mhurhangee/patent-ind-claim-en huggingface dataset:
High-pressure container comprising a cylinder as a centre part, wherein the cylinder is made of a plastic , wherein the high-pressure container furthermore comprises at least one half-shell at an axial end of the cylinder , wherein the half-shell is made of the plastic , wherein the half-shell furthermore comprises a substantially rotationally symmetrical insert part , namely a boss part, wherein the insert part has a foot part at the end of the insert part facing the container interior, wherein the foot part of the insert part is embedded in the plastic of the half-shell , wherein the foot part substantially forms a hollow cone or hollow cylinder, characterized in that a sleeve is pressed into the inner circumference of the foot part at least in a pressing portion of the sleeve , wherein the plastic of the half-shell is arranged between the sleeve and the inner circumference of the foot part so that in the pressing portion , a thin plastic layer of the plastic of the half-shell is pressed between the sleeve and the inner circumference of the foot part wherein the high-pressure container comprises a valve which is received in the boss part, wherein a shaft portion of the valve is received in the sleeve , wherein a sealing element , in particular a ring seal, seals between the shaft portion of the valve and the sleeve
A method of operating a gas turbine engine of an aircraft to mitigate the risk of ice formation within the gas turbine engine , the method comprising controlling at least one operational parameter of the gas turbine engine such that the gas turbine engine operates in a safe zone, wherein it is determined that the gas turbine engine is operating within a safe zone based on at least a core pressure parameter relating to the pressure within the gas turbine engine and a core temperature parameter relating to the temperature within the gas turbine engine, characterised in that the safe zone is defined by the product of the core pressure parameter and core temperature parameter being above a safe threshold.
A method of preparing an aluminosilicate SSZ-98 zeolite, comprising: (a) preparing a reaction mixture containing: a source of silicon oxide; a source of aluminum oxide; a source of an alkali metal (M); a structure directing agent (Q) selected from trimethylphenylammonium cations, cationic 1,4-diazabicyclo[2.2.2]octane, and combinations thereof; hydroxide ions; and water; and (b) subjecting the reaction mixture to crystallization condition sufficient to form crystals of the zeolite, wherein the source of silicon oxide and the source of aluminum oxide comprises zeolite Y. (a) preparing a reaction mixture containing: a source of silicon oxide; a source of aluminum oxide; a source of an alkali metal (M); a structure directing agent (Q) selected from trimethylphenylammonium cations, cationic 1,4-diazabicyclo[2.2.2]octane, and combinations thereof; hydroxide ions; and water; and a source of silicon oxide; a source of aluminum oxide; a source of an alkali metal (M); a structure directing agent (Q) selected from trimethylphenylammonium cations, cationic 1,4-diazabicyclo[2.2.2]octane, and combinations thereof; hydroxide ions; and water; and (b) subjecting the reaction mixture to crystallization condition sufficient to form crystals of the zeolite, wherein the source of silicon oxide and the source of aluminum oxide comprises zeolite Y.
A self-powering electrostimulative graft product for treating a patient, comprising: a porous graft matrix material receptive to ingrowth of new tissue when implanted in the patient; and a galvanic couple structure attached to the porous matrix material and including a cathode comprised of a first metal spaced from an anode comprised of a second metal, the first metal being different from the second metal, and preferably wherein the first metal is a biodegradable metal and the second metal is a biodegradable metal; the galvanic couple structure operable to generate electric current in a path between the anode and the cathode, the path extending through amounts of the porous matrix material positioned between the anode and the cathode. a porous graft matrix material receptive to ingrowth of new tissue when implanted in the patient; and a galvanic couple structure attached to the porous matrix material and including a cathode comprised of a first metal spaced from an anode comprised of a second metal, the first metal being different from the second metal, and preferably wherein the first metal is a biodegradable metal and the second metal is a biodegradable metal; the galvanic couple structure operable to generate electric current in a path between the anode and the cathode, the path extending through amounts of the porous matrix material positioned between the anode and the cathode.
Oxysterol of formula (I): wherein R1 is chosen from the group consisting of H and OH, R2 is chosen from the group consisting of H and OH, R4 is chosen from the group consisting of H, OH, Y is chosen from the group consisting of CHR3 and C=O, and R3 is chosen from the group consisting of H and OH, for use in the treatment or in the prevention of infections caused by a naked virus selected from the group consisting of rotavirus, papillomavirus and rhinovirus.
An assembly comprising a combustion engine , and a housing comprising a first wall which consists of two or more containers to protect the combustion engine which is located inside the housing , and a chimney with a rack which rack has the size of an ISO container, the chimney being attached to the housing and connected to an exhaust system of the engine .
A method for recycling and refreshing a cathode material, comprising: 1) mixing a cathode material recycled from a waste lithium-ion battery with a manganese inorganic salt aqueous solution to obtain a mixture; 2) adding an alkali aqueous solution into the mixture to react to obtain a manganese hydroxide coating on the cathode material; and 3) sintering the cathode material with a lithium source, while the manganese hydroxide coating and the lithium source react, to obtain a refreshed cathode material, and the refreshed cathode material being a cathode material with a LiMn 2 O 4 coating. 1) mixing a cathode material recycled from a waste lithium-ion battery with a manganese inorganic salt aqueous solution to obtain a mixture; 2) adding an alkali aqueous solution into the mixture to react to obtain a manganese hydroxide coating on the cathode material; and 3) sintering the cathode material with a lithium source, while the manganese hydroxide coating and the lithium source react, to obtain a refreshed cathode material, and the refreshed cathode material being a cathode material with a LiMn 2 O 4 coating.
An electricity meter comprising: a metering unit for determining the electric energy consumption; a communication unit for communicating data signals within a communication band over power cabling; and a processing unit for controlling the metering unit and the communication unit ; wherein the communication unit is configured to adapt the communication band to the communication environment; characterised in that the communication unit comprises a signal processing unit and a control module ; wherein the signal processing unit has at least two operation modi controlled by the control module ; in a first operation mode, the signal processing unit selects electrical signals from a first frequency band and couples the selected electrical signals to a power cabling; in a second operation mode, the signal processing unit selects electrical signals from a second frequency band and couples the selected electrical signals to the power cabling; wherein the control module is configured to generate a control signal for controlling the signal processing unit based on a configuration signal , and wherein the configuration signal is initiated by an initiation signal transmitted over power cabling or a radio communication channel to the electricity meter . a metering unit for determining the electric energy consumption; a communication unit for communicating data signals within a communication band over power cabling; and a processing unit for controlling the metering unit and the communication unit ; wherein the communication unit is configured to adapt the communication band to the communication environment; characterised in that the communication unit comprises a signal processing unit and a control module ; wherein the signal processing unit has at least two operation modi controlled by the control module ; in a first operation mode, the signal processing unit selects electrical signals from a first frequency band and couples the selected electrical signals to a power cabling; in a second operation mode, the signal processing unit selects electrical signals from a second frequency band and couples the selected electrical signals to the power cabling; wherein the control module is configured to generate a control signal for controlling the signal processing unit based on a configuration signal , and wherein the configuration signal is initiated by an initiation signal transmitted over power cabling or a radio communication channel to the electricity meter .
A cutting method for laser beam flame cutting of metallic workpieces with a workpiece thickness of at least ten millimeters, the cutting being done at a laser power of at least ten kilowatts, wherein a nozzle mouth of a cutting nozzle has a mouth diameter of at most two millimeters; and wherein a focus of a laser beam is arranged above the nozzle mouth and has a maximum distance from the nozzle mouth along a center axis of the laser beam , wherein the maximum distance is at most sixteen times the mouth diameter. wherein a nozzle mouth of a cutting nozzle has a mouth diameter of at most two millimeters; and wherein a focus of a laser beam is arranged above the nozzle mouth and has a maximum distance from the nozzle mouth along a center axis of the laser beam , wherein the maximum distance is at most sixteen times the mouth diameter.
Use of a gas diffusion layer member in a solid polymer type fuel cell using hydrogen as a fuel gas, the gas diffusion layer member comprising a sheet-shaped gas permeable conductive base material having a thickness of 100 to 250 μm in range, and wherein a microporous layer, MPL, is further stacked, said MPL being a humidity adjusting film including a conductive carbon powder and polytetrafluoroethylene, characterized in that the gas diffusion layer member has a moisture vapor transmission rate by the measurement method defined in Japan Industrial Standard JIS L 1099:2006 of 1300 to 2000 g/m 2 /h in range, wherein said gas permeable conductive base material has a density of 0.22 to 0.40 g/cm 3 in range.
A VTOL (vertical take-off and landing) aircraft comprising: a body ; a left main wing and a right main wing coupled to the body ; a left secondary wing and a right secondary wing coupled to the body ; a left linear support connecting the left main wing to the left secondary wing; a right linear support connecting the right main wing to the right secondary wing, wherein the left linear support is parallel to the right linear support; at least two lifting propellers disposed on a top surface of each of the left and right linear supports, wherein the at least two lifting propellers on each of the left and right linear supports are all horizontally positioned on a first horizontal plane; a left tail-top lifting propeller disposed at a rear end of the VTOL aircraft , horizontally positioned higher than the first horizontal plane; a right tail-top lifting propeller disposed at the rear end of the VTOL aircraft , horizontally positioned higher than the first horizontal plane; and wherein a radius (R2) of the left and right tail-top lifting propellers is the same as a radius (R1) of each of the at least two lifting propellers . a body ; a left main wing and a right main wing coupled to the body ; a left secondary wing and a right secondary wing coupled to the body ; a left linear support connecting the left main wing to the left secondary wing; a right linear support connecting the right main wing to the right secondary wing, at least two lifting propellers disposed on a top surface of each of the left and right linear supports, wherein the at least two lifting propellers on each of the left and right linear supports are all horizontally positioned on a first horizontal plane; a left tail-top lifting propeller disposed at a rear end of the VTOL aircraft , horizontally positioned higher than the first horizontal plane; a right tail-top lifting propeller disposed at the rear end of the VTOL aircraft , horizontally positioned higher than the first horizontal plane; and wherein a radius (R2) of the left and right tail-top lifting propellers is the same as a radius (R1) of each of the at least two lifting propellers .
A device, comprising: an enclosure comprising at least one cable guide providing a secure path for at least one cable along a side of the enclosure and a cable duct ; a printed circuit board (PCB) comprising a hole that aligns with the cable duct and through which the cable duct penetrates the PCB when the printed circuit board is mounted in the enclosure ; wherein : the cable duct guides said at least one cable through the hole in the printed circuit board , a cable lead of said at least one cable emerging through the cable duct to be connected to an appropriate contact on the printed circuit board . an enclosure comprising at least one cable guide providing a secure path for at least one cable along a side of the enclosure and a cable duct ; a printed circuit board (PCB) comprising a hole that aligns with the cable duct and through which the cable duct penetrates the PCB when the printed circuit board is mounted in the enclosure ;
A method for operating an external secure unit which comprises at least - a memory for storing data, - a processor for processing the data, - at least one interface for receiving data from a communication device or sending them thereto, wherein the communication device comprises at least - a memory for storing at least one application program, - a processor for processing and executing the application program, - at least a first interface for sending data to the external secure unit or receiving them therefrom, - at least a second interface for sending data to a transmission network or receiving them therefrom, wherein security-relevant data necessary for executing the application program in the communication device are stored in the external secure unit , and the communication device requests the security-relevant data from the external secure unit for executing the application program, wherein the external secure unit is supplied as a finger-ring, wherein the finger-ring consists of at least two components, with an electronic component being inserted into at least one component, wherein the external secure unit employs two- and/or three-dimensionally arranged antennas for communication with the communication device . - a memory for storing data, - a processor for processing the data, - at least one interface for receiving data from a communication device or sending them thereto, wherein the communication device comprises at least - a memory for storing at least one application program, - a processor for processing and executing the application program, - at least a first interface for sending data to the external secure unit or receiving them therefrom, - at least a second interface for sending data to a transmission network or receiving them therefrom,
A method comprising: receiving an uplink resource allocation message on a physical downlink control channel, PDCCH, the uplink resource allocation message comprising a field specifying whether the resource allocation is intended for a first transmission of data or retransmission of the data; and retransmitting the data in response to the received uplink resource allocation message comprising the field specifying that the resource allocation is intended for retransmission of the data, wherein the uplink resource allocation message received on the PDCCH overrides an explicit acknowledgment/negative acknowledgment signaling regarding the data on a Physical Hybrid Automatic Repeat Request, HARQ, indication channel, PHICH. receiving an uplink resource allocation message on a physical downlink control channel, PDCCH, the uplink resource allocation message comprising a field specifying whether the resource allocation is intended for a first transmission of data or retransmission of the data; and retransmitting the data in response to the received uplink resource allocation message comprising the field specifying that the resource allocation is intended for retransmission of the data, wherein the uplink resource allocation message received on the PDCCH overrides an explicit acknowledgment/negative acknowledgment signaling regarding the data on a Physical Hybrid Automatic Repeat Request, HARQ, indication channel, PHICH.
A method for Internet Protocol, IP, version selection for a Protocol Data Unit, PDU, session requested to be established by a Wireless Communication Device, WCD, that supports PDU sessions of both Internet Protocol version 4, IPv4, and Internet Protocol version 6, IPv6, and that is configured to operatively communicate via a Radio Access Network, RAN with a session management, SM, node in a core network , the method being performed by the WCD comprises: - sending (S110) a first PDU session request message towards the SM node requesting establishment of a first PDU session, which request message comprises IP-version information indicating that the IP version of the requested first PDU session should be any one of IPv4 or IPv6; - receiving (S130, S140), in response to sending the first PDU session request message, a first response message, which first response message comprises WCD information indicating the IP-version that has been selected for the requested first PDU session; and - sending (S110) a second PDU session request message towards the SM node requesting establishment of a second PDU session, which request message comprises IP-version information indicating that the IP version of the requested second PDU session should be any one of IPv4 or IPv6 that was not previously selected. - sending (S110) a first PDU session request message towards the SM node requesting establishment of a first PDU session, which request message comprises IP-version information indicating that the IP version of the requested first PDU session should be any one of IPv4 or IPv6; - receiving (S130, S140), in response to sending the first PDU session request message, a first response message, which first response message comprises WCD information indicating the IP-version that has been selected for the requested first PDU session; and - sending (S110) a second PDU session request message towards the SM node requesting establishment of a second PDU session, which request message comprises IP-version information indicating that the IP version of the requested second PDU session should be any one of IPv4 or IPv6 that was not previously selected.
A A computer program comprising instructions which, when executed by a computer, cause the computer to carry out: identifying, based on a plurality of reference images acquired before or at a beginning of a treatment session, a full motion range of a target , wherein the full motion range of the target defines a full internal target volume (ITV) ; determining, based on a plurality of three-dimensional motion images acquired during the treatment session, a partial motion range of the target , wherein the partial motion range is an untracked portion of the full motion range of the target comprising one of an untracked plane or an untracked axis; generating, by a processing device, a partial ITV based on the partial motion range of the target , wherein the partial ITV is a volume swept by the target as the target moves through the partial motion range, and wherein the partial ITV is smaller than the full ITV ; providing the partial ITV to assist in tracking the target ; and volumetrically aligning the partial ITV to the full ITV to reduce baseline shift and setup error associated with the target and to compensate for the untracked plane or the untracked axis, and wherein volumetrically aligning the partial ITV to the full ITV comprises determining a registration between the partial ITV and the full ITV. identifying, based on a plurality of reference images acquired before or at a beginning of a treatment session, a full motion range of a target , wherein the full motion range of the target defines a full internal target volume (ITV) ; determining, based on a plurality of three-dimensional motion images acquired during the treatment session, a partial motion range of the target , wherein the partial motion range is an untracked portion of the full motion range of the target comprising one of an untracked plane or an untracked axis; generating, by a processing device, a partial ITV based on the partial motion range of the target , wherein the partial ITV is a volume swept by the target as the target moves through the partial motion range, and wherein the partial ITV is smaller than the full ITV ; providing the partial ITV to assist in tracking the target ; and volumetrically aligning the partial ITV to the full ITV to reduce baseline shift and setup error associated with the target and to compensate for the untracked plane or the untracked axis, and wherein volumetrically aligning the partial ITV to the full ITV comprises determining a registration between the partial ITV and the full ITV.
A device for supporting the locomotion of a person of restricted mobility in a standing position, wherein the device comprises a rolling frame , wherein a post is attached to the rolling frame and comprises a backrest and armrests for holding the person, characterised in that the backrest and the armrests are attached in a laterally offset manner relative to the post of the rolling frame and are connected to the rolling frame via at least one supporting arm .
A 3-dimensional blade being installed in a tire vulcanization mold for forming a kerf, the blade comprising: a frame formed in a shape of a plate having a wave shape in a cross section horizontal to a thickness direction; and a support formed in a shape of a bar having one side connected to the frame and the other side connected to another frame, wherein the support prevents the frame from being deformed during a process of vulcanizing a tire. a frame formed in a shape of a plate having a wave shape in a cross section horizontal to a thickness direction; and a support formed in a shape of a bar having one side connected to the frame and the other side connected to another frame, wherein the support prevents the frame from being deformed during a process of vulcanizing a tire.