mhurhangee/patent-ind-claim-en huggingface dataset:
Vapour extraction device comprising a front flap and a body , wherein the front flap has at least one rotary pin , and wherein the body comprises at least one slotted guide , wherein the front flap is adapted such that the at least one rotary pin can be moved through the at least one slotted guide , in order to position the front flap into an end position, characterised in that the body comprises at least one retaining pin , wherein the retaining pin is arranged such that it projects at least partially into the at least one slotted guide , and in that the at least one rotary pin and the at least one retaining pin form at least one pivot joint when the front flap is in the end position, wherein the at least one rotary pin has an interior space which has the shape of a shell of a circular cylinder, with an opening in the radial direction over the length of the rotary pin. wherein the front flap has at least one rotary pin , and wherein the body comprises at least one slotted guide , wherein the front flap is adapted such that the at least one rotary pin can be moved through the at least one slotted guide , in order to position the front flap into an end position, characterised in that the body comprises at least one retaining pin , wherein the retaining pin is arranged such that it projects at least partially into the at least one slotted guide , and in that the at least one rotary pin and the at least one retaining pin form at least one pivot joint when the front flap is in the end position, wherein the at least one rotary pin has an interior space which has the shape of a shell of a circular cylinder, with an opening in the radial direction over the length of the rotary pin.
A method of controlling landing of an aerostat with a computerized flight controller , the aerostat being attached to a ground station with one or more tethers, the method comprising: (a) retracting the one or more tethers to bring the aerostat toward the ground station during a descend phase; (b) upon sensing that the aerostat has reached a specified altitude, automatically transitioning the flight controller to a capture mode during which the ground station makes physical contact with the aerostat and/or bridles attached to the aerostat ; (c) after sensing initial contact of the ground station with the aerostat and/or bridles attached to the aerostat , automatically transitioning the flight controller to a dock mode during which the aerostat is moved from an initial ground station contact position to a docked position on a cradle of the ground station . (a) retracting the one or more tethers to bring the aerostat toward the ground station during a descend phase; (b) upon sensing that the aerostat has reached a specified altitude, automatically transitioning the flight controller to a capture mode during which the ground station makes physical contact with the aerostat and/or bridles attached to the aerostat ; (c) after sensing initial contact of the ground station with the aerostat and/or bridles attached to the aerostat , automatically transitioning the flight controller to a dock mode during which the aerostat is moved from an initial ground station contact position to a docked position on a cradle of the ground station .
A stent ring for an implantable medical device including a plurality of sprung sections , a plurality of non-sprung flexible couplings each disposed between adjacent sprung sections so as to couple the sprung sections together into an annular shape to provide a discontinuous ring of spring material, wherein the flexible couplings are substantially inextensible; said sprung sections being radially compressible from a rest configuration and able to store spring energy when compressed; wherein said stent ring has a first diameter when the sprung sections are compressed and a second diameter when the sprung sections are in said rest configuration, the second diameter being larger than the compressed first diameter; wherein the stent ring expands from its compressed first diameter to its second diameter by means of the stored spring energy of the sprung sections; and wherein said flexible couplings allow for expansion of said stent ring from its second diameter, in which the sprung sections circumferentially overlap one another, to a third diameter, greater than the second diameter, in which the sprung sections are circumferentially spaced from one another.
A method of promoting separation of a polymer bonded to a substrate of different material, which collectively form at least part of a polymer composite structure, the method comprising: contacting the polymer composite structure with a composition comprising organic solvent which is absorbed within one or both of the polymer and the substrate, wherein the composition comprising organic solvent does not dissolve either the polymer or the substrate, and contacting the polymer composite structure provided in step with a liquid (i) having a temperature higher than the boiling point of the composition comprising organic solvent used in step , and (ii) that does not dissolve either the polymer or the substrate, the action of which promotes separation between the polymer and the substrate. contacting the polymer composite structure with a composition comprising organic solvent which is absorbed within one or both of the polymer and the substrate, wherein the composition comprising organic solvent does not dissolve either the polymer or the substrate, and contacting the polymer composite structure provided in step with a liquid (i) having a temperature higher than the boiling point of the composition comprising organic solvent used in step , and (ii) that does not dissolve either the polymer or the substrate, the action of which promotes separation between the polymer and the substrate.
A method for wireless communication, the method being performed by a user equipment, UE, and comprising: monitoring an indication channel in a plurality of successive first duration transmission time intervals, TTIs, to identify a presence of low latency traffic; identifying , based on monitoring the indication channel, an indicator associated with wireless communications having the first duration TTI in a sidelink channel while performing device-to-device, D2D, wireless communications in the sidelink channel using a second duration TTI, wherein the first duration TTI is shorter than the second duration TTI; receiving a downlink wireless communication having the first duration TTI, wherein the downlink wireless communication is received according to a frequency-division duplex, FDD, configuration; identifying dedicated uplink resources for acknowledgement/negative acknowledgment, ACK/NACK, feedback based at least in part on identifying the indicator, receiving the downlink wireless communication, or both; and reserving the dedicated uplink resources for a transmission of ACK/NACK feedback to a base station. monitoring an indication channel in a plurality of successive first duration transmission time intervals, TTIs, to identify a presence of low latency traffic; identifying , based on monitoring the indication channel, an indicator associated with wireless communications having the first duration TTI in a sidelink channel while performing device-to-device, D2D, wireless communications in the sidelink channel using a second duration TTI, wherein the first duration TTI is shorter than the second duration TTI; receiving a downlink wireless communication having the first duration TTI, wherein the downlink wireless communication is received according to a frequency-division duplex, FDD, configuration; identifying dedicated uplink resources for acknowledgement/negative acknowledgment, ACK/NACK, feedback based at least in part on identifying the indicator, receiving the downlink wireless communication, or both; and reserving the dedicated uplink resources for a transmission of ACK/NACK feedback to a base station.
A process for producing a hydrogenation product comprising: a) obtaining a fermentation broth from the fermentation of sugar or other plant-derived carbohydrates, wherein said fermentation broth is at a pH of less than 5 and wherein said fermentation broth contains at least one free organic acid, or a mixture of free organic acids; b) drying said fermentation broth into a powder; and c) reacting said organic acid in said powder with an alcohol solvent under a CO 2 atmosphere in substantial absence of any other extrinsic acid catalyst at a reaction temperature and pressure that corresponds to supercritical, critical or near critical conditions for at least the alcohol or CO 2 to synthesize an ester; and d) hydrogenating said ester to form a hydrogenation product; wherein said organic acid is selected from the group consisting of: fumaric acid, itaconic acid, malic acid, succinic acid, maleic acid, malonic acid, glutaric acid, and glutaconic acid; and wherein said alcohol has an R-group of C 1 -C 20 , and is either a saturated, unsaturated, or aromatic species. a) obtaining a fermentation broth from the fermentation of sugar or other plant-derived carbohydrates, wherein said fermentation broth is at a pH of less than 5 and wherein said fermentation broth contains at least one free organic acid, or a mixture of free organic acids; b) drying said fermentation broth into a powder; and c) reacting said organic acid in said powder with an alcohol solvent under a CO 2 atmosphere in substantial absence of any other extrinsic acid catalyst at a reaction temperature and pressure that corresponds to supercritical, critical or near critical conditions for at least the alcohol or CO 2 to synthesize an ester; and d) hydrogenating said ester to form a hydrogenation product; wherein said organic acid is selected from the group consisting of: fumaric acid, itaconic acid, malic acid, succinic acid, maleic acid, malonic acid, glutaric acid, and glutaconic acid; and wherein said alcohol has an R-group of C 1 -C 20 , and is either a saturated, unsaturated, or aromatic species.
Sealing cap for a container for holding a medical liquid, comprising - a cap body , which delimits an interior space and comprises at least one opening , and - at least one connecting device which is arranged on the cap body and to which is connectible a conveying device for delivering a medical liquid into the container or for removing a medical liquid from the container , wherein the connecting device comprises a sealing element which is arranged on the cap body and which is arranged at the opening in order to close it in a sealing manner and which comprises an outer side , which faces away from the interior space and to which is attachable the conveying device , in order to connect the conveying device in an attachment direction (A), - wherein the sealing element is designed to be convex on the outer side , - wherein the at least one connecting device comprises a break-off piece , which is firmly connected in an initial state to the cap body and covers the outer side of the sealing element toward the outside and - the break-off piece is connected via a predetermined breaking point to the cap body such that the break-off piece is detachable from the cap body along the predetermined breaking point , characterised in that the sealing element with its outer side protrudes beyond a top side of the cap body toward the outside and/or that a sealing head of the sealing element extends through the opening and forms the outer side protruding beyond a top side of the cap body toward the outside. - a cap body , which delimits an interior space and comprises at least one opening , and - at least one connecting device which is arranged on the cap body and to which is connectible a conveying device for delivering a medical liquid into the container or for removing a medical liquid from the container , wherein the connecting device comprises a sealing element which is arranged on the cap body and which is arranged at the opening in order to close it in a sealing manner and which comprises an outer side , which faces away from the interior space and to which is attachable the conveying device , in order to connect the conveying device in an attachment direction (A), - wherein the sealing element is designed to be convex on the outer side , - wherein the at least one connecting device comprises a break-off piece , which is firmly connected in an initial state to the cap body and covers the outer side of the sealing element toward the outside and - the break-off piece is connected via a predetermined breaking point to the cap body such that the break-off piece is detachable from the cap body along the predetermined breaking point ,
A pharmaceutical composition comprising a nucleic acid chimera comprising a first nucleotide sequence encoding nonstructural proteins from a modified live, attenuated dengue-2 virus strain PDK-53-V, and a second nucleotide sequence encoding at least one structural protein from dengue-4 and a pharmaceutically acceptable excipient, wherein the nucleotide sequence encoding nonstructural proteins from the modified live, attenuated dengue-2 virus strain PDK-53-V further comprises an adenine to guanine mutation at nucleic acid position 3674 wherein amino acid position 1193 corresponding to NS2A-66 is an glycine instead of aspartic acid, a cytosine to thymine mutation at position 5391, a cytosine to thymine mutation at nucleic acid position 6437 wherein amino acid position 2114 corresponding to NS4A-21 is valine instead of alanine, an adenine to cytosine mutation at nucleic acid position 9750, an adenine to thymine mutation at nucleic acid position 225, and optionally a thymine to cytosine mutation at nucleic acid position 7026, and optionally an adenine to guanine mutation at nucleic acid position 3773 wherein amino acid position 1226 corresponding to NS2A-99 is arginine instead of lysine. an adenine to guanine mutation at nucleic acid position 3674 wherein amino acid position 1193 corresponding to NS2A-66 is an glycine instead of aspartic acid, a cytosine to thymine mutation at position 5391, a cytosine to thymine mutation at nucleic acid position 6437 wherein amino acid position 2114 corresponding to NS4A-21 is valine instead of alanine, an adenine to cytosine mutation at nucleic acid position 9750, an adenine to thymine mutation at nucleic acid position 225, and optionally a thymine to cytosine mutation at nucleic acid position 7026, and optionally an adenine to guanine mutation at nucleic acid position 3773 wherein amino acid position 1226 corresponding to NS2A-99 is arginine instead of lysine.
Device for the lithography-based additive manufacturing of three-dimensional structures on a substrate , comprising: - a carrier element for carrying a substrate having a curved surface; - a light engine designed for the dynamic patterning of light in an exposure field of said light engine; - a material transport unit comprising first drive means for transporting a material layer across the exposure field; - second drive means for causing rotational movement of the substrate having the curved surface such as to establish a rolling contact of the curved surface on the material layer in a contact zone, said contact zone being arranged in the exposure field; - first control means configured to control said first and/or second drive means so that said rolling contact of the curved surface on the material layer is essentially slip-free. - a carrier element for carrying a substrate having a curved surface; - a light engine designed for the dynamic patterning of light in an exposure field of said light engine; - a material transport unit comprising first drive means for transporting a material layer across the exposure field; - second drive means for causing rotational movement of the substrate having the curved surface such as to establish a rolling contact of the curved surface on the material layer in a contact zone, said contact zone being arranged in the exposure field; - first control means configured to control said first and/or second drive means so that said rolling contact of the curved surface on the material layer is essentially slip-free.
A device for obtaining a blood sample, the device comprising: a blood collection device ; and a vibration device removably attachable to the blood collection device , wherein the blood collection device is disposable and the vibration device is reusable, and wherein activation of the vibration device occurs when the vibration device is coupled with the blood collection device , and deactivation of the vibration device occurs when the vibration device is decoupled from the blood collection device . a blood collection device ; and a vibration device removably attachable to the blood collection device , wherein the blood collection device is disposable and the vibration device is reusable, and wherein activation of the vibration device occurs when the vibration device is coupled with the blood collection device , and deactivation of the vibration device occurs when the vibration device is decoupled from the blood collection device .
A method for producing direct reduced iron, said method comprising producing direct reduced iron using a pre-treated make-up gas as a reducing agent in a direct reduced iron reactor , and wherein producing direct reduced iron is carried-out using a zero-reformer process in which catalytic reformation of the pre-treated make-up gas is carried-out "in situ" within the direct reduced iron reactor such that the pre-treated make-up gas is subjected to no further catalytic reaction besides the catalytic reactions that occur inside said direct reduced iron reactor , characterized in that said method comprises: - pre-treating a stream of said make-up gas containing heavy hydrocarbons by subjecting the stream of make-up gas to a low temperature adiabatic reforming at a temperature comprised between 300°C and 600°C, prior to using said stream of make-up gas as a reducing agent for producing direct reduced iron; - subjecting said pre-treated stream of make-up gas to adjusting humidity content of said stream of make-up gas after said low temperature adiabatic reforming by bypassing said stream of make-up gas to selectively split said stream into a first part of said stream of make-up gas and a second part of said stream of make-up gas and subjecting said first part to a water separation and then mixing said first part to said second part to obtain a reducing stream to be sent to direct reduced iron production. - pre-treating a stream of said make-up gas containing heavy hydrocarbons by subjecting the stream of make-up gas to a low temperature adiabatic reforming at a temperature comprised between 300°C and 600°C, prior to using said stream of make-up gas as a reducing agent for producing direct reduced iron; - subjecting said pre-treated stream of make-up gas to adjusting humidity content of said stream of make-up gas after said low temperature adiabatic reforming by bypassing said stream of make-up gas to selectively split said stream into a first part of said stream of make-up gas and a second part of said stream of make-up gas and subjecting said first part to a water separation and then mixing said first part to said second part to obtain a reducing stream to be sent to direct reduced iron production.
A composite element comprising: a first skin plate and a second skin plate , which are both prefabricated composite elements comprising basic composite structure ; inner surfaces and outer surfaces of the skin plates, and wherein the inner surfaces are fastened permanently to the composite element structure; at least the first skin plate comprises several protrusions on the outer surface of the first skin plate for providing it with local stiffeners; several additional first composite structures attached to the first skin plate only at the locations of each of the mentioned protrusions ; and wherein the additional first composite structures form inner stiffeners at the protrusions and are covered by the basic composite structure of the first skin plate on the outer surface side of the composite element ; wherein the first skin plate and the second skin plate are formed by laminating technique; and the basic composite structure of the first skin plate and the first additional composite structure attached on an inner surface of the first skin plate are being bulged together at the protrusions ; characterized in that at least one of the mentioned additional first composite structures are laminated on the inner surfaces of the first skin plate and are laminated only at positions of protrusions which are to be formed for the first skin plate ; and wherein the laminated first additional composite structures comprises only longitudinal reinforcing fibres. a first skin plate and a second skin plate , which are both prefabricated composite elements comprising basic composite structure ; inner surfaces and outer surfaces of the skin plates, and wherein the inner surfaces are fastened permanently to the composite element structure; at least the first skin plate comprises several protrusions on the outer surface of the first skin plate for providing it with local stiffeners; several additional first composite structures attached to the first skin plate only at the locations of each of the mentioned protrusions ; and wherein the additional first composite structures form inner stiffeners at the protrusions and are covered by the basic composite structure of the first skin plate on the outer surface side of the composite element ; wherein the first skin plate and the second skin plate are formed by laminating technique; and the basic composite structure of the first skin plate and the first additional composite structure attached on an inner surface of the first skin plate are being bulged together at the protrusions ; characterized in that at least one of the mentioned additional first composite structures are laminated on the inner surfaces of the first skin plate and are laminated only at positions of protrusions which are to be formed for the first skin plate ; and wherein the laminated first additional composite structures comprises only longitudinal reinforcing fibres.
A wireless receiver , comprising: a speaker sized to be positioned relative to an ear of a user; a short-range communication unit configured to receive a signal from a mobile terminal or transmit a request to the mobile terminal; a second sensing unit configured to detect a first gesture input in accordance with physical movement of a predetermined portion of the wireless receiver ; and a controller configured to cause the speaker to output first audio data in response to a signal received from the mobile terminal via the short-range communication unit when a call is received by the mobile terminal from a communication device, the first audio data containing information identifying the communication device, and cause the short-range communication unit to transmit a first request for information corresponding to the first gesture. a speaker sized to be positioned relative to an ear of a user; a short-range communication unit configured to receive a signal from a mobile terminal or transmit a request to the mobile terminal; a second sensing unit configured to detect a first gesture input in accordance with physical movement of a predetermined portion of the wireless receiver ; and a controller configured to cause the speaker to output first audio data in response to a signal received from the mobile terminal via the short-range communication unit when a call is received by the mobile terminal from a communication device, the first audio data containing information identifying the communication device, and cause the short-range communication unit to transmit a first request for information corresponding to the first gesture.