mhurhangee/patent-ind-claim-en huggingface dataset:
A folded surgical gown having an exposed interior surface comprising: a body portion having a back panel and a front panel, each having an interior surface and an exterior surface and each having a bottom edge along a lower section and a collar portion along an upper section with sleeves attached to the front panel; the back panel having an opening therein defined by two side edges , where the side edges are folded longitudinally toward a longitudinal central axis (A) of the gown with a second fold folded partially back out upon itself; the sleeves are crossed over one another on the opposite side of the longitudinal folds; the bottom edge of the gown is folded upward approximately in half toward the collar portion and perpendicular to the longitudinal central axis, covering the folded sleeves ; the gown is folded twice more in the same direction upward toward the collar portion approximately in half each time; outside edges of the gown are folded approximately in half toward the central axis (A) and toward each other such that the outside edges are adjacent one another; and the gown is folded in half again along the central axis (A) to result in a final folded gown having only interior surfaces of the gown exposed, wherein a portion of the interior surface of the collar is exposed in the final folded configuration. a body portion having a back panel and a front panel, each having an interior surface and an exterior surface and each having a bottom edge along a lower section and a collar portion along an upper section with sleeves attached to the front panel; the back panel having an opening therein defined by two side edges , where the side edges are folded longitudinally toward a longitudinal central axis (A) of the gown with a second fold folded partially back out upon itself; the sleeves are crossed over one another on the opposite side of the longitudinal folds; the bottom edge of the gown is folded upward approximately in half toward the collar portion and perpendicular to the longitudinal central axis, covering the folded sleeves ; the gown is folded twice more in the same direction upward toward the collar portion approximately in half each time; outside edges of the gown are folded approximately in half toward the central axis (A) and toward each other such that the outside edges are adjacent one another; and the gown is folded in half again along the central axis (A) to result in a final folded gown having only interior surfaces of the gown exposed, wherein a portion of the interior surface of the collar is exposed in the final folded configuration.
Power plant having a gas turbine and having a heat recovery steam generator connected downstream of the gas turbine in the direction of flow of an exhaust gas, wherein the heat recovery steam generator comprises heating surfaces of a high-pressure section , of a medium-pressure section and of a low-pressure section , wherein an exhaust gas recirculation line branches off from the heat recovery steam generator downstream of an evaporator of the high-pressure section in the direction of flow of an exhaust gas and opens into the heat recovery steam generator again upstream of the heating surfaces , wherein a blower is arranged in the exhaust gas recirculation line , characterized in that a steam feed opens into the exhaust gas recirculation line downstream of the blower in the direction of flow of a recirculated exhaust gas.
A patient support apparatus comprising: a base ; a frame supported relative to said base , said frame configured to support a deck for supporting a patient thereon; a lift assembly for raising or lowering said frame relative to said base and being pivotally coupled to said frame at an upper end thereof and pivotally coupled to said base at a lower end thereof; said lift assembly including a leg assembly with a first leg and a second leg, said second leg being pivotally mounted to said first leg at a medial portion thereof to form an inverted Y-shaped leg assembly when unfolded; and an actuator mounted in said leg assembly with a mounting configuration to produce a maximum force F1 when raising said frame occurring after said lift assembly is raised from a lowermost configuration of said lift assembly , a minimum force F2 when lowering said frame or raising said frame after said lift assembly is raised from said lowermost configuration of said lift assembly , and a starting force SF at said lowermost configuration that is less than said maximum force F1, and wherein said minimum force F2 is in a range of 50% to 70% of said maximum force F1. a base ; a frame supported relative to said base , said frame configured to support a deck for supporting a patient thereon; a lift assembly for raising or lowering said frame relative to said base and being pivotally coupled to said frame at an upper end thereof and pivotally coupled to said base at a lower end thereof; said lift assembly including a leg assembly with a first leg and a second leg, said second leg being pivotally mounted to said first leg at a medial portion thereof to form an inverted Y-shaped leg assembly when unfolded; and an actuator mounted in said leg assembly with a mounting configuration to produce a maximum force F1 when raising said frame occurring after said lift assembly is raised from a lowermost configuration of said lift assembly , a minimum force F2 when lowering said frame or raising said frame after said lift assembly is raised from said lowermost configuration of said lift assembly , and a starting force SF at said lowermost configuration that is less than said maximum force F1, and wherein said minimum force F2 is in a range of 50% to 70% of said maximum force F1.
A thermal management system comprising: a space structure including a heat source connected with a fluid loop for conveying a working fluid through the heat source to regulate temperature and a sublimator connected with the fluid loop to receive the working fluid, the sublimator having a porous surface ; a feed water container ; a water feed line connected with the feed water container and the sublimator; a pump in the feed water line and operable to move the feed water from the feed water container to the sublimator, wherein the sublimator is operable to cool the working fluid by freezing and subliming the feed water using the porous surface; and characterized by : a filter device in the water feed line between the pump and the feed water container, the filter device including an adsorbent bed that is configured to remove organic compounds from the feed water that are capable of forming an adherent layer on the porous surface. a space structure including a heat source connected with a fluid loop for conveying a working fluid through the heat source to regulate temperature and a sublimator connected with the fluid loop to receive the working fluid, the sublimator having a porous surface ; a feed water container ; a water feed line connected with the feed water container and the sublimator; a pump in the feed water line and operable to move the feed water from the feed water container to the sublimator, wherein the sublimator is operable to cool the working fluid by freezing and subliming the feed water using the porous surface; and characterized by : a filter device in the water feed line between the pump and the feed water container, the filter device including an adsorbent bed that is configured to remove organic compounds from the feed water that are capable of forming an adherent layer on the porous surface.
Method for analysing an electrical energy storage device which is an accumulator or a battery, wherein the energy storage device is electrically connected to at least one consumer and to at least one electrical energy source in an electrical energy supply system of a household or commercial company, characterized in that an electrical energy flow (F) into or out of the energy storage device is directly or indirectly measured using a measuring unit , in particular a smart meter , and at least one parameter (P) of the energy storage device is iteratively determined on the basis of recorded values of the measured energy flow (F), wherein the energy flow (F) is expressed by the unit energy per time, and an energy profile of the energy flowing into the energy storage device and extracted from the energy storage device is identified from the energy flow (F) by integrating said energy flow over time, wherein the at least one parameter (P) is determined on the basis of the energy profile , wherein the at least one parameter (P) is an energy (E) currently contained in the energy storage device , a current minimum available capacity (C) of the energy storage device , in particular a current minimum available charging or discharging capacity (C lade ) a usable capacity (C nutz ) of the energy storage device , a state of charge (Q SOC ) of the energy storage device , an internal consumption of the energy storage device , an efficiency level, a energy storage device model parameter or a parameter of a charging or discharging characteristic of the energy storage device .
A pulse wave detecting device comprising: a pressure pulse wave detector which has - a pressing surface in which a pressure detecting element is formed; and which is configured to detect a pressure pulse wave from the radial artery (TD); and a housing which accommodates the pressure pulse wave detector in a state where the pressing surface is exposed toward the wrist (H), wherein the pulse wave detecting device is used while attached to the wrist (H) of the subject, wherein the housing includes a rigid portion which accomodates the pressure pulse wave detector , and a flexible portion which is lower in rigidity than the rigid portion , wherein the pressure pulse wave detector further has - a pressing mechanism which is configured to press the pressing surface against a skin above a radial artery (TD) in a wrist (H) of a subject, and characterized in that the flexible portion is deformed in a direction perpendicular to the pressing surface , so that a compression pressure which is exerted by the flexible portion , in an attachment state wherein the flexible portion and the pressing surface are in contact with the skin above the radial artery (TD) and which is applied onto the radial artery (TD) is smaller than a compression pressure which is exerted by the pressing surface , and which is applied onto the radial artery (TD). a pressure pulse wave detector which has - a pressing surface in which a pressure detecting element is formed; and which is configured to detect a pressure pulse wave from the radial artery (TD); and - a pressing surface in which a pressure detecting element is formed; and which is configured to detect a pressure pulse wave from the radial artery (TD); and a housing which accommodates the pressure pulse wave detector in a state where the pressing surface is exposed toward the wrist (H), wherein the pulse wave detecting device is used while attached to the wrist (H) of the subject, wherein the housing includes a rigid portion which accomodates the pressure pulse wave detector , and a flexible portion which is lower in rigidity than the rigid portion , wherein the pressure pulse wave detector further has - a pressing mechanism which is configured to press the pressing surface - a pressing mechanism which is configured to press the pressing surface against a skin above a radial artery (TD) in a wrist (H) of a subject, and characterized in that the flexible portion is deformed in a direction perpendicular to the pressing surface , so that a compression pressure which is exerted by the flexible portion , in an attachment state wherein the flexible portion and the pressing surface are in contact with the skin above the radial artery (TD) and which is applied onto the radial artery (TD) is smaller than a compression pressure which is exerted by the pressing surface , and which is applied onto the radial artery (TD).
A pharmaceutical combination comprising a compound of Formula (VII): and a beta-lactam antibiotic, wherein the beta-lactam antibiotic is selected from aztreonam, ceftazidime, meropenem, piperacillin and beta-lactam 5 (LYS228).
A preform layered body for forming a layered container comprising a cylindrical container body , a container bottom closing a lower end of the container body, and a container mouth formed at an upper end of the container body by biaxial stretch-blow forming, the preform layered body comprising: an inner-layer-use preform for forming an inner layer of the layered container; an outer-layer-use preform for forming an outer layer of the layered container; and a tag , wherein the inner-layer-use preform is disposed inside the outer-layer-use preform, the inner-layer-use preform includes an inner-layer-use bottom and an inner-layer-use body subjected to biaxial stretch-blow forming to form a bottom inner layer part and a body inner layer part of the layered container, and an inner-layer-use mouth that remains as a mouth inner layer part of the layered container without being subjected to biaxial stretch-blow forming, the outer-layer-use preform includes an outer-layer-use bottom and an outer-layer-use body subjected to biaxial stretch-blow forming to form a bottom outer layer part and a body outer layer part of the layered container, and an outer-layer-use mouth that remains as a mouth outer layer part of the layered container without being subjected to stretch-blow forming, the preform layered body being characterized in further comprising: a male threaded part for attaching a cap, and an annular support ring located between the male threaded part and the outer-layer-use body, that are integrally formed on the outer peripheral surface of the mouth outer layer part of the outer-layer-use preform, and in that the tag is disposed between the outer-layer-use mouth and the inner-layer-use mouth. an inner-layer-use preform for forming an inner layer of the layered container; an outer-layer-use preform for forming an outer layer of the layered container; and a tag , wherein the inner-layer-use preform is disposed inside the outer-layer-use preform, the inner-layer-use preform includes an inner-layer-use bottom and an inner-layer-use body subjected to biaxial stretch-blow forming to form a bottom inner layer part and a body inner layer part of the layered container, and an inner-layer-use mouth that remains as a mouth inner layer part of the layered container without being subjected to biaxial stretch-blow forming, the outer-layer-use preform includes an outer-layer-use bottom and an outer-layer-use body subjected to biaxial stretch-blow forming to form a bottom outer layer part and a body outer layer part of the layered container, and an outer-layer-use mouth that remains as a mouth outer layer part of the layered container without being subjected to stretch-blow forming, the preform layered body being characterized in further comprising: a male threaded part for attaching a cap, and an annular support ring located between the male threaded part and the outer-layer-use body, that are integrally formed on the outer peripheral surface of the mouth outer layer part of the outer-layer-use preform, and in that the tag is disposed between the outer-layer-use mouth and the inner-layer-use mouth.
An aircraft cabin blower system (100; 200; 300; 400) comprising: a cabin blower compressor (102; 202; 304; 402); a transmission (110; 210; 310; 410) comprising a first transmission input (114; 214; 314; 414), a second transmission input (118; 218; 318; 418) and an output which drives the cabin blower compressor in a blower mode of the system, said transmission configured to receive mechanical power from a gas turbine engine through the first transmission input (114; 214; 314; 414) in the blower mode of the system; and an electrical circuit comprising a first electrical machine (116; 216; 316; 416), a second electrical machine (120; 220; 320; 420), and a power management system (122; 222; 322; 422), wherein, when operating in the blower mode of the system, the first electrical machine is configured to receive mechanical power from the gas turbine engine and acts as a generator to provide electrical power to the power management system, and the second electrical machine is configured to act as a motor providing mechanical power to the transmission through the second transmission input (118; 218; 318; 418) the second electrical machine being driven by electrical power from the power management system; a speed of the output of the transmission being determined by a function of a speed of the first and second transmission inputs. a cabin blower compressor (102; 202; 304; 402); a transmission (110; 210; 310; 410) comprising a first transmission input (114; 214; 314; 414), a second transmission input (118; 218; 318; 418) and an output which drives the cabin blower compressor in a blower mode of the system, said transmission configured to receive mechanical power from a gas turbine engine through the first transmission input (114; 214; 314; 414) in the blower mode of the system; and an electrical circuit comprising a first electrical machine (116; 216; 316; 416), a second electrical machine (120; 220; 320; 420), and a power management system (122; 222; 322; 422), wherein, when operating in the blower mode of the system, the first electrical machine is configured to receive mechanical power from the gas turbine engine and acts as a generator to provide electrical power to the power management system, and the second electrical machine is configured to act as a motor providing mechanical power to the transmission through the second transmission input (118; 218; 318; 418) the second electrical machine being driven by electrical power from the power management system; a speed of the output of the transmission being determined by a function of a speed of the first and second transmission inputs.
Head-up display device (1; 100) comprising: - an image generation unit designed to emit a light beam, intended to be projected at the output of the head-up display device (1; 100) towards a partially transparent plate , - a liquid crystal cell (7; 17) disposed on the path of said light beam, wherein the image generation unit comprises an output polarizer and a liquid crystal screen comprising said output polarizer, characterized in that it comprises a polarizing filter (5; 15), interposed on the path of said light beam between the image generation unit and the liquid crystal cell (7; 17), in that the liquid crystal cell (7; 17) is inclined by a first non-zero angle (α) with respect to a plane of extension of the screen , and in that the polarizing filter (5; 15) is inclined by a second non-zero angle (β) with respect to the plane of extension of the screen . - an image generation unit designed to emit a light beam, intended to be projected at the output of the head-up display device (1; 100) towards a partially transparent plate , - a liquid crystal cell (7; 17) disposed on the path of said light beam, wherein the image generation unit comprises an output polarizer and a liquid crystal screen comprising said output polarizer, characterized in that it comprises a polarizing filter (5; 15), interposed on the path of said light beam between the image generation unit and the liquid crystal cell (7; 17), in that the liquid crystal cell (7; 17) is inclined by a first non-zero angle (α) with respect to a plane of extension of the screen , and in that the polarizing filter (5; 15) is inclined by a second non-zero angle (β) with respect to the plane of extension of the screen .
A liposome comprising at least one lipid bilayer enclosing an interior aqueous compartment, wherein said lipid bilayer comprises at least one synthetic pyridinium-derived amphiphile having a pyridinium-moiety in its polar group, wherein said at least one synthetic pyridinium-derived amphiphile is a Saint-molecule, and wherein the total amount of pyridinium-derived amphiphile is 2 to 25 mol% based on the total lipid content of the liposome.
A fan casing for an aircraft turbomachine , such as a turbojet engine, said casing comprising a one-piece annular body , said body comprising a radially internal annular surface , a first annular portion of which is made of an abradable material, characterised in that a second annular portion of said internal surface comprises blind holes conferring acoustic properties to said second portion.
A header box comprising: a first bottom plate comprising a first surface and a second surface opposite to the first surface , wherein the first surface is at least partially recessed inwardly to form at least one first hole which extends along a length direction (L1) of the first bottom plate , the second surface is at least partially recessed inwardly to form at least two second holes which extend along a width direction (W1) of the first bottom plate , and the length direction (L1) is perpendicular to the width direction (W1); wherein the first hole is communicated with the at least two second holes , so that fluid flowing through the first hole is capable of being distributed to the at least two second holes , or fluid flowing through the second holes is capable of being collected to the first hole ; and a cover plate which is connected to the first surface to block an opening of the first hole on the first surface , wherein the first bottom plate comprises a first plate-shaped member and a second plate-shaped member , the first hole is positioned on the first plate-shaped member , the second hole is positioned on the second plate-shaped member , and the first plate-shaped member is attached to a side of the second plate-shaped member close to the cover plate ; and characterised in that the second hole comprises a first opening in communication with the first hole and a second opening away from the first hole , a cross-sectional area of the first opening being greater than a cross-sectional area of the second opening. a first bottom plate comprising a first surface and a second surface opposite to the first surface , wherein the first surface is at least partially recessed inwardly to form at least one first hole which extends along a length direction (L1) of the first bottom plate , the second surface is at least partially recessed inwardly to form at least two second holes which extend along a width direction (W1) of the first bottom plate , and the length direction (L1) is perpendicular to the width direction (W1); wherein the first hole is communicated with the at least two second holes , so that fluid flowing through the first hole is capable of being distributed to the at least two second holes , or fluid flowing through the second holes is capable of being collected to the first hole ; and a cover plate which is connected to the first surface to block an opening of the first hole on the first surface , wherein the first bottom plate comprises a first plate-shaped member and a second plate-shaped member , the first hole is positioned on the first plate-shaped member , the second hole is positioned on the second plate-shaped member , and the first plate-shaped member is attached to a side of the second plate-shaped member close to the cover plate ; and characterised in that the second hole comprises a first opening in communication with the first hole and a second opening away from the first hole , a cross-sectional area of the first opening being greater than a cross-sectional area of the second opening.