mhurhangee/patent-ind-claim-en huggingface dataset:
An acoustic system (200; 500) for an Urban Air Mobility (UAM) vehicle , the acoustic system (200; 500) comprising: a first shield (210; 510) configured to be disposed around a rotor of the UAM vehicle , the first shield (210; 510) having an annular shape, the first shield (210; 510) configured to be disposed radially outward from a blade tip of a rotary blade of the rotor , the first shield (210; 510) configured to redirect sound waves from a substantially radial direction to a second direction, the second direction being orthogonal to the radial direction, wherein the first shield (210; 510) comprises an upper angled wall and a lower angled wall , a first inner surface of the upper angled wall configured to form a first acute angle with a strut of the acoustic system (100; 200), a second inner surface of the lower angled wall configured to form a second acute angle with the strut . a first shield (210; 510) configured to be disposed around a rotor of the UAM vehicle , the first shield (210; 510) having an annular shape, the first shield (210; 510) configured to be disposed radially outward from a blade tip of a rotary blade of the rotor , the first shield (210; 510) configured to redirect sound waves from a substantially radial direction to a second direction, the second direction being orthogonal to the radial direction, wherein the first shield (210; 510) comprises an upper angled wall and a lower angled wall , a first inner surface of the upper angled wall configured to form a first acute angle with a strut of the acoustic system (100; 200), a second inner surface of the lower angled wall configured to form a second acute angle with the strut .
Medical knitted article for application to a body part for a medical or therapeutic treatment or for supporting the body part, the knitted article having a basic body knitted from a basic knitted fabric and at least one pocket for receiving a functional element , the knitted article being knitted seamlessly, the pocket being of bag-shaped design and being knitted seamlessly into the knitted article, characterized in that both the basic body and the pocket are each knitted in tubular form.
A printing apparatus configured to print a can body (P), comprising: a plurality of printing plates (14; 14a-14h); a blanket ; a blanket transfer device configured to transfer inks on the plurality of printing plates (14; 14a-14h) to the blanket ; and a can body transfer device configured to transfer the inks transferred to the blanket to the can body (P), wherein the blanket transfer device transfers the inks such that at least part of an ink transferred from one printing plate (14; 14a-14h) is superimposed onto at least part of inks in other colors transferred from other printing plates (14; 14a-14h), and wherein a halftone dot image is printed on an outer surface of the can body (P), characterized in that the plurality of printing plates (14; 14a-14h) are manufactured based on a plate-making image having a superimposed portion in which at least part of halftone dots in one color is superimposed onto at least part of halftone dots in the other colors; and at least one of the other colors has a reduced halftone dot area or is removed in the superimposed portion. a plurality of printing plates (14; 14a-14h); a blanket ; a blanket transfer device configured to transfer inks on the plurality of printing plates (14; 14a-14h) to the blanket ; and a can body transfer device configured to transfer the inks transferred to the blanket to the can body (P), wherein the blanket transfer device transfers the inks such that at least part of an ink transferred from one printing plate (14; 14a-14h) is superimposed onto at least part of inks in other colors transferred from other printing plates (14; 14a-14h), and wherein a halftone dot image is printed on an outer surface of the can body (P), characterized in that the plurality of printing plates (14; 14a-14h) are manufactured based on a plate-making image having a superimposed portion in which at least part of halftone dots in one color is superimposed onto at least part of halftone dots in the other colors; and at least one of the other colors has a reduced halftone dot area or is removed in the superimposed portion.
Mounting element for device installation channels with a holding rail on the channel base , which comprises a bottom portion with latching hooks (12, 12', 12") formed on it, which are configured such as to interact with latching projections on both sides of the holding rail , and wall sections (5, 5', 5"), as well as a locking element , wherein the locking element is composed of at least one guide portion and one support portion , wherein at least one of the latching hooks (12, 12', 12") is configured as a flexible latching hook for latching onto the latching projection , which is formed on one side of the holding rail , and the support portion , in the mounted state of the mounting element , is guided in the installation channel through an opening in the bottom portion , wherein the other latching hooks (12', 12") are configured as rigid latching hooks for latching onto the latching projection on the other side of the holding rail , and the support portion , in the mounted state of the mounting element , is in contact in the device installation channel with the side of a latching hook facing away from the holding rail , wherein, through the guide portion , the locking element is guided through a guide of one of the wall sections , and the guide portion comprises a guide wall with a latching element , wherein, in order to safeguard the locking element when the support portion of the locking element is not in contact with the side of the latching hook facing away from the holding rail , the latching element is latched into a passage hole in the wall section .
A process for purification of a target molecule, comprising the steps: (a) contacting a target molecule, and a population of target binding polypeptides (TBP), in solution for a sufficient time to allow complex formation; and (b) isolating the target from the complex from (a) by subsequent purification steps, wherein isolation of the target from the complex is obtained by capturing the target-TBP complexes on a support, followed by elution of the target molecule from the support while the TBP remains immobilized to the support, wherein (i) the target binding polypeptides have at least two binding functionalities; a first binding functionality towards the target and a second binding functionality towards a catching ligand comprised in a support; and (ii) the first binding functionality comprises at least two binding sites for the target, and the target comprises at least two binding sites for the TBP, wherein the target molecule is a biomolecule, and wherein said biomolecule is a protein, peptide, oligopeptide, lipoprotein, apolipoprotein, phosphor protein, or glucoprotein.
A method for controlling a thermoregulated ventilation circuit equipped with a control unit and comprising an active humidifier , said active humidifier comprising, in turn, a cartridge provided with a humidification chamber adapted to contain water to be heated for the humidification of the air through a heating element , said thermoregulated circuit also comprising at least one intake tube for conveying the air exiting said cartridge and equipped with heating means for heating the air exiting said cartridge , characterised in that said control unit receives in input patient's temperature data (Tp) detected by a patient's temperature probe and automatically regulates the operation of said heating element of said cartridge and the operation of said heating means of the air exiting said cartridge as a function of said patient's temperature (Tp), wherein said patient's temperature (Tp) is detected continuously by said patient's temperature probe , and said control unit continuously receives the patient's temperature data (Tp) in input and regulates the operation of said heating element and said heating means of the air with every change in patient's temperature (Tp).
A lamp mounting structure, comprising: a lamp body , and a mounting member , wherein the mounting member is disposed with one or more positioning member and one or more marking device , the lamp body is disposed with one or more auxiliary positioning member and one or more marking area , when each of the one or more marking device reaches a corresponding one of the one or more marking area , each of the one or more positioning member and a corresponding one of the one or more auxiliary positioning member are limited by each other, and the lamp body and the mounting member are fixedly connected characterized in that each of the one or more marking device is a retractable device , and before the mounting member and the lamp body are installed, the retractable device is extended, and after the mounting member and the lamp body are installed, the retractable device is retracted. a lamp body , and a mounting member , wherein the mounting member is disposed with one or more positioning member and one or more marking device , the lamp body is disposed with one or more auxiliary positioning member and one or more marking area , when each of the one or more marking device reaches a corresponding one of the one or more marking area , each of the one or more positioning member and a corresponding one of the one or more auxiliary positioning member are limited by each other, and the lamp body and the mounting member are fixedly connected each of the one or more positioning member and a corresponding one of the one or more auxiliary positioning member are limited by each other, and the lamp body and the mounting member are fixedly connected characterized in that each of the one or more marking device is a retractable device , and before the mounting member and the lamp body are installed, the retractable device is extended, and after the mounting member and the lamp body are installed, the retractable device is retracted.
A wireless communication method performed by a remote terminal, comprising: transmitting (S210), by the remote terminal to a relay terminal, a first message indicating that a relay service mode required by the remote terminal is a first service mode and/or a second service mode; and receiving (S230), by the remote terminal from the relay terminal, a second message as a response to the first message, wherein the first service mode comprises a service mode requiring forwarding of uplink data, the second service mode comprises a service mode only used for forwarding a first downlink message, the first downlink message comprises a paging message, wherein the second message is a first PC5-Radio Resource Control, RRC message, the first PC5-RRC message comprises a response message for responding to signaling for requesting a downlink message. transmitting (S210), by the remote terminal to a relay terminal, a first message indicating that a relay service mode required by the remote terminal is a first service mode and/or a second service mode; and receiving (S230), by the remote terminal from the relay terminal, a second message as a response to the first message, wherein the first service mode comprises a service mode requiring forwarding of uplink data, the second service mode comprises a service mode only used for forwarding a first downlink message, the first downlink message comprises a paging message, wherein the second message is a first PC5-Radio Resource Control, RRC message, the first PC5-RRC message comprises a response message for responding to signaling for requesting a downlink message.
A filter element comprising an outlet tube with a first sealing element and a drainage plug with a second sealing element , the outlet tube and the drainage plug being concentric, wherein the outlet tube and the drainage plug are positioned to sealingly engage with a first sealing zone of an outlet orifice and a second sealing zone of a drainage orifice of a base , respectively, at different consecutive stages of a filter element installation process; wherein the outlet tube has a slanted end and means to guide and maintain said filter element in a predetermined relative angular orientation when installed onto said base, and wherein said first sealing element is parallel to said slanted end.
System for the measurement of analytes in exhaled air, comprising a mouthpiece and a device for the measurement of analytes in exhaled air, the mouthpiece having a gas path for a conduction of exhaled air to the device , the mouthpiece comprising a film , the film being arranged such that it blocks the conduction of the exhaled air through the gas path , the mouthpiece being separably connectable to the device , characterized in that the device comprises a pressure sensor and is configured to enable the device for a measurement of specified analytes in the exhaled air when a pressure profile measured via the pressure sensor meets one or more specified conditions.
A chemical-mechanical polishing (CMP) composition comprising: (a) zirconia particles; (b) a modifying agent that adheres to the zirconia particles, the modifying agent comprising a phosphonic acid; (c) an organic acid comprising at least one of an amino acid and an alkylcarboxylic acid; (d) an oxidizing agent; and (e) water. (a) zirconia particles; (b) a modifying agent that adheres to the zirconia particles, the modifying agent comprising a phosphonic acid; (c) an organic acid comprising at least one of an amino acid and an alkylcarboxylic acid; (d) an oxidizing agent; and (e) water.
A nucleated propylene-ethylene-butylene-terpolymer which i) has been produced in the presence of a Ziegler-Natta catalyst and is ii) free of phthalic acid esters as well as their respective decomposition products and comprises - based on the total weight of the propylene-ethylene-butylene terpolymer - A. 83.0 -98.9 wt.-%, of propylene B. 1.0 - 12.0 wt.-% of 1-butylene and C. 0.1 - 5.0 wt.-% ethylene wherein the nucleated propylene-ethylene-butylene terpolymer is further characterized by having an amount of fractions soluble in xylene (XCS) of below 5.0 wt.-% when measured according to ISO 16152; 5 th edition and fulfills the following requirements: a) Flexural Modulus > 850 MPa when measured according to ISO178 and b) Notched Impact strength > 5.0 kJ/m 2 when measured according to ISO 179/1eA + 23 °C. i) has been produced in the presence of a Ziegler-Natta catalyst and is ii) free of phthalic acid esters as well as their respective decomposition products and comprises - based on the total weight of the propylene-ethylene-butylene terpolymer - A. 83.0 -98.9 wt.-%, of propylene B. 1.0 - 12.0 wt.-% of 1-butylene and C. 0.1 - 5.0 wt.-% ethylene A. 83.0 -98.9 wt.-%, of propylene B. 1.0 - 12.0 wt.-% of 1-butylene and C. 0.1 - 5.0 wt.-% ethylene a) Flexural Modulus > 850 MPa when measured according to ISO178 and b) Notched Impact strength > 5.0 kJ/m 2 when measured according to ISO 179/1eA + 23 °C.
A dry condition detection system for detecting a dry condition of a vessel when the vessel is placed on an electric cooker , the dry condition detection system comprising: - a cooking zone integrated to a cooking surface of the electric cooker , characterized in that the cooking zone is movable, wherein the vessel is to be kept on the cooking zone for cooking contents in the vessel ; - a rotating mechanism is adapted to rotate the cooking zone at a desired angle, which in turn is adapted to rotate the vessel at the desired angle, wherein contents of the vessel is adapted to move due to tilting of the vessel , if there are any content in the vessel ; - a strain gauge unit is adapted to sense movement of the content inside the vessel , if there is any content in the vessel , and to generate a content movement data ; and - a microcontroller is adapted to receive the content movement data from the strain gauge unit , processes the content movement data and is adapted to detect the dry condition of the vessel . - a cooking zone integrated to a cooking surface of the electric cooker , characterized in that the cooking zone is movable, wherein the vessel is to be kept on the cooking zone for cooking contents in the vessel ; - a rotating mechanism is adapted to rotate the cooking zone at a desired angle, which in turn is adapted to rotate the vessel at the desired angle, wherein contents of the vessel is adapted to move due to tilting of the vessel , if there are any content in the vessel ; - a strain gauge unit is adapted to sense movement of the content inside the vessel , if there is any content in the vessel , and to generate a content movement data ; and - a microcontroller is adapted to receive the content movement data from the strain gauge unit , processes the content movement data and is adapted to detect the dry condition of the vessel .
Method of producing a telechelic polymer of glycolic acid and a polymer thereof, comprising the steps of - providing glycolic acid; - providing a difunctional monomer; - subjecting said glycolic acid to polymerization in the presence of a catalyst and said difunctional monomer, wherein the catalyst is an organic sulphonic acid having a boiling point in excess of 250 °C at normal pressure; and - continuing polymerization to provide a polymeric chain formed by residues derived from glycolic acid and said monomer; and - subjecting the telechelic polymer obtained to polymerization in the presence of a chain extender to provide a polymer, in particular a linear polymer, having a molecular weight (Mn) of 20,000 to 1,000,000 g/mol, determined with size exclusion chromatography, as disclosed in the description. - providing glycolic acid; - providing a difunctional monomer; - subjecting said glycolic acid to polymerization in the presence of a catalyst and said difunctional monomer, wherein the catalyst is an organic sulphonic acid having a boiling point in excess of 250 °C at normal pressure; and - continuing polymerization to provide a polymeric chain formed by residues derived from glycolic acid and said monomer; and - subjecting the telechelic polymer obtained to polymerization in the presence of a chain extender to provide a polymer, in particular a linear polymer, having a molecular weight (Mn) of 20,000 to 1,000,000 g/mol, determined with size exclusion chromatography, as disclosed in the description.
An electronic smoking device having an atomizer within a housing, and a heating element including a first lead , a second lead , a plurality of electrically conductive fibers electrically connected to the first and the second leads, and a liquid supply , characterized by a first pad and a second pad sandwiching at least a portion of the fibers in a heating section between the first lead and the second lead , wherein at least one pad functions as a liquid guiding structure to conduct liquid from the liquid supply to the fibers . a heating element including a first lead , a second lead , a plurality of electrically conductive fibers electrically connected to the first and the second leads, and a liquid supply , characterized by a first pad and a second pad sandwiching at least a portion of the fibers in a heating section between the first lead and the second lead , wherein at least one pad functions as a liquid guiding structure to conduct liquid from the liquid supply to the fibers .
A method of operating a first terminal in a mobile telecommunications system and for using a relay node as a terminal-to-terminal relay for a device-to-device, D2D, communication between the first terminal and a second terminal, the method comprising the first terminal: receiving (S1103) one or more grant messages notifying the first terminal of allocated resources for the relay node to relay the device-to-device communication; the first terminal exchanging messages (S1104) with the second terminal for the device-to-device communication, in a case where a first D2D communications link between the first terminal and the second terminal has a poor link quality, via the relay node and using the allocated resources; and the first terminal exchanging messages via a second D2D communications link with a third terminal, in a case where the second D2D communications link has a good link quality, without relaying messages via the relay node. receiving (S1103) one or more grant messages notifying the first terminal of allocated resources for the relay node to relay the device-to-device communication; the first terminal exchanging messages (S1104) with the second terminal for the device-to-device communication, in a case where a first D2D communications link between the first terminal and the second terminal has a poor link quality, via the relay node and using the allocated resources; and the first terminal exchanging messages via a second D2D communications link with a third terminal, in a case where the second D2D communications link has a good link quality, without relaying messages via the relay node.
A brake actuator housing, in particular a spring brake actuator housing , comprising: - a first housing part having a longitudinal axis and a number of first bayonet locking members , and - a second housing part having a number of second bayonet locking members , wherein the bayonet locking members are configured to engage one another in a positive fit in a coupled state, wherein the first and the second housing parts are formed such that they define a recess between them in the coupled state, the recess being externally accessible, and the brake actuator housing comprises a locking element (30, 30', 30", 30"', 30"") that is dimensioned such that it fits in the recess , locking the first and the second housing part in the coupled state characterized in that the locking element (30, 30', 30", 30"', 30"") comprises or consists of an elastic and preferably expandable material, configured to be inserted in the recess in a compressed state and to lock the first and the second housing part in an expanded state of the locking element (30, 30', 30", 30′′′, 30ʺʺ). - a first housing part having a longitudinal axis and a number of first bayonet locking members , and - a second housing part having a number of second bayonet locking members , wherein the bayonet locking members are configured to engage one another in a positive fit in a coupled state, wherein the first and the second housing parts are formed such that they define a recess between them in the coupled state, the recess being externally accessible, and the brake actuator housing comprises a locking element (30, 30', 30", 30"', 30"") that is dimensioned such that it fits in the recess , locking the first and the second housing part in the coupled state characterized in that the locking element (30, 30', 30", 30"', 30"") comprises or consists of an elastic and preferably expandable material, configured to be inserted in the recess in a compressed state and to lock the first and the second housing part in an expanded state of the locking element (30, 30', 30", 30′′′, 30ʺʺ).