mhurhangee/patent-ind-claim-en huggingface dataset:
A portable communication device for use in supporting voice and/or data communication, said portable communication device comprising: a housing ; a device battery disposed within said housing; a processor disposed at least partially within said housing; and an interface connector disposed at said housing and coupled to said processor, said interface connector configured to couple to a module ; the portable communication device further comprising a back panel removably coupled to said housing such that the module is coupleable to said portable communication device in place of said back panel when said back panel is uncoupled from said housing, said module configured to provide at least one accessory function, wherein said processor is configured to communicate, through said interface connector, via a plurality of communication protocols and to select at least one of the plurality of communication protocols based on the module coupled to said interface connector; and wherein the processor is further configured to: determine if the module includes at least one battery, and when the at least one battery is included, present to the user a section to permit the user to select one of the device battery and the at least one battery of the module to power the portable communication device. a housing ; a device battery disposed within said housing; a processor disposed at least partially within said housing; and an interface connector disposed at said housing and coupled to said processor, said interface connector configured to couple to a module ; the portable communication device further comprising a back panel removably coupled to said housing such that the module is coupleable to said portable communication device in place of said back panel when said back panel is uncoupled from said housing, said module configured to provide at least one accessory function, wherein said processor is configured to communicate, through said interface connector, via a plurality of communication protocols and to select at least one of the plurality of communication protocols based on the module coupled to said interface connector; and wherein the processor is further configured to: determine if the module includes at least one battery, and when the at least one battery is included, present to the user a section to permit the user to select one of the device battery and the at least one battery of the module to power the portable communication device. determine if the module includes at least one battery, and when the at least one battery is included, present to the user a section to permit the user to select one of the device battery and the at least one battery of the module to power the portable communication device.
A combined imaging assembly comprising an MR imaging system and a nuclear imaging system; wherein: the MR imaging system is responsive to signals within a predetermined frequency interval (B1); and the nuclear imaging system has a plurality of (M) nuclear detector modules ; the combined imaging assembly further comprising a timing control unit having a reference clock unit ; and at least one of a phase shifting unit and a frequency shifting unit ; wherein said at least one of a phase shifting unit and a frequency shifting unit is configured to receive a reference clock signal from the reference clock unit and to generate a plurality of (M) shifted clock signals for clocking the (M) nuclear detector modules such that at least one of the (M) shifted clock signals is shifted respective the reference clock signal in at least one of frequency or phase; and wherein the timing control unit is configured to clock each module in the plurality of (M) nuclear detector modules with a shifted clock signal such that two or more of the (M) shifted clock signals that clock respective nuclear detector modules are mutually shifted in at least one of frequency or phase, and such that the combined effect of the interference of the shifted clock signals on the MR imaging system is reduced as compared to clocking all (M) nuclear detector modules with the same clock signals. the MR imaging system is responsive to signals within a predetermined frequency interval (B1); and the nuclear imaging system has a plurality of (M) nuclear detector modules ; the combined imaging assembly further comprising a timing control unit having a reference clock unit ; and at least one of a phase shifting unit and a frequency shifting unit ; wherein said at least one of a phase shifting unit and a frequency shifting unit is configured to receive a reference clock signal from the reference clock unit and to generate a plurality of (M) shifted clock signals for clocking the (M) nuclear detector modules such that at least one of the (M) shifted clock signals is shifted respective the reference clock signal in at least one of frequency or phase; and wherein the timing control unit is configured to clock each module in the plurality of (M) nuclear detector modules with a shifted clock signal such that two or more of the (M) shifted clock signals that clock respective nuclear detector modules are mutually shifted in at least one of frequency or phase, and such that the combined effect of the interference of the shifted clock signals on the MR imaging system is reduced as compared to clocking all (M) nuclear detector modules with the same clock signals.
A coating agent valve for controlling a flow of fluid of a coating agent mixture consisting of two coating agent components (H, SL), in particular a two-component paint consisting of a master batch (SL) and a hardener (H), with a) a valve seat , b) a displaceable valve head , b1) wherein the valve head in a closed position seals off the valve seat and thereby blocks the flow of fluid, b2) whereas the valve head in an open position releases the valve seat and thereby also the flow of fluid, c) a valve drive for displacing the valve head , d) a displaceable valve needle which connects the valve drive to the valve head and moves the valve head in correspondence with the valve drive , e) a flexible membrane which is fastened in a valve space , a displacement of the membrane resulting in a corresponding displacement of the valve needle , f) a first coating agent inlet for supplying the first coating agent component (H), and g) a second coating agent inlet for supplying the second coating agent component (SL), h) wherein the first coating agent inlet and/or the second coating agent inlet opens into the valve space on the side of the membrane remote from the valve drive , and i) the coating agent pressure in the valve space downstream from the membrane from a certain opening pressure onwards presses the valve needle via the membrane out of the closed position into the open position, characterised in that j) the valve needle is formed at least in part by a mixer (14; 14') which mixes the coating agent components (H, SL) together. a) a valve seat , b) a displaceable valve head , b1) wherein the valve head in a closed position seals off the valve seat and thereby blocks the flow of fluid, b2) whereas the valve head in an open position releases the valve seat and thereby also the flow of fluid, b1) wherein the valve head in a closed position seals off the valve seat and thereby blocks the flow of fluid, b2) whereas the valve head in an open position releases the valve seat and thereby also the flow of fluid, c) a valve drive for displacing the valve head , d) a displaceable valve needle which connects the valve drive to the valve head and moves the valve head in correspondence with the valve drive , e) a flexible membrane which is fastened in a valve space , a displacement of the membrane resulting in a corresponding displacement of the valve needle , f) a first coating agent inlet for supplying the first coating agent component (H), and g) a second coating agent inlet for supplying the second coating agent component (SL), h) wherein the first coating agent inlet and/or the second coating agent inlet opens into the valve space on the side of the membrane remote from the valve drive , and i) the coating agent pressure in the valve space downstream from the membrane from a certain opening pressure onwards presses the valve needle via the membrane out of the closed position into the open position, j) the valve needle is formed at least in part by a mixer (14; 14') which mixes the coating agent components (H, SL) together.
System (10; 10') comprising: - a pawl device (110; 110') for a first wheel of a first part (301; 301') of a drivetrain (300; 300') for winding a mainspring ; - a clutch device (120; 120') for engaging a second part (302; 302') of a drivetrain (300; 300') for winding the mainspring with the first part (301; 301') of the drivetrain (300; 300') for winding the mainspring ; and - a coupling device (130; 130') for coupling the pawl device and the clutch device, particularly a device (130; 130') for coupling the states of operation of the pawl device and of the clutch device. - a pawl device (110; 110') for a first wheel of a first part (301; 301') of a drivetrain (300; 300') for winding a mainspring ; - a clutch device (120; 120') for engaging a second part (302; 302') of a drivetrain (300; 300') for winding the mainspring with the first part (301; 301') of the drivetrain (300; 300') for winding the mainspring ; and - a coupling device (130; 130') for coupling the pawl device and the clutch device, particularly a device (130; 130') for coupling the states of operation of the pawl device and of the clutch device.
Apparatus for simultaneous imaging and execution of contact-free directed hydrodynamic flow in a specimen through changing heat patterns, the apparatus comprising: - a microscope having a light source which provides visible light and an objective for fluorescence imaging of at least a part of the specimen , - an infrared laser source being adapted to dynamically heat at least one specified location of the specimen , - means for manipulating the specified location of the specimen which is to be heated, and - a sample chamber for the specimen that is accessible for visible imaging radiation and a beam of infrared light, characterized in that a means for coupling in light from the infrared laser source into an optical path of the microscope is arranged downstream of the means for manipulating the specified location of the specimen , that the objective of the microscope is adapted further to guide, in particular focus, a light beam of the infrared laser source into and/or onto the specimen to heat the at least one specified location of the specimen to allow simultaneous imaging and manipulation of the sample via the objective and that the objective is an immersion objective and heavy water is provided between the objective and the sample. - a microscope having a light source which provides visible light and an objective for fluorescence imaging of at least a part of the specimen , - an infrared laser source being adapted to dynamically heat at least one specified location of the specimen , - means for manipulating the specified location of the specimen which is to be heated, and - a sample chamber for the specimen that is accessible for visible imaging radiation and a beam of infrared light, that a means for coupling in light from the infrared laser source into an optical path of the microscope is arranged downstream of the means for manipulating the specified location of the specimen , that the objective of the microscope is adapted further to guide, in particular focus, a light beam of the infrared laser source into and/or onto the specimen to heat the at least one specified location of the specimen to allow simultaneous imaging and manipulation of the sample via the objective and that the objective is an immersion objective and heavy water is provided between the objective and the sample.
A mobile communication terminal device comprising: a data analysis circuit configured to identify a first uplink data and a second uplink data, wherein the first uplink data has a higher transmission priority than the second uplink data; a channel evaluation circuit configured to evaluate a plurality of candidate carrier channels for uplink transmission to generate a plurality of uplink channel quality measures, the plurality of uplink channel quality measures comprising at least power headroom, where each of the plurality of uplink channel quality measures is associated with one of the plurality of candidate carrier channels for uplink transmission; a channel selection circuit configured to perform a comparison between one or more of the plurality of uplink channel quality measures to select a first uplink channel from the plurality of candidate carrier channels for uplink transmission; and a transmitter configured to transmit the first uplink data using the first uplink channel, and to transmit the second uplink data using a second uplink channel of the plurality of candidate carrier channels for uplink transmission. a data analysis circuit configured to identify a first uplink data and a second uplink data, wherein the first uplink data has a higher transmission priority than the second uplink data; a channel evaluation circuit configured to evaluate a plurality of candidate carrier channels for uplink transmission to generate a plurality of uplink channel quality measures, the plurality of uplink channel quality measures comprising at least power headroom, where each of the plurality of uplink channel quality measures is associated with one of the plurality of candidate carrier channels for uplink transmission; a channel selection circuit configured to perform a comparison between one or more of the plurality of uplink channel quality measures to select a first uplink channel from the plurality of candidate carrier channels for uplink transmission; and a transmitter configured to transmit the first uplink data using the first uplink channel, and to transmit the second uplink data using a second uplink channel of the plurality of candidate carrier channels for uplink transmission.
Computer-implemented method for generating map data of a digital map from raw data of the digital map, - wherein the raw data comprise a map object and one value each of at least one attribute, which value is associated with the map object, - wherein the map data comprise the map object and a value of a derived attribute, which value is associated with the map object, - wherein the map data are generated by applying a global set of rules , wherein the global set of rules comprises at least one association rule, wherein the association rule assigns precisely one value of the derived attribute to at least one value of at least one attribute of the raw data , characterized in that - the map data are generated by further applying an object-specific correction data record , wherein the object-specific correction data record comprises, for a map object, precisely one value of the derived attribute, - wherein the value of the derived attribute that is contained in the correction data record is assigned to the map object of the map data . - wherein the raw data comprise a map object and one value each of at least one attribute, which value is associated with the map object, - wherein the map data comprise the map object and a value of a derived attribute, which value is associated with the map object, - wherein the map data are generated by applying a global set of rules , wherein the global set of rules comprises at least one association rule, wherein the association rule assigns precisely one value of the derived attribute to at least one value of at least one attribute of the raw data , characterized in that - the map data are generated by further applying an object-specific correction data record , wherein the object-specific correction data record comprises, for a map object, precisely one value of the derived attribute, - wherein the value of the derived attribute that is contained in the correction data record is assigned to the map object of the map data .
A method of producing (-)-levoglucosenone, said method comprising, heating waste lignin to a temperature in excess of 150°C for a time sufficient to convert a proportion of the waste lignin to (-)-levoglucosenone wherein the waste lignin contains no more than 40% w/w of polysaccharides.
A method of wireless communication performed by a packet data network, PDN, gateway, wherein the PDN gateway is connected to a radio access network, RAN, including a primary cell utilizing a licensed spectrum and a secondary cell utilizing an unlicensed spectrum, characterized in that the method comprising the steps of: determining an authorization for data traffic to be offloaded to the secondary cell based on data traffic characteristics; and transmitting an indication of the authorization to the RAN. determining an authorization for data traffic to be offloaded to the secondary cell based on data traffic characteristics; and transmitting an indication of the authorization to the RAN.
An apparatus comprising: a housing base that contains a cavity , a boss containing a mounting bore , and a support pad connected to the boss ; and a circuit board that carries an accelerometer , the circuit board positioned in the cavity in contact with and supported by the support pad so that the accelerometer is disposed directly above the support pad . a housing base that contains a cavity , a boss containing a mounting bore , and a support pad connected to the boss ; and a circuit board that carries an accelerometer , the circuit board positioned in the cavity in contact with and supported by the support pad so that the accelerometer is disposed directly above the support pad .
Lining tube for rehabilitating a defective sewer manhole having a first section with a first diameter and an adjoining second section with an increased diameter, the lining tube comprising an inner film tube and a radially expandable layer of fibrous material arranged around it, which is impregnated with a curable reaction resin, the inner film tube having a connecting section extending in the longitudinal direction of the inner film tube , which connecting section connects two mutually parallel circumferential sections , of the inner film tube to form a circumferentially closed inner film tube having a defined nominal diameter, and wherein the connecting section has a predetermined breaking point which extends along the inner film tube and can be opened in the peripheral direction by introducing a pressure medium into the inner film tube, in order to expand the inner film tube and the layer of fibrous material arranged thereon radially beyond the nominal diameter.
An infrared imaging system for infrared rays of wavelength of 5 micrometers or greater, the system including, from the object side to the image side, an aperture (101, 101A, 101B, 1101, 2101, only one lens , and an imaging element , the only one lens being made of synthetic resin, the object side surface of the lens being convex to the object side in the paraxial area, wherein the F-number of the system is 1.1 or smaller, wherein the system is configured such that when the straight line which passes through the center of the aperture and the center of the lens made of synthetic resin is designated as an optical axis, in a plane containing the optical axis, in a bundle of parallel rays, the bundle being incident onto the infrared imaging system with a positive incident angle θ measured counterclockwise between the bundle and the optical axis, the ray which enters the farthest location from the optical axis on the entry surface of the lens is referred to as an upper ray (L1), an angle measured counter-clockwise between the upper ray and the optical axis before passing through the entry surface is θ0U, an angle measured counter-clockwise between the upper ray and the optical axis after passing through the entry surface is represented as θ1U, and Δθ1U = θ1U - θ0U represents a value of change in angle of the upper ray at the entry surface, Δθ1U is negative in the range of θ from 0 to the maximum angle of view and Δθ1U monotonously decreases with θ in the range in which θ is 60 % of the maximum angle of view or smaller, and when in the plane containing the optical axis, in the bundle of parallel rays the ray which enters the farthest location from the upper ray on the entry surface of the lens is referred to as a lower ray (L3), an angle measured counter-clockwise between the lower ray and the optical axis before passing through the entry surface is θ0L, an angle between the lower ray and the optical axis after passing through the entry surface is represented as θ1L, and Δθ1L = θ1L - θ0L represents a value of change in angle of the lower ray at the entry surface, Δθ1L is positive at θ = 0 and Δθ1L becomes negative as θ increases.
Machine to carry out workings on a sheet (F) of a material suitable to make containers, comprising: a fixed frame that defines a support plane (P) for said sheet (F), and feed means configured to feed said sheet (F) in a first longitudinal direction (L) along said support plane (P), said fixed frame comprising at least a first transverse guide member disposed in a transverse direction (T), substantially perpendicular to said first longitudinal direction (L); a transverse working head , provided with a first cutting tool and/or a first creasing tool and guided by said first transverse guide member , to selectively carry out transverse cuttings and/or creasings on said sheet (F); one or more longitudinal working heads , each provided with a second cutting tool and/or a second creasing tool to selectively carry out longitudinal cuttings and/or creasings on said sheet (F), and each selectively positionable in a desired transverse position, guided by at least a second transverse guide member parallel to said first transverse guide member , to carry out longitudinal cuttings and/or creasings on said sheet (F); and positioning means , configured to cooperate with each of said longitudinal workings heads in order to position it selectively in said desired transverse position, characterized in that said positioning means comprise a first transverse positioning device mounted on said transverse working head , and a second transverse positioning device mounted on said fixed frame and each configured to position each of said longitudinal working heads along said transverse direction (T), each of said longitudinal working heads being disposed between said first transverse guide member and said second transverse guide member and comprising sliding elements configured to cooperate slidingly with both said first transverse guide member and said second transverse guide member .