mhurhangee/patent-ind-claim-en huggingface dataset:
Support device for supporting at least one person located on it, comprising: - a rigid frame, which comprises a plurality of load-bearing elements and a plurality of supporting elements , in the supporting elements other components of the support device being supported and each supporting element being rigidly connected to at least one load-bearing element ; - fixing means for fixing, in an unlockable way if needed and in a manner that the longitudinal axis of the rigid frame is parallel to the ride direction of the motor vehicle, the rigid frame to the roof bars of a motor vehicle; - a plurality of rotatable arms , each of which is hinged at one of its ends in a specific supporting element of the rigid frame and is rotatable from a rest position, in which its other end which is free is close to the rigid frame, into an operating position, in which its free end is far from the rigid frame, and vice versa; - locking means , for locking the rotatable arms in the operating position; - a cloth , on which said at least one person can be supported and which has connection means by which it is connectable to the free ends , characterised in that the direction of longitudinal extension of each supporting element is not parallel to the longitudinal axis of the rigid frame and in that each rotatable arm is made up of two sections inclined with respect to each other. - a rigid frame, which comprises a plurality of load-bearing elements and a plurality of supporting elements , in the supporting elements other components of the support device being supported and each supporting element being rigidly connected to at least one load-bearing element ; - fixing means for fixing, in an unlockable way if needed and in a manner that the longitudinal axis of the rigid frame is parallel to the ride direction of the motor vehicle, the rigid frame to the roof bars of a motor vehicle; - a plurality of rotatable arms , each of which is hinged at one of its ends in a specific supporting element of the rigid frame and is rotatable from a rest position, in which its other end which is free is close to the rigid frame, into an operating position, in which its free end is far from the rigid frame, and vice versa; - locking means , for locking the rotatable arms in the operating position; - a cloth , on which said at least one person can be supported and which has connection means by which it is connectable to the free ends , characterised in that the direction of longitudinal extension of each supporting element is not parallel to the longitudinal axis of the rigid frame and in that each rotatable arm is made up of two sections inclined with respect to each other.
Device comprising an electromagnet with a coil space and an actuating element , which is a valve or a clutch, wherein the electromagnet and the actuating element are connected to one another by means of threads , and these threads are in the vicinity of and are fluidically connected to on the one hand a first elastomer seal and on the other hand a second elastomer seal , and wherein the threads have adjacent to them axially in both directions chambers , which are closed off on the sides of the chambers that are respectively facing away from the threads on the one hand by cylinder surfaces on the actuating element side and on the other hand by cylinder surfaces on the electromagnet side, wherein the cylinder surfaces on the actuating element side and the cylinder surfaces on the electromagnet side have no radial play or only a small amount of radial play in relation to one another in such a way that, in their interaction, the overlapping cylinder surfaces on the one hand of the thread and the overlapping cylinder surfaces on the other hand of the thread respectively form gap seals, and wherein a conical surface on the actuating element side presses the first elastomer seal against the delimiting surface on the electromagnet side of a sealing space , wherein the second elastomer seal is arranged between a delimiting surface of the electromagnet and a delimiting surface of the actuating element and is arranged in such a way that it seals off an armature space of the electromagnet from the coil space of the electromagnet and the chamber on the electromagnet side that is fluidically connected to the coil space .
A method of abating or removing an electronic gas from an electronic gas containing effluent comprising passing the electronic gas effluent from a semiconductor manufacturing apparatus through a metal organic framework (MOF) material to adsorb the electronic gas on the material, the MOF material comprising the coordination product of a plurality of metal clusters, each metal cluster comprising one or more metal ions, and a plurality of multidentate organic ligands that connect adjacent metal clusters, wherein the one or more metal ions and the organic ligand are selected to provide a MOF characterized in that it has a reactivity with or sorptive affinity toward electronic gas to substantially remove or abate electronic gas in an electronic gas-containing effluent, wherein the MOF material comprises one or more of: - at least one metal cluster with a paddle-wheel geometry containing at least a Cu 2+ metal ion with a free coordination site and at least one of the organic ligands is made with the precursor trimesic acid; and - Cu-BTC; and wherein the electronic gas is selected from the group consisting of ammonia, arsine, phosphine, diborane, disilane, germane, silane, germanium tetrafluoride, boron trifluoride and combinations thereof. - at least one metal cluster with a paddle-wheel geometry containing at least a Cu 2+ metal ion with a free coordination site and at least one of the organic ligands is made with the precursor trimesic acid; and - Cu-BTC;
A breathing apparatus comprising: an exhalation chamber comprising a first biasing member dividing said chamber into first and second variable chambers , wherein said first variable chamber comprises an inlet port adapted for fluid communication with a user interface and an outlet port , wherein said second variable chamber comprises an inlet port and an outlet port ; and an inhalation chamber comprising an inlet port in fluid communication with said outlet port of said second variable chamber, an outlet port in fluid communication with said user interface, and a second biasing member ; wherein said first biasing member is moveable from a first position to a second position in response to an exhaust flow from said inlet port of said first variable chamber , and wherein a volume of said first variable chamber is increased from a first volume to a second volume and a volume of said second variable chamber is decreased from a first volume to a second volume in response to said movement of said first biasing member; wherein said second biasing member is moveable from a first position to a second position in response to a pressurized flow from said outlet port of said second variable chamber to said inlet port of said inhalation chamber , and wherein a volume of said inhalation chamber is increased from a first volume to a second volume in response to said movement of said second biasing member. an exhalation chamber comprising a first biasing member dividing said chamber into first and second variable chambers , wherein said first variable chamber comprises an inlet port adapted for fluid communication with a user interface and an outlet port , wherein said second variable chamber comprises an inlet port and an outlet port ; and an inhalation chamber comprising an inlet port in fluid communication with said outlet port of said second variable chamber, an outlet port in fluid communication with said user interface, and a second biasing member ; wherein said first biasing member is moveable from a first position to a second position in response to an exhaust flow from said inlet port of said first variable chamber , and wherein a volume of said first variable chamber is increased from a first volume to a second volume and a volume of said second variable chamber is decreased from a first volume to a second volume in response to said movement of said first biasing member; wherein said second biasing member is moveable from a first position to a second position in response to a pressurized flow from said outlet port of said second variable chamber to said inlet port of said inhalation chamber , and wherein a volume of said inhalation chamber is increased from a first volume to a second volume in response to said movement of said second biasing member.
Method for analyzing consignments, the method comprising: - arranging at least one consignment in an examination area ; - emitting of radiation into the examination area for examination of the at least one consignment by means of a radiation source ; - detecting of radiation from the examination area by means of a sensor device ; wherein the radiation source emits terahertz radiation and wherein the radiation source substantially covers the entire terahertz frequency spectrum from 1 terahertz on up to 20 terahertz, wherein by means of the radiation from the examination area detected by the sensor device a) a geometric information of the consignment and b) an object information, a substance information and/or a status information of one or more objects or substances located within the consignment is determined, wherein the geometric information of the consignment is used to control a conveyor system used for the transportation of the at least one consignment , wherein an examination result of a consignment examined by means of the radiation source and the sensor device in the examination area is compared with reference information to achieve an identification of the object, substance, or status, and wherein reference information is modified and/or enriched based on the examination result. - arranging at least one consignment in an examination area ; - emitting of radiation into the examination area for examination of the at least one consignment by means of a radiation source ; - detecting of radiation from the examination area by means of a sensor device ; wherein the radiation source emits terahertz radiation and wherein the radiation source substantially covers the entire terahertz frequency spectrum from 1 terahertz on up to 20 terahertz, wherein by means of the radiation from the examination area detected by the sensor device a) a geometric information of the consignment and b) an object information, a substance information and/or a status information of one or more objects or substances located within the consignment is determined, wherein the geometric information of the consignment is used to control a conveyor system used for the transportation of the at least one consignment , wherein an examination result of a consignment examined by means of the radiation source and the sensor device in the examination area is compared with reference information to achieve an identification of the object, substance, or status, and wherein reference information is modified and/or enriched based on the examination result.
Method implemented by a computer for managing meteorological data for managing the flight of an aircraft, comprising the steps consisting in: - receiving a cartographic background out of several predefined cartographic backgrounds; - receiving a plurality of selections of meteorological symbols; - receiving meteorological data associated with the flight plan of the aircraft, according to a first space scale; - determining one or more types of graphic symbols as a function of the meteorological symbols selected and of the meteorological data received; - as a function of a second space scale, determining one or more graphic superimposable declinations of the types of graphic symbols, the graphic superimpositions of said declinations of the types of symbols being predefined; - displaying the cartographic background and the superimposable graphic declinations determined according to the second space scale; - measuring the visual density of the display; - adjusting said display as a function of the visual density measured. - receiving a cartographic background out of several predefined cartographic backgrounds; - receiving a plurality of selections of meteorological symbols; - receiving meteorological data associated with the flight plan of the aircraft, according to a first space scale; - determining one or more types of graphic symbols as a function of the meteorological symbols selected and of the meteorological data received; - as a function of a second space scale, determining one or more graphic superimposable declinations of the types of graphic symbols, the graphic superimpositions of said declinations of the types of symbols being predefined; - displaying the cartographic background and the superimposable graphic declinations determined according to the second space scale; - measuring the visual density of the display; - adjusting said display as a function of the visual density measured.
A chemical oxygen generator system for the provision of oxygen in an aircraft, comprising a regulation device for a source of oxygen, the regulation device comprising: - a housing having an annular wall , a first chamber and a second chamber , a wall separating the first chamber and the second chamber , - a reaction medium arranged within the first chamber and adapted to perform an exothermic reaction for the production of reaction gas comprising oxygen, the reaction medium having an annular shape and surrounding an interior reaction volume having a reaction gas inlet and a first reaction gas outlet , the second chamber having a second reaction gas outlet for directing reaction gas to a passenger in an aircraft, - an igniter for triggering the exothermic reaction of the reaction medium , - an exterior reaction volume being arranged within the first chamber between the reaction medium and the annular wall of the housing , and - a flow regulator arranged at the first reaction gas outlet and adapted to throttle the flow of reaction gas through the first reaction gas outlet based on an increase in temperature of the regulation device , wherein the regulation device is adapted to direct a flow of reaction gas through the exterior reaction volume on its way to the reaction gas inlet of the interior reaction volume , wherein the wall forces reaction gas to flow through the exterior reaction volume towards the reaction gas inlet of the interior reaction volume , the flow of reaction gas is directed from the interior reaction volume through the first reaction gas outlet and the flow regulator into the second chamber and to the second reaction gas outlet , wherein the wall has an aperture for flow of reaction gas from the first reaction gas outlet to the flow regulator , and wherein the reaction medium abuts the wall at the first reaction gas outlet . - a housing having an annular wall , a first chamber and a second chamber , a wall separating the first chamber and the second chamber , - a reaction medium arranged within the first chamber and adapted to perform an exothermic reaction for the production of reaction gas comprising oxygen, the reaction medium having an annular shape and surrounding an interior reaction volume having a reaction gas inlet and a first reaction gas outlet , the second chamber having a second reaction gas outlet for directing reaction gas to a passenger in an aircraft, - an igniter for triggering the exothermic reaction of the reaction medium , - an exterior reaction volume being arranged within the first chamber between the reaction medium and the annular wall of the housing , and - a flow regulator arranged at the first reaction gas outlet and adapted to throttle the flow of reaction gas through the first reaction gas outlet based on an increase in temperature of the regulation device ,
A device for pulmonary function measurement in a subject, the device comprising means for generation of aerosols comprising hydrophobic particles within the range of 20 - 200 nm, preferably 50 - 100 nm, to be inhaled by the subject, the means for generating an aerosol comprises a reservoir providing a uniform concentration/distribution of particles in the aerosol, wherein the means is configured to pass the generated aerosols to the reservoir , means for determining the amount of particles in inhaled aerosol and exhaled air, and a system of valves being openable to the subject, being openable to a means for providing air for inhalation, being openable to the reservoir , and being openable to the means for determining the amount of particles in inhaled aerosol and exhaled air, wherein the system of valves makes it possible to control which portion of exhaled air is directed to the means for determining the amount of particles in exhaled air, wherein said portion is exhaled after exhalation of a volume corresponding to dead space. means for generation of aerosols comprising hydrophobic particles within the range of 20 - 200 nm, preferably 50 - 100 nm, to be inhaled by the subject, the means for generating an aerosol comprises a reservoir providing a uniform concentration/distribution of particles in the aerosol, wherein the means is configured to pass the generated aerosols to the reservoir , means for determining the amount of particles in inhaled aerosol and exhaled air, and a system of valves being openable to the subject, being openable to a means for providing air for inhalation, being openable to the reservoir , and being openable to the means for determining the amount of particles in inhaled aerosol and exhaled air, wherein the system of valves makes it possible to control which portion of exhaled air is directed to the means for determining the amount of particles in exhaled air, wherein said portion is exhaled after exhalation of a volume corresponding to dead space.
Composition comprising an aqueous phase, an oil phase, eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA) for use in the treatment of solid tumors, wherein the treatment comprises administering the composition and administering at least one anticancer agent, the composition characterized in that EPA and DHA are present in an amount of at least 65 % based on the total weight of the oil phase and wherein the composition comprises EPA and DHA in a weight ratio between 6:1 and 4:1, or wherein the composition comprises EPA and DHA in a weight ratio between 1:2 and 1:4.
A computer-implemented method for simulating a machining of a workpiece with a cutting tool having at least one cutting part and at least one non-cutting part, wherein the method comprises: • providing (S10): - a set of dexels that represents the workpiece, each dexel comprising a set of at least one segment representing the intersection between a line and the workpiece, - a trajectory of the cutting tool, the trajectory of the cutting tool being a rigid motion, and - a set of meshes ( M ) each representing a respective cutting part or non-cutting part of the cutting tool; and then, for each dexel ( D ): • computing (S20), for each mesh ( M ), the extremity points of all polylines ( L 1 , L 2 , L 3 ) that describe a time ( t ) of intersection between the line of the dexel ( D ) and the mesh as a function of a height ( h ) of intersection, according to the trajectory of the cutting tool; and • testing (S30) a collision of the cutting tool with the workpiece along the dexel, wherein the testing includes determining if, for a value of height that corresponds to a position that belongs to a lower envelope of the set of all polylines of all meshes, the polyline to which the position belongs being associated to a non-cutting part, the value of height belongs to a segment of the dexel. • providing (S10): - a set of dexels that represents the workpiece, each dexel comprising a set of at least one segment representing the intersection between a line and the workpiece, - a trajectory of the cutting tool, the trajectory of the cutting tool being a rigid motion, and - a set of meshes ( M ) each representing a respective cutting part or non-cutting part of the cutting tool; - a set of dexels that represents the workpiece, each dexel comprising a set of at least one segment representing the intersection between a line and the workpiece, - a trajectory of the cutting tool, the trajectory of the cutting tool being a rigid motion, and - a set of meshes ( M ) each representing a respective cutting part or non-cutting part of the cutting tool; • computing (S20), for each mesh ( M ), the extremity points of all polylines ( L 1 , L 2 , L 3 ) that describe a time ( t ) of intersection between the line of the dexel ( D ) and the mesh as a function of a height ( h ) of intersection, according to the trajectory of the cutting tool; and • testing (S30) a collision of the cutting tool with the workpiece along the dexel, wherein the testing includes determining if, for a value of height that corresponds to a position that belongs to a lower envelope of the set of all polylines of all meshes, the polyline to which the position belongs being associated to a non-cutting part, the value of height belongs to a segment of the dexel.
Method for providing access to a telecommunication network of a wireless user station through network wireless access points , the network wireless access points being connected to a network manager server through a telecommunication network , characterized in that the method includes successively the steps of : - generating, by the network manager server, an updated value of a parameter, said updated value of the parameter being transmitted to the network wireless access points; - wirelessly transmitting by the network wireless access points the updated value of the parameter; - wirelessly receiving by the wireless user station the updated value of the parameter transmitted by the network wireless access points; - deriving, by each of the wireless user station and the wireless network access points, a second key from at least a first key and further from the received updated value of the parameter, the first key being a static pre-shared key, which is shared by the wireless user station and the network access points and stored in the memory of the wireless user station and the network access points, respectively; - performing, through wireless communication, an authenticating step between the wireless user station and a given access points of the network wireless access points based on the second keys derived by the wireless user station and the network wireless access point; - providing access of the wireless user station to the telecommunication network through the network wireless access point as a result of the authenticating step, the authenticating step being a four-way handshake mechanism between the wireless user station and the given access point as specified by the IEEE 802.11 standard. - generating, by the network manager server, an updated value of a parameter, said updated value of the parameter being transmitted to the network wireless access points; - wirelessly transmitting by the network wireless access points the updated value of the parameter; - wirelessly receiving by the wireless user station the updated value of the parameter transmitted by the network wireless access points; - deriving, by each of the wireless user station and the wireless network access points, a second key from at least a first key and further from the received updated value of the parameter, the first key being a static pre-shared key, which is shared by the wireless user station and the network access points and stored in the memory of the wireless user station and the network access points, respectively; - performing, through wireless communication, an authenticating step between the wireless user station and a given access points of the network wireless access points based on the second keys derived by the wireless user station and the network wireless access point; - providing access of the wireless user station to the telecommunication network through the network wireless access point as a result of the authenticating step,