mhurhangee/patent-ind-claim-en huggingface dataset:
An internal combustion engine (100; 200; 300) for use with only non-fossil fuel, the engine comprising: at least one cylinder having a combustion chamber ; an intake manifold in selective fluid communication with the combustion chamber; a hydrogen source configured to provide hydrogen, and an oxygen source configured to provide oxygen, at least one of the hydrogen source and the oxygen source in fluid communication with the intake manifold to provide at least one of hydrogen and oxygen to the combustion cylinder through the intake manifold; a fuel source configured to provide a fuel; a fuel injector configured to selectively inject the fuel from the fuel source to the combustion chamber; at least one piston in the at least one cylinder and structured to move within the at least one cylinder and compress the hydrogen, oxygen, and fuel together in the combustion chamber with a compression ratio in the range of 10: 1 to 40:1; and an ignition device configured to ignite the compressed hydrogen, oxygen, and fuel in the combustion chamber to generate power; characterized in that the fuel source is configured to provide only a non-fossil fuel consisting essentially of 70% water and 30% alcohol. at least one cylinder having a combustion chamber ; an intake manifold in selective fluid communication with the combustion chamber; a hydrogen source configured to provide hydrogen, and an oxygen source configured to provide oxygen, at least one of the hydrogen source and the oxygen source in fluid communication with the intake manifold to provide at least one of hydrogen and oxygen to the combustion cylinder through the intake manifold; a fuel source configured to provide a fuel; a fuel injector configured to selectively inject the fuel from the fuel source to the combustion chamber; at least one piston in the at least one cylinder and structured to move within the at least one cylinder and compress the hydrogen, oxygen, and fuel together in the combustion chamber with a compression ratio in the range of 10: 1 to 40:1; and an ignition device configured to ignite the compressed hydrogen, oxygen, and fuel in the combustion chamber to generate power; characterized in that the fuel source is configured to provide only a non-fossil fuel consisting essentially of 70% water and 30% alcohol. a fuel source configured to provide a fuel; a fuel injector configured to selectively inject the fuel from the fuel source to the combustion chamber; at least one piston in the at least one cylinder and structured to move within the at least one cylinder and compress the hydrogen, oxygen, and fuel together in the combustion chamber with a compression ratio in the range of 10: 1 to 40:1; and an ignition device configured to ignite the compressed hydrogen, oxygen, and fuel in the combustion chamber to generate power; characterized in that the fuel source is configured to provide only a non-fossil fuel consisting essentially of 70% water and 30% alcohol.
A method for producing a metal belt with substantially parallel belt edges , in which the metal belt is trimmed by at least a part of the belt edges of the metal belt being removed, and in which the metal belt is additionally plastically reshaped during a straightening operation, characterized in that processing is carried out on the endless metal belt , wherein the metal belt that is welded together to form an endless belt is spanned between at least two deflection rollers for the processing operation and, in particular, driven by at least one deflection roller is pulled through a straightening machine and moved past a trimming tool .
An apparatus comprising: a microfluidic passage ; a chamber comprising a first nozzle , a second nozzle , a first fluid driver , and a second fluid driver ; an inlet connecting the microfluidic passage to the chamber ; wherein the first fluid driver is arranged to move fluid through the first nozzle to draw fluid across the inlet ; wherein the second fluid driver is arranged to move fluid through the second nozzle to draw fluid across the inlet ; and a controller to actuate the first fluid driver and the second fluid driver ; wherein the nozzles are adjacent to one another and are connected to the chamber , each nozzle comprising an opening through which fluid within the chamber can be ejected; characterized in that the controller is arranged to sequentially actuate the first fluid driver and the second fluid driver ; and a sensor , proximate to the inlet , arranged to sense fluid within the inlet . a microfluidic passage ; a chamber comprising a first nozzle , a second nozzle , a first fluid driver , and a second fluid driver ; an inlet connecting the microfluidic passage to the chamber ; wherein the first fluid driver is arranged to move fluid through the first nozzle to draw fluid across the inlet ; wherein the second fluid driver is arranged to move fluid through the second nozzle to draw fluid across the inlet ; and a controller to actuate the first fluid driver and the second fluid driver ; wherein the nozzles are adjacent to one another and are connected to the chamber , each nozzle comprising an opening through which fluid within the chamber can be ejected; characterized in that the controller is arranged to sequentially actuate the first fluid driver and the second fluid driver ; and a sensor , proximate to the inlet , arranged to sense fluid within the inlet .
A filling device for an inflatable unit, the device comprising a body having an inlet connectable to a source of pressure and an outlet connectable to a valve for the inflatable unit, a passage extending axially between the inlet and outlet; an air-release path from the passage to a release outlet for releasing air in the passage into an external space; a valve arranged between the passage and the air-release path and being configured to open at a predefined pressure; and a whistle arranged to produce an audible signal based on a flow of air in the air-release path; characterised in that the whistle is configured not to provide the audible signal when the flow of air in the air-release path exceeds an upper flow limit.
Method for attaching a glass to a watch case, in which: at least one thin intermediate layer allowing the migration of ions and/or electrons is attached, by surface treatment, onto an area of the surface of the glass intended to come into contact with a corresponding area of the watch case and/or onto said corresponding area of the watch case; these areas of the watch case and of the glass are applied one against the other; characterised in that the following steps are also performed: the watch case/glass assembly is heated at a heating temperature sufficiently low to ensure that no material of the system passes out of its solid phase; the glass is connected to an electrode and the watch case is connected to a counter-electrode; and a voltage is applied between this electrode and this counter-electrode, said voltage accelerating the diffusion of the charged particles between the glass and the watch case and thereby creating new metallic, ionic or covalent bonds. at least one thin intermediate layer allowing the migration of ions and/or electrons is attached, by surface treatment, onto an area of the surface of the glass intended to come into contact with a corresponding area of the watch case and/or onto said corresponding area of the watch case; these areas of the watch case and of the glass are applied one against the other; characterised in that the following steps are also performed: the watch case/glass assembly is heated at a heating temperature sufficiently low to ensure that no material of the system passes out of its solid phase; the glass is connected to an electrode and the watch case is connected to a counter-electrode; and a voltage is applied between this electrode and this counter-electrode, said voltage accelerating the diffusion of the charged particles between the glass and the watch case and thereby creating new metallic, ionic or covalent bonds. the watch case/glass assembly is heated at a heating temperature sufficiently low to ensure that no material of the system passes out of its solid phase; the glass is connected to an electrode and the watch case is connected to a counter-electrode; and a voltage is applied between this electrode and this counter-electrode, said voltage accelerating the diffusion of the charged particles between the glass and the watch case and thereby creating new metallic, ionic or covalent bonds.
A protective cover for an affected area of a subject, comprising: a body portion comprising an aperture , the body portion comprising a cotton or equivalent material; and a window portion wherein the body portion and window portion each optionally comprises an antimicrobial composition, wherein the body portion is formed from a material having an approximately trapezoidal shape prior to assembly or application to the subject, wherein the material having the approximately trapezoidal shape comprises: a first end body edge approximately parallel to a second end body edge , wherein the first end body edge has a first length and the second end body edge has a second length that is different from the first length. a body portion comprising an aperture , the body portion comprising a cotton or equivalent material; and a window portion wherein the body portion and window portion each optionally comprises an antimicrobial composition, wherein the body portion is formed from a material having an approximately trapezoidal shape prior to assembly or application to the subject, wherein the material having the approximately trapezoidal shape comprises: a first end body edge approximately parallel to a second end body edge , wherein the first end body edge has a first length and the second end body edge has a second length that is different from the first length.
An air dryer device for an air treatment device for a vehicle, especially utility vehicle, with at least one housing forming at least one accommodation chamber for accommodating at least one desiccant container ; wherein the housing comprises at least one housing socket being arranged, in a mounted state, at a bottom region of the housing , and wherein the housing comprises at least one first connection device and at least one second connection device , wherein the first and second connection device , via the desiccant container , are connectable during at least one load phase and/or during at least one regeneration phase of the air dryer device ; wherein the housing comprises at least one regeneration conduit device for connecting the first connection device with the second connection device during the regeneration phase; and wherein the housing comprises at least one first control valve being arranged and configured for opening or closing the regeneration conduit device , especially wherein the first control valve is arranged at the housing socket , wherein the first control valve is formed by at least one first check valve , wherein the first check valve is formed by at least one valve housing portion of the housing and by at least one valve body of the first check valve , wherein the valve body is formed as an integral elastic valve body.
An imaging apparatus (224; 324) for imaging an introduction element within a living being , the introduction element being an elongated element having a tip and an elongated body adapted to be inserted into the living being through an opening within a holding element for holding the introduction element for performing a biopsy or for introducing a radiation source into the living being for performing a brachytherapy, wherein the imaging apparatus (224; 324) comprises: - a tracking unit comprising a linear encoder for determining a linear location of the tip of the introduction element relative to the opening , wherein the tracking unit is adapted to track the location of the introduction element within the living being by determining the location of the tip and/or of the elongated body of the introduction element within the living being based on the determined linear location and a known location of the opening , - an imaging unit for generating an image showing an inner part of the living being , which includes the tracked location of the introduction element , based on the tracked location, and - a display for displaying the image. - a tracking unit comprising a linear encoder for determining a linear location of the tip of the introduction element relative to the opening , wherein the tracking unit is adapted to track the location of the introduction element within the living being by determining the location of the tip and/or of the elongated body of the introduction element within the living being based on the determined linear location and a known location of the opening , - an imaging unit for generating an image showing an inner part of the living being , which includes the tracked location of the introduction element , based on the tracked location, and - a display for displaying the image.
A solid electrolyte material consisting essentially of Li, Ti, Al, M, and F, wherein M is at least one selected from the group consisting of Zr and Mg, the solid electrolyte material is represented by a following composition formula : Li 6-(4-x-(4-a)y)b (Ti 1-x-y Al x M y ) b F 6 Formula here, a represents the valence of M, and 0 < x < 1, 0 < y < 1, 0 < (x + y) < 1, and 0.8 ≤ b ≤ 1.5 are satisfied. M is at least one selected from the group consisting of Zr and Mg, the solid electrolyte material is represented by a following composition formula : Li 6-(4-x-(4-a)y)b (Ti 1-x-y Al x M y ) b F 6 Formula here, a represents the valence of M, and 0 < x < 1, 0 < y < 1, 0 < (x + y) < 1, and 0.8 ≤ b ≤ 1.5 are satisfied.
A slide and turn door assembly for an opening having a top edge and a bottom edge , the assembly comprising a first door panel mounted for hinged movement relative to the top and bottom edges and a second door panel mounted for translational movement relative to the top and bottom edges and for swinging movement relative to the top and bottom edges, the second door panel having a captive edge and a free edge that moves away from the top and bottom edges during swinging of the second door panel, the second door panel having a first set of rollers for the captive edge and a second set of rollers for the free edge, the assembly having at least one primary rail at the bottom edge along which the first set of rollers can move, characterised in that the assembly has a secondary rail for the bottom edge along which the second set of rollers can move, the secondary rail being spaced laterally from the at least one primary rail and being located above the at least one primary rail.
Treatment vessel screen arrangement for withdrawing treatment liquors in vertically oriented and generally cylindrical treatment vessels in continuous treatment vessel systems, said treatment vessel comprising an outer cylindrical pressure vessel wall (DS) with a withdrawal compartment between the pressure wall and a screen (SC) with withdrawal slots facing a descending column of cellulosic material in the treatment vessel, and a mounting frame for said screen attached to the pressure wall, characterized in that the screen has an upper and lower flat vertical tongue (SC UE , SC LE respectively), where first the upper flat tongue (SC UE ) can be slided into an upper recess (U RE ) in an upper edge of the frame while holding the screen (SC) slightly inclined versus the vertical and thereafter while first tilting the screen to a vertical position sliding the lower flat vertical tongue (SC LE ) into a lower recess (L RE ) in a lower edge of the frame into a seating position where the screen in the seating position is form locked radially into position by both the upper and lower recess, wherein the vertical dimension (V SC ) of the screen (SC) has a length exceeding the vertical dimension between an upper and a lower horizontal frame member of a mounting frame, and wherein an upper edge (SC UE ) of the screen is formed like a vertically directed first flat tongue insert able in a vertically oriented upper recess (U RE ) located below and radially outside of an interior treatment vessel plate (D PL ) forming part of the mounting frame above the screen, and where a lower edge (SC LE ) of the screen includes a second flat tongue insert able in a vertically oriented lower recess (L RE ) located in the mounting frame below the screen, whereas the vertical distance (V B ) between the bottoms of the upper and lower recess exceed the distance between the vertical distance (V SC ) between the upper end of the upper tongue and the lower end of the lower tongue.
A power tool, comprising: a housing ; a motor arranged in the housing and being configured to be capable of outputting a rotary force; and an output shaft being configured to be rotatably driven by the motor , the output shaft having a first output end for coupling with a tool bit and a second terminal end opposite to the first output end, wherein a first axial direction is a direction from the first output end to the second terminal end, wherein the output shaft is parallel to and offset from a rotation axis of the motor and configured to be axially movable with respect to the housing to at least two working positions when the power tool is in a non-working status, and wherein an axial movement of the output shaft along the first axial direction is restricted when the power tool is in a working status at each of the at least two working positions, and when the output shaft is in a working position the output shaft can receive an external torque, wherein in the working status, the first output end of the output shaft is distal to the housing . a housing ; a motor arranged in the housing and being configured to be capable of outputting a rotary force; and an output shaft being configured to be rotatably driven by the motor , the output shaft having a first output end for coupling with a tool bit and a second terminal end opposite to the first output end, wherein a first axial direction is a direction from the first output end to the second terminal end, wherein the output shaft is parallel to and offset from a rotation axis of the motor and configured to be axially movable with respect to the housing to at least two working positions when the power tool is in a non-working status, and wherein an axial movement of the output shaft along the first axial direction is restricted when the power tool is in a working status at each of the at least two working positions, and when the output shaft is in a working position the output shaft can receive an external torque, wherein in the working status, the first output end of the output shaft is distal to the housing .
A communication device , with: a screen ; an eSIM circuit for provision of an electronic SIM (eSIM), wherein the eSIM circuit further has a communication interface that is designed to transmit a random number to the screen ; and wherein the screen is designed to receive and display the random number from the communication interface , a user interface for detecting inputs of a user , wherein the user interface is designed to detect an input of a PIN, a processor that is designed, in response to the detection of the PIN by the user interface , to compare the input PIN to the random number generated by a random number generator and in the event they match, to unlock a communication application program for establishing a communication connection via a communication network , characterized in that the eSIM circuit has the random number generator that is designed to generate the random number , where the generated random number is a personal identification number (PIN) for unlocking the electronic SIM the eSIM circuit comprises a hardware wiring that is designed to store the random number generated by the random number generator in an encrypted region of the eSIM circuit (211 a, 211 b) in a manner so as to bypass the processor . a screen ; an eSIM circuit for provision of an electronic SIM (eSIM), wherein the eSIM circuit further has a communication interface that is designed to transmit a random number to the screen ; and wherein the screen is designed to receive and display the random number from the communication interface , a user interface for detecting inputs of a user , wherein the user interface is designed to detect an input of a PIN, a processor that is designed, in response to the detection of the PIN by the user interface , to compare the input PIN to the random number generated by a random number generator and in the event they match, to unlock a communication application program for establishing a communication connection via a communication network , characterized in that the eSIM circuit has the random number generator that is designed to generate the random number , where the generated random number is a personal identification number (PIN) for unlocking the electronic SIM the eSIM circuit comprises a hardware wiring that is designed to store the random number generated by the random number generator in an encrypted region of the eSIM circuit (211 a, 211 b) in a manner so as to bypass the processor .
A data forwarding method, comprising: Sending (S101), by a primary base station, a first message to a secondary base station, wherein the first message is used to instruct the secondary base station to handover some radio access bearers to the primary base station, and the first message comprises identifiers of the some radio access bearers, other radio access bearers except for the some radio access bearers are not affected; Sending (S103), by the primary base station, a second message to a user equipment, wherein the second message is used to instruct the user equipment to acquire the data of the some radio access bearers from the primary base station. Sending (S101), by a primary base station, a first message to a secondary base station, wherein the first message is used to instruct the secondary base station to handover some radio access bearers to the primary base station, and the first message comprises identifiers of the some radio access bearers, other radio access bearers except for the some radio access bearers are not affected; Sending (S103), by the primary base station, a second message to a user equipment, wherein the second message is used to instruct the user equipment to acquire the data of the some radio access bearers from the primary base station.