - a second container , characterised in that the heat absorbing module further includes: - a drawing liquid in the second container , the drawing liquid selected to absorb the liquid refrigerant, and - a vapor chamber in the drawing liquid and configured to receive vapor generated during evaporation of the liquid refrigerant, the vapor chamber having a selectively permeable membrane configured to: (i) condense refrigerant vapor to a liquid, and (ii) block flow of the drawing liquid into the vapor chamber .
Use of a first aqueous composition having a pH greater than pH H and of a second composition having a pH lower than pH B for the culture of photosynthetic organisms, selected from microalgae, cyanobacteria and macroalgae, in a culture system comprising a culture medium, in which: - said first aqueous composition having a pH greater than pH H is obtained by contacting CO 2 produced by a continuous or discontinuous CO 2 source, a base, water and possibly all or part of the constituents of an algal culture medium; - the second aqueous composition having a pH lower than pH B is obtained by dissolving CO 2 produced by said source in water or an aqueous solution containing all or part of the constituents of an algal culture medium; the pH of said culture medium being such that: - when the pH of said culture medium reaches an upper limit, pH H , the second aqueous composition and/or CO 2 produced by said source are added to said culture medium so as to lower the pH, preferably until the pH of said culture medium reaches a lower limit, pH B ; - when the pH of said culture medium reaches said lower limit, pH B , the first aqueous composition is added to said culture medium so as to increase the pH, preferably until the pH of said culture medium reaches an intermediate value, pH I , with pH B < pH I < pH H ; and - optionally, when the pH of said culture medium is lower than pH H , in particular lower than pH I , the first aqueous composition is added to said culture medium so as to increase the pH, in particular until the pH of said culture medium reaches the intermediate value pH I . - said first aqueous composition having a pH greater than pH H is obtained by contacting CO 2 produced by a continuous or discontinuous CO 2 source, a base, water and possibly all or part of the constituents of an algal culture medium; - the second aqueous composition having a pH lower than pH B is obtained by dissolving CO 2 produced by said source in water or an aqueous solution containing all or part of the constituents of an algal culture medium; - when the pH of said culture medium reaches an upper limit, pH H , the second aqueous composition and/or CO 2 produced by said source are added to said culture medium so as to lower the pH, preferably until the pH of said culture medium reaches a lower limit, pH B ; - when the pH of said culture medium reaches said lower limit, pH B , the first aqueous composition is added to said culture medium so as to increase the pH, preferably until the pH of said culture medium reaches an intermediate value, pH I , with pH B < pH I < pH H ; and - optionally, when the pH of said culture medium is lower than pH H , in particular lower than pH I , the first aqueous composition is added to said culture medium so as to increase the pH, in particular until the pH of said culture medium reaches the intermediate value pH I .
A filter device comprising a guide structure , an anchor secured at a fixed location on the guide structure having a central axis, a slide positioned over the guide structure , a filter cartridge secured on one end to the anchor and on the other end to the slide , wherein the filter cartridge comprises a plurality of polymer fibers in an unwoven bundle in an un-deployed configuration, and one or more metal elements radially below relative to the central axis the bundle of polymer fibers secured around the guide structure , wherein the metal elements have a deployed configuration with the slide approaching closer to the anchor with the metal elements forming a curved structure extending radially outward, and wherein the device has an un-deployed low profile configuration and an unconstrained deployed configuration with the furthest radial extent of the metal elements being below a mat of fibers.
A co-therapy comprising (a) canagliflozin; wherein the canagliflozin is administered in an amount in the range of from about 50 mg to about 500 mg per day; and (b) phentermine; wherein the phentermine is administered in an amount in the range of from about 3.75 mg to about 50 mg per day; for use in a method for treating obesity-related disorders by chronic weight management comprising administering to a subject in need thereof a therapeutically effective amount of said co-therapy, wherein obesity related disorders are overweight or obesity. (a) canagliflozin; wherein the canagliflozin is administered in an amount in the range of from about 50 mg to about 500 mg per day; and (b) phentermine; wherein the phentermine is administered in an amount in the range of from about 3.75 mg to about 50 mg per day;