mhurhangee/ep-ind-claims huggingface dataset:
Process for preparing mixtures of diisononyl esters of 1,2-cyclohexanedicarboxylic acid comprising the process steps of: a) reacting a mixture of isomeric nonanols which has a degree of branching of from 1.2 to 2.0 with phthalic anhydride in an esterification step to give diisononyl phthalates, wherein 110 to 100% of the amount of liquid distilled off in the reaction is replaced by alcohol, b) hydrogenating said diisononyl phthalates. a) reacting a mixture of isomeric nonanols which has a degree of branching of from 1.2 to 2.0 with phthalic anhydride in an esterification step to give diisononyl phthalates, wherein 110 to 100% of the amount of liquid distilled off in the reaction is replaced by alcohol, b) hydrogenating said diisononyl phthalates.
Tamper detection system for a life vest storage container on board of a passenger aircraft, comprising: a receptacle having an access opening with a closable lid; a first electrically conductive monitoring pad formed on the closable lid; a second electrically conductive monitoring pad formed on the receptacle; a sealing member formed of electrically non-conductive material and including two patches of electrically conductive adhesive on the bottom side of two opposite edges of the sealing member and at least one electrically conductive element leading between the two patches of electrically conductive adhesives within the electrically non-conductive material, the two patches of electrically conductive adhesive of the sealing member being applied to the first and second electrically conductive monitoring pads (1; 2), respectively; and a monitoring system electrically coupled to the first and second electrically conductive monitoring pads (1; 2) and configured to measure an electrical parameter associated with the electrically conductive path (C1, C2, CS) formed by the first and second electrically conductive monitoring pads (1; 2) and the at least one electrically conductive element within the sealing member; wherein the material of the sealing member has an ultimate tensile strength below a tearing force applied by a passenger, to provide a passenger access to an interior of the life vest storage container. a receptacle having an access opening with a closable lid; a first electrically conductive monitoring pad formed on the closable lid; a second electrically conductive monitoring pad formed on the receptacle; a sealing member formed of electrically non-conductive material and including two patches of electrically conductive adhesive on the bottom side of two opposite edges of the sealing member and at least one electrically conductive element leading between the two patches of electrically conductive adhesives within the electrically non-conductive material, the two patches of electrically conductive adhesive of the sealing member being applied to the first and second electrically conductive monitoring pads (1; 2), respectively; and a monitoring system electrically coupled to the first and second electrically conductive monitoring pads (1; 2) and configured to measure an electrical parameter associated with the electrically conductive path (C1, C2, CS) formed by the first and second electrically conductive monitoring pads (1; 2) and the at least one electrically conductive element within the sealing member; wherein the material of the sealing member has an ultimate tensile strength below a tearing force applied by a passenger, to provide a passenger access to an interior of the life vest storage container.
A system comprising: a memory storing one or more images of a patient and one or more software applications; a display configured to present the one or more images of a patient; a user interface configured to present on the display one or more images of a patient and configured to enable the identification of one or more imaged locations depicting symptoms of lung disease and the identification of vascular structure within a patient's lungs serving the identified image locations; a working channel of an endoscopic device capable of being navigated to one or more actual locations within a patient corresponding to the one or more imaged locations; a processor, configured to execute one of the one or more software applications to identify the direction of blood flow within a vascular structure to enable identification of a vascular structure of the identified imaged location within the patient's lungs; and an isolating tool, or device, extendible through the working channel to the identified vascular structure, the tool or device being configured to temporarily isolate pulmonary circulation of a portion of the identified vascular structure serving the one or more imaged locations depicting symptoms of lung disease, wherein the isolating tool or device includes at least one cannula deployable therefrom configured to cannulate the identified vascular structure of a patient's lungs. a memory storing one or more images of a patient and one or more software applications; a display configured to present the one or more images of a patient; a user interface configured to present on the display one or more images of a patient and configured to enable the identification of one or more imaged locations depicting symptoms of lung disease and the identification of vascular structure within a patient's lungs serving the identified image locations; a working channel of an endoscopic device capable of being navigated to one or more actual locations within a patient corresponding to the one or more imaged locations; a processor, configured to execute one of the one or more software applications to identify the direction of blood flow within a vascular structure to enable identification of a vascular structure of the identified imaged location within the patient's lungs; and an isolating tool, or device, extendible through the working channel to the identified vascular structure, the tool or device being configured to temporarily isolate pulmonary circulation of a portion of the identified vascular structure serving the one or more imaged locations depicting symptoms of lung disease, wherein the isolating tool or device includes at least one cannula deployable therefrom configured to cannulate the identified vascular structure of a patient's lungs.
Method (20, 30, 40) with which a setting (E, E), corresponding to a type of parking space (16, 17), of at least one exterior rear-view mirror (10, 11) of a motor vehicle is brought about during a parking process, wherein the method (20, 30, 40) comprises at least the following steps: a. a control unit (51, 61) of the motor vehicle detects the type of parking space (16, 17) in which the motor vehicle is to park, wherein the type of parking space (16, 17) comprises longitudinal parking spaces and transverse parking spaces; b. the control unit (51, 61) brings about adjustment (V, V) of the exterior rear-view mirror (10, 11) into a setting (E, E) which is adapted to the type of parking space (16, 17) detected in step a., if a current setting of the exterior rear-view mirror does not correspond to the setting (E, E) which is adapted to the type of parking space (16, 17) detected in step a.; wherein in step a. the control unit (51, 61) detects the type of parking space (16, 17) in which the motor vehicle is to park by means of a received signal, wherein the signal is generated in that a driver predefines the type of parking space (16, 17) in which the motor vehicle is to park and/or in that a parking control device determines the type of parking space (16, 17) in which the motor vehicle is to park by measuring surroundings of the motor vehicle. a. a control unit (51, 61) of the motor vehicle detects the type of parking space (16, 17) in which the motor vehicle is to park, wherein the type of parking space (16, 17) comprises longitudinal parking spaces and transverse parking spaces; b. the control unit (51, 61) brings about adjustment (V, V) of the exterior rear-view mirror (10, 11) into a setting (E, E) which is adapted to the type of parking space (16, 17) detected in step a., if a current setting of the exterior rear-view mirror does not correspond to the setting (E, E) which is adapted to the type of parking space (16, 17) detected in step a.;
A trim balance device for a gas turbine engine having a rotatable shaft extending along a central longitudinal axis of the gas turbine engine, characterized in that the trim balance device comprises: a trim balance nut configured to be at least partially disposed about the rotatable shaft, the trim balance nut defining a plurality of apertures, each aperture of the plurality of apertures extends from a first trim balance nut end towards a second trim balance nut end along the central longitudinal axis, the aperture being arranged to receive and seat a balance weight.
A device for storing one or more cards, comprising: a housing including an opening for receiving one or more cards; an ejector mechanism movable relative to the housing to space the one or more cards relative to one another; an actuator configured to actuate the ejector mechanism; and one or more gripping elements configured to hold the one or more cards within the housing, the one or more gripping elements being configured to be moved relative to the housing by movement of the ejector mechanism and/or the actuator; wherein the ejector mechanism comprises a frame and the one or more gripping elements are arranged on said frame. a housing including an opening for receiving one or more cards; an ejector mechanism movable relative to the housing to space the one or more cards relative to one another; an actuator configured to actuate the ejector mechanism; and one or more gripping elements configured to hold the one or more cards within the housing, the one or more gripping elements being configured to be moved relative to the housing by movement of the ejector mechanism and/or the actuator; wherein the ejector mechanism comprises a frame and the one or more gripping elements are arranged on said frame.
A dispensing system, comprising: a shroud having a gripping portion, wherein an actuation area of the shroud is between about 15% to about 95% of a surface area of the gripping portion; characterized in that first and second generally U-shaped cutouts (128A, 128B) are disposed on opposing sides of the shroud and delineate the shroud into a first wing and a second wing, and in that the dispensing system further comprises a manifold with a downwardly extending wall and a base member coupled to a valve stem of a container; wherein, when the wings are pressed together, the first wing moves inwardly and presses against the downwardly extending wall, causing the manifold to move in a direction toward the second wing, whereupon the valve stem is moved in a radial and/or axial direction due to the coupling between the base member and the valve stem and is actuated, wherein the container is held in a relatively fixed position with respect to the second wing by retaining means that extend from a horizontal platform provided on the shroud. a shroud having a gripping portion, wherein an actuation area of the shroud is between about 15% to about 95% of a surface area of the gripping portion; characterized in that first and second generally U-shaped cutouts (128A, 128B) are disposed on opposing sides of the shroud and delineate the shroud into a first wing and a second wing, and in that the dispensing system further comprises a manifold with a downwardly extending wall and a base member coupled to a valve stem of a container; wherein, when the wings are pressed together, the first wing moves inwardly and presses against the downwardly extending wall, causing the manifold to move in a direction toward the second wing, whereupon the valve stem is moved in a radial and/or axial direction due to the coupling between the base member and the valve stem and is actuated, wherein the container is held in a relatively fixed position with respect to the second wing by retaining means that extend from a horizontal platform provided on the shroud.
A method comprising: determining one or more privacy policies associated with at least one level of a computational environment; determining one or more computation closures associated with the at least one level of the computational environment; determining one or more other privacy policies associated with at least one other level of the computational environment; and enabling transfer of one or more computation closures between levels of the computational environment processing and/or facilitating a processing of the one or more privacy policies and the one or more computation closures being transferred between levels to determine whether to cause, at least in part, an enforcement of a combination of the one or more privacy policies and the one or more other privacy policies wherein enforcement of a privacy policy comprises at least one of terminating a computation, issuing a request for higher privacy capabilities, issuing an error message, replacing a computation with a computation with allowed privacy requested. determining one or more privacy policies associated with at least one level of a computational environment; determining one or more computation closures associated with the at least one level of the computational environment; determining one or more other privacy policies associated with at least one other level of the computational environment; and enabling transfer of one or more computation closures between levels of the computational environment processing and/or facilitating a processing of the one or more privacy policies and the one or more computation closures being transferred between levels to determine whether to cause, at least in part, an enforcement of a combination of the one or more privacy policies and the one or more other privacy policies wherein enforcement of a privacy policy comprises at least one of terminating a computation, issuing a request for higher privacy capabilities, issuing an error message, replacing a computation with a computation with allowed privacy requested.
Fastening system comprising a first component and a second component, wherein the first component has an elongate shape with a longitudinal axis, with a first axial end and a second axial end, with lateral faces on the left and right and with a first projection at the first end, which projection, as viewed from the longitudinal axis, extends substantially vertically outward, wherein the second component is formed to be substantially flat and has a through-passage which is adapted to receive the first end of the first component, wherein the through-passage has lateral faces on the left and right which are adapted to receive the first lateral faces of the first component in such a way that the first component is releasably connected to the second component in a rotationally fixed manner when the first component is received by the second component, wherein the through-passage of the second component has a projection which is designed to be vertically downward and interacts with the projection of the first component in such a way that the first component is secured against being pulled out of the second component along the longitudinal axis when the first component is received by the second component, characterized in that the lateral faces of the first component are designed to be upwardly inclined with respect to one another in the vertical direction, and the lateral faces of the second component are designed to be upwardly inclined with respect to one another in the vertical direction.
A tonsillar composition consisting of drinking water mixed with spray-dried egg contents, wherein the egg contents comprise avian antibodies to one or more pathogenic microorganisms, wherein said avian antibodies bind the one or more pathogenic microorganisms of the lymphatic tissue in the oropharynx and/or nasopharynx of animals.
A spinal nucleus implant comprising a hydrogel, the implant having at least first and second configurations, the first configuration occurring when the hydrogel is substantially dehydrated, the second configuration being a substantially ellipsoid disc, wherein upon hydration of the substantially dehydrated hydrogel, the implant transforms from the first configuration to the second configuration, characterised in that the first configuration is a radially compressed substantially rod shape.
A method of sealing, the method comprising the steps of: sensing with a sensor a first temperature of at least one heat sealing element; determining an actuation control signal based on the first temperature for use during a sealing operation cycle, the sealing operation cycle including at least a sealing time corresponding to energizing and heating the at least one heat sealing element to a pre-determined temperature for sealing a container and a dwell time corresponding to cooling of the at least one heating element after sealing the container; and extinguishing a seal indicator light (314; 386) when the sealing operation cycle is complete; whereby values of the first temperatures of the at least one sealing element and values of the sealing times and the dwell times that correspond to the values of the first temperatures are stored in a look-up table. sensing with a sensor a first temperature of at least one heat sealing element; determining an actuation control signal based on the first temperature for use during a sealing operation cycle, the sealing operation cycle including at least a sealing time corresponding to energizing and heating the at least one heat sealing element to a pre-determined temperature for sealing a container and a dwell time corresponding to cooling of the at least one heating element after sealing the container; and extinguishing a seal indicator light (314; 386) when the sealing operation cycle is complete; whereby values of the first temperatures of the at least one sealing element and values of the sealing times and the dwell times that correspond to the values of the first temperatures are stored in a look-up table.
An artificial reef (302, 400) comprising: a datacenter; a heat transfer subsystem including a first subset of heat exchangers and a second subset of heat exchangers, the first subset of heat exchangers and the second subset of heat exchangers operating in a closed loop; a pressure vessel housing the datacenter and the heat transfer subsystem; and an encasement (302, 402) having structural components and surrounding the pressure vessel, the encasement allowing access to the datacenter when the datacenter is retrieved for maintenance or retirement, as the structural components remain in the water to maintain the reef and reduce the impact on the ecosystem of said maintenance or retirement; and wherein the structural components further comprise one or more surfaces adapted to enable the colonization of the artificial reef by marine life. a datacenter; a heat transfer subsystem including a first subset of heat exchangers and a second subset of heat exchangers, the first subset of heat exchangers and the second subset of heat exchangers operating in a closed loop; a pressure vessel housing the datacenter and the heat transfer subsystem; and an encasement (302, 402) having structural components and surrounding the pressure vessel, the encasement allowing access to the datacenter when the datacenter is retrieved for maintenance or retirement, as the structural components remain in the water to maintain the reef and reduce the impact on the ecosystem of said maintenance or retirement; and wherein the structural components further comprise one or more surfaces adapted to enable the colonization of the artificial reef by marine life.
Device for skin reconstruction of patient who suffered burns characterized in that it comprises a piece of fabric to be placed above a portion of a patient body, made of PGA, said piece of fabric being perforated, for a simultaneous protection of the portion damaged by the burn and oxygenation of the tissues, with a plurality of holes arranged over the entire surface of said piece of fabric, being all equivalent to each other for shape and size, equidistant from each other and arranged along straight lines so as to form a regular lattice, at least one of the surfaces of the piece comprising at least one coating layer being made of collagen.
A method for analyzing an engineering component (60, 100), comprising: analyzing the engineering component (60, 100) to obtain a production profile; manufacturing a test component (70, 300) having a known defect, the known defect being a flaw that is intentionally included in the test component (70, 300); analyzing the test component (70, 300) to obtain a test profile of the defect; comparing the production profile and the test profile to determine whether the engineering component (60, 100) has a defect that corresponds to the known defect; applying a structural test to the test component (70, 300) until an operational failure of the test component (70, 300) is achieved; and estimating, based on the structural test, an impact of the defect on a remaining life of the engineering component (60, 100). analyzing the engineering component (60, 100) to obtain a production profile; manufacturing a test component (70, 300) having a known defect, the known defect being a flaw that is intentionally included in the test component (70, 300); analyzing the test component (70, 300) to obtain a test profile of the defect; comparing the production profile and the test profile to determine whether the engineering component (60, 100) has a defect that corresponds to the known defect; applying a structural test to the test component (70, 300) until an operational failure of the test component (70, 300) is achieved; and estimating, based on the structural test, an impact of the defect on a remaining life of the engineering component (60, 100).
Method for producing microparticles or nanoparticles of water-soluble and water-insoluble substances by controlled precipitation, co-precipitation and self-organization processes in microjet reactors, a solvent, which contains at least one target molecule, and a nonsolvent being mixed as jets that collide with each other in a microjet reactor at defined pressures and flow rates to effect very rapid precipitation, co-precipitation or a chemical reaction, during the course of which microparticles or nanoparticles are formed, characterised in that particle size is controlled by the temperature at which the solvent and nonsolvent collide, the flow rate of the solvent and the nonsolvent and/or the gas pressure in the reactor space of the microjet reactor, smaller particle sizes being obtained at lower temperatures, at high solvent and nonsolvent flow rates and/or by reducing of the gas pressure in the reactor space.