mhurhangee/patent-ind-claim-en huggingface dataset:
A patient support apparatus comprising a frame including a patient support deck , control circuitry carried by the frame, a footboard coupled to the frame and having an interior region , a compression module located within the interior region of the footboard and operable to inflate and deflate a compression sleeve worn on a limb of a patient, the compression module having module circuitry, and a sleeve port pneumatically coupled to the compression module, the sleeve port being configured for attachment to at least one tube extending from the compression sleeve, wherein the module circuitry is powered wirelessly, wherein the sleeve port is coupled to a surface of the footboard arranged to face a patient supported by the patient support apparatus and wherein the sleeve port is located closer to a top of the footboard than to a bottom of the footboard. a frame including a patient support deck , control circuitry carried by the frame, a footboard coupled to the frame and having an interior region , a compression module located within the interior region of the footboard and operable to inflate and deflate a compression sleeve worn on a limb of a patient, the compression module having module circuitry, and a sleeve port pneumatically coupled to the compression module, the sleeve port being configured for attachment to at least one tube extending from the compression sleeve, wherein the module circuitry is powered wirelessly, wherein the sleeve port is coupled to a surface of the footboard arranged to face a patient supported by the patient support apparatus and wherein the sleeve port is located closer to a top of the footboard than to a bottom of the footboard.
A repaired plastic product comprising a body made from a first plastic material , characterized in that it comprises at least one repaired segment having a second plastic material comprising particles designed to be visible under the application of light comprised in the infrared or ultraviolet electromagnetic spectrum.
An aneurysm embolization device , comprising: a body portion having a first end and being self-expandable to a first expanded configuration in which the body portion has a cylindrical or barrel shape, wherein, when the device is positioned in an aneurysm, the body portion is configured to expand into apposition with a vessel wall across the neck of the aneurysm and press outwardly against the vessel wall at the neck such that the body portion is anchored across the neck; and an atraumatic tip portion extending from the first end of the body portion and being self-expandable to a second expanded configuration; wherein the body portion and the tip portion comprise a single, continuous tubular braid formed of a plurality of filaments of a resilient material, characterized in that the tip portion is shape-set as a helical member. a body portion having a first end and being self-expandable to a first expanded configuration in which the body portion has a cylindrical or barrel shape, wherein, when the device is positioned in an aneurysm, the body portion is configured to expand into apposition with a vessel wall across the neck of the aneurysm and press outwardly against the vessel wall at the neck such that the body portion is anchored across the neck; and an atraumatic tip portion extending from the first end of the body portion and being self-expandable to a second expanded configuration; wherein the body portion and the tip portion comprise a single, continuous tubular braid formed of a plurality of filaments of a resilient material, characterized in that the tip portion is shape-set as a helical member.
A laminated vehicle windshield (100 to 700) including one or more internal luminous signs, comprising: - a first curved glazing with a first main face called F1, which face is in particular intended to be exterior side of the vehicle, and an opposite second main face called F2, of thickness E1 of preferably at most 2.5 mm; - a second curved glazing with a third main face called F3 and an opposite fourth main face called F4, which face is in particular intended to be interior side of the vehicle, of thickness E'1 of preferably at most 2.2 mm, at least one of the first and second glazings being made of mineral glass said first and second glazings being connected together via the faces F2 and F3 by a lamination interlayer made of a thermoformable and thermoplastic polymeric material, said interlayer including a first bonding main face , face F2 side and a second bonding main face , face F3 side; - a first peripheral layer called the interior masking layer made of opaque material, which is between the second bonding face and the face F3 or that is on face F4 , said interior masking layer being discontinuous and thus comprising one or more first discontinuities , the one or more first discontinuities form a first sign , made up of one or more symbols and/or letters; - a second peripheral layer called the exterior masking layer made of opaque material, between the first bonding face and the face F2 , facing the interior masking layer and the one or more first discontinuities; and - a first radiation source for the first sign, characterized in that the first light source includes a first curved organic-light-emitting-diode device called an OLED device between the faces F2 and F3, able to emit a first emission in the visible spectrum, illuminating the first sign. - a first curved glazing with a first main face called F1, which face is in particular intended to be exterior side of the vehicle, and an opposite second main face called F2, of thickness E1 of preferably at most 2.5 mm; - a second curved glazing with a third main face called F3 and an opposite fourth main face called F4, which face is in particular intended to be interior side of the vehicle, of thickness E'1 of preferably at most 2.2 mm, at least one of the first and second glazings being made of mineral glass - a first peripheral layer called the interior masking layer made of opaque material, which is between the second bonding face and the face F3 or that is on face F4 , said interior masking layer being discontinuous and thus comprising one or more first discontinuities , the one or more first discontinuities form a first sign , made up of one or more symbols and/or letters; - a second peripheral layer called the exterior masking layer made of opaque material, between the first bonding face and the face F2 , facing the interior masking layer and the one or more first discontinuities; and - a first radiation source for the first sign,
Segment for a structure , comprising two side slabs between which a core element is arranged, wherein - the side slabs are formed from polymer concrete, - the core element is formed from a foamed plastic, - the core element is connected to the respective side slab by a form-fit and/or force-fit, characterized in that - in each case at least one anchoring element is arranged in the core element and in the side slabs and by means of which the side slabs are each connected to the core element by a form-fit and/or force-fit, - the at least one anchoring element arranged in the core element is foamed in the core element by virtue of the fact that, during formation of the core element , said anchoring element is integrated into the latter by foaming of the plastic and is thus connected thereto at least by a material bond, and - the at least one anchoring element arranged in the respective side slab is cast into the polymer concrete of the respective side slab and is thereby connected to the respective side slab at least by a material bond. - the side slabs are formed from polymer concrete, - the core element is formed from a foamed plastic, - the core element is connected to the respective side slab by a form-fit and/or force-fit, characterized in that - in each case at least one anchoring element is arranged in the core element and in the side slabs and by means of which the side slabs are each connected to the core element by a form-fit and/or force-fit, - the at least one anchoring element arranged in the core element is foamed in the core element by virtue of the fact that, during formation of the core element , said anchoring element is integrated into the latter by foaming of the plastic and is thus connected thereto at least by a material bond, and - the at least one anchoring element arranged in the respective side slab is cast into the polymer concrete of the respective side slab and is thereby connected to the respective side slab at least by a material bond.
A binding device comprising: a strap comprising at least a first strap portion and a second strap portion, a first band comprised by the first strap portion connected to a first binder portion, wherein the first binder portion is a buckle , a second band comprised by the second strap portion connected to a second binder portion, wherein the second binder portion is a buckle , wherein the first band includes, a first area formed inside the first band, with a smart key related control circuit, and a second area formed on one side of the first band, wherein a battery for supplying electric power for operating the smart key related control circuit is seated on the second area such that at least a portion of the battery is exposed; and a cover configured to cover the second area. a strap comprising at least a first strap portion and a second strap portion, a first band comprised by the first strap portion connected to a first binder portion, wherein the first binder portion is a buckle , a second band comprised by the second strap portion connected to a second binder portion, wherein the second binder portion is a buckle , wherein the first band includes, a first area formed inside the first band, with a smart key related control circuit, and a second area formed on one side of the first band, wherein a battery for supplying electric power for operating the smart key related control circuit is seated on the second area such that at least a portion of the battery is exposed; and a cover configured to cover the second area. a first area formed inside the first band, with a smart key related control circuit, and a second area formed on one side of the first band, wherein a battery for supplying electric power for operating the smart key related control circuit is seated on the second area such that at least a portion of the battery is exposed; and a cover configured to cover the second area.
(Amended)An antioxidant composition, consisting of: a compound (A) represented by the following general formula ; an amine-based antioxidant (B); and a phenol-based antioxidant (C) represented by the following general formula : wherein R represents a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, and n represents a number from 1 to 3 wherein R 5 and R 6 each independently represent any one of a hydrogen atom and an alkyl group having 1 to 4 carbon atoms, R 7 represents a hydrocarbon group having 1 to 20 carbon atoms which may contain an ester group, and m represents a number of 1 to 4, provided that any one of R 5 and R 6 must be an alkyl group having 1 to 4 carbon atoms,wherein a ratio of the compound (A) to the amine-based antioxidant (B) and the phenol-based antioxidant (C) is 30/70 to 99/1 in terms of weight ratio. a compound (A) represented by the following general formula ; an amine-based antioxidant (B); and a phenol-based antioxidant (C) represented by the following general formula : wherein R represents a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, and n represents a number from 1 to 3
A compactor device for waste collection , comprising: a containment structure having an introducing mouth above; a loading tank arranged to close the introducing mouth and movable between a receiving position in which it exhibits a concavity facing externally to the containment structure to receive at least one waste , and a closure position in which said concavity faces internally to the containment structure ; a transfer chute having an upper portion arranged to receive the waste from the loading tank and a lower portion disposed above a fall compartment ; a presser movable towards the lower portion of the transfer chute ; an actuation lever protruding externally to the containment structure ; a control mechanism mechanically connected to the actuation lever to determine, upon translation of the actuation lever from a release position to an actuating position, a movement of the loading tank from the closure position to the receiving position to allow introduction of said waste into the loading tank , and a movement of the presser toward the transfer chute so as to cause a crushing of the waste previously transferred from the loading tank to the transfer chute , characterized in that the lower portion of said transfer chute comprises a partition that is movable with respect to the upper portion between a first position in which it cooperates with the presser for compressing the waste , and a second position in which it is placed away from the presser to release fall of the waste into the fall compartment . a containment structure having an introducing mouth above; a loading tank arranged to close the introducing mouth and movable between a receiving position in which it exhibits a concavity facing externally to the containment structure to receive at least one waste , and a closure position in which said concavity faces internally to the containment structure ; a transfer chute having an upper portion arranged to receive the waste from the loading tank and a lower portion disposed above a fall compartment ; a presser movable towards the lower portion of the transfer chute ; an actuation lever protruding externally to the containment structure ; a control mechanism mechanically connected to the actuation lever to determine, upon translation of the actuation lever from a release position to an actuating position, a movement of the loading tank from the closure position to the receiving position to allow introduction of said waste into the loading tank , and a movement of the presser toward the transfer chute so as to cause a crushing of the waste previously transferred from the loading tank to the transfer chute , characterized in that the lower portion of said transfer chute comprises a partition that is movable with respect to the upper portion between a first position in which it cooperates with the presser for compressing the waste , and a second position in which it is placed away from the presser to release fall of the waste into the fall compartment .
A calorimeter comprising: a plurality of graphite cores, each having a temperature sensing element upon a corresponding outer surface or embedded within a corresponding core; a jacket surrounding the plurality of graphite cores to provide thermal isolation of the plurality of cores from the ambient environment; a plurality of heater elements disposed on the inner surface of the jacket, each of the heater elements aligned with one or more of the plurality of graphite cores; an insulation layer disposed between the plurality of graphite cores and the jacket; and a shield having a shield temperature sensing element disposed on an inner surface of the shield and configured to provide temperature data. a plurality of graphite cores, each having a temperature sensing element upon a corresponding outer surface or embedded within a corresponding core; a jacket surrounding the plurality of graphite cores to provide thermal isolation of the plurality of cores from the ambient environment; a plurality of heater elements disposed on the inner surface of the jacket, each of the heater elements aligned with one or more of the plurality of graphite cores; an insulation layer disposed between the plurality of graphite cores and the jacket; and a shield having a shield temperature sensing element disposed on an inner surface of the shield and configured to provide temperature data.
A waste energy capture system for power generation using an Organic Rankine Cycle (ORC), the system comprising: a hot exhaust duct ; and a heat exchanger mounted entirely inside the hot exhaust duct , said heat exchanger including: a single inlet which traverses from an outer side of said duct to an inner side of said duct; a single outlet which traverses from said inner side of said duct to said outer side of said duct; and a conduit between said single inlet and said single outlet, said conduit being provided entirely inside said duct, characterised in that said heat exchanger is configured to receive an ORC fluid at said single inlet as a pressurized liquid at a pressure greater than or equal to a critical pressure of said ORC fluid, to heat said ORC fluid to a temperature greater than or equal to a critical temperature of said ORC fluid without the ORC fluid being taken out of the duct , and to exit said ORC fluid through said single outlet as a supercritical fluid, and said supercritical fluid being defined by said temperature being greater than said critical temperature and said pressure being greater than said critical pressure. a hot exhaust duct ; and a heat exchanger mounted entirely inside the hot exhaust duct , said heat exchanger including: a single inlet which traverses from an outer side of said duct to an inner side of said duct; a single outlet which traverses from said inner side of said duct to said outer side of said duct; and a conduit between said single inlet and said single outlet, said conduit being provided entirely inside said duct, characterised in that said heat exchanger is configured to receive an ORC fluid at said single inlet as a pressurized liquid at a pressure greater than or equal to a critical pressure of said ORC fluid, to heat said ORC fluid to a temperature greater than or equal to a critical temperature of said ORC fluid without the ORC fluid being taken out of the duct , and to exit said ORC fluid through said single outlet as a supercritical fluid, and said supercritical fluid being defined by said temperature being greater than said critical temperature and said pressure being greater than said critical pressure. a single inlet which traverses from an outer side of said duct to an inner side of said duct; a single outlet which traverses from said inner side of said duct to said outer side of said duct; and a conduit between said single inlet and said single outlet, said conduit being provided entirely inside said duct, characterised in that said heat exchanger is configured to receive an ORC fluid at said single inlet as a pressurized liquid at a pressure greater than or equal to a critical pressure of said ORC fluid, to heat said ORC fluid to a temperature greater than or equal to a critical temperature of said ORC fluid without the ORC fluid being taken out of the duct , and to exit said ORC fluid through said single outlet as a supercritical fluid, and
A device for causing the transdermal flux of a permeant into a subject via at least one formed pathway through a skin layer of the subject, comprising: an anhydrous delivery reservoir comprising: i) a non-biodegradable matrix comprising a water-insoluble polymer, having a bottom surface and defining a plurality of conduits therein the matrix, at least a portion of the plurality of conduits being in communication with the bottom surface; and ii) an undissolved hydrophilic permeant disposed therein at least a portion of the plurality of conduits of the matrix, the hydrophilic permeant comprising at least one bioactive agent and at least one biocompatible filler, wherein the hydrophilic permeant can come in contact with subcutaneous fluid from the subject when the bottom surface of the matrix is positioned in fluid communication with the at least one formed pathway. i) a non-biodegradable matrix comprising a water-insoluble polymer, having a bottom surface and defining a plurality of conduits therein the matrix, at least a portion of the plurality of conduits being in communication with the bottom surface; and ii) an undissolved hydrophilic permeant disposed therein at least a portion of the plurality of conduits of the matrix, the hydrophilic permeant comprising at least one bioactive agent and at least one biocompatible filler, wherein the hydrophilic permeant can come in contact with subcutaneous fluid from the subject when the bottom surface of the matrix is positioned in fluid communication with the at least one formed pathway.
Ventilation device for ventilating an interior of a motor vehicle, comprising an air guide element , which comprises at least one air outlet for ventilating the interior, and comprising an acoustic attenuation element formed as a Helmholtz resonator, arranged in the air guide element , by means of which a sound pressure level occurring at the air outlet can be reduced, characterized in that the attenuation element comprises at least two chambers, wherein each one chamber comprises multiple openings of uniform size and wherein one of the chambers comprises openings, which have a size different from the openings of the at least one further chamber.
A computer-implemented method for evaluating data, comprising: generating , at least based on satellite navigation data related to a vehicle, a reference position and posture data set of the vehicle; generating , at least based on a part of the satellite navigation data, said part of the satellite navigation data being obtained by selecting data of part of the satellites of the satellite navigation data, in this way being used to simulate data in a scenario with poor GNSS signals, a test position and posture data set of the vehicle, accuracy of the test position and posture data set being lower than accuracy of the reference position and posture data set; obtaining a revised position and posture data set for the test position and posture data set; and evaluating , based on the reference position and posture data set and the revised position and posture data set, a revision performance for the test position and posture data set. generating , at least based on satellite navigation data related to a vehicle, a reference position and posture data set of the vehicle; generating , at least based on a part of the satellite navigation data, said part of the satellite navigation data being obtained by selecting data of part of the satellites of the satellite navigation data, in this way being used to simulate data in a scenario with poor GNSS signals, a test position and posture data set of the vehicle, accuracy of the test position and posture data set being lower than accuracy of the reference position and posture data set; obtaining a revised position and posture data set for the test position and posture data set; and evaluating , based on the reference position and posture data set and the revised position and posture data set, a revision performance for the test position and posture data set.