mhurhangee/patent-ind-claim-en huggingface dataset:
In a system comprising one or more processors implementing a plurality of virtual machines, a method comprising: performing a translation lookaside buffer (TLB) lookup using a first search key and a second search key, the first search key representing a first identifier of an operating system executed in association with a corresponding virtual machine of the plurality of virtual machines, the first search key having fewer bits than the first identifier, and the second search key representing a second identifier of a virtual address space managed by the operating system, the second search key having fewer bits than the second identifier, and wherein the first search key and the second search key represent virtual-to-physical address mappings cached at the TLB.
A plug commonly used for AC power supply and DC power supply, comprising: at least one pair of connection terminals , wherein at least one connection terminal of the at least one pair of connection terminals is configured to rotate around an insertion direction into a socket so that the at least one connection terminal has a first state in a case where the connection terminal is inserted into a socket for supplying AC power and a second state in a case where the connection terminal is inserted into a socket for supplying DC power, the second state being different from the first state, wherein the plug further comprises a pair of rotary switches each corresponding to one of the at least one pair of connection terminals , wherein the pair of rotary switches can be turned on by rotation of the at least one pair of connection terminals , wherein a control unit can detect that the at least one pair of connection terminals are in the second state through generation of a current by the pair of rotary switches being turned on. at least one pair of connection terminals , wherein at least one connection terminal of the at least one pair of connection terminals is configured to rotate around an insertion direction into a socket so that the at least one connection terminal has a first state in a case where the connection terminal is inserted into a socket for supplying AC power and a second state in a case where the connection terminal is inserted into a socket for supplying DC power, the second state being different from the first state, wherein the plug further comprises a pair of rotary switches each corresponding to one of the at least one pair of connection terminals , wherein the pair of rotary switches can be turned on by rotation of the at least one pair of connection terminals , wherein a control unit can detect that the at least one pair of connection terminals are in the second state through generation of a current by the pair of rotary switches being turned on.
Marking tool for producing a marking on a workpiece , comprising a marking pin and a tool head with a receiving space in which a part of the marking pin is accommodated, wherein the receiving space opens at an exit opening though which the marking pin extends into the outer space of the tool head , wherein the marking pin is accommodated in the receiving space of the tool head so as to be displaceable relative to the tool head , and wherein the marking tool comprises a spring device , which biases the marking pin into a rest position, charaterized in that the marking pin and the tool head are configured such that a part of the marking pin is removable from the receiving space of the tool head through the exit opening for releasing the marking pin from the tool head and is introducible into the receiving space of the tool head through the exit opening for connecting the marking pin to the tool head , and in that the marking tool comprises a holding device on which the marking pin is held in the operation of the marking tool and from which the marking pin is releasable for exchanging the marking pin .
A combined cycle heat engine comprising: a first gas turbine engine comprising a first air compressor , a first combustion system and a first turbine system ; a second gas turbine engine comprising a second air compressor and a second turbine system ; and a heat exchanger configured to transfer heat from an exhaust of the first turbine system to compressed air from the second air compressor ; wherein the first combustion system comprises a first combustor provided downstream of the first air compressor and upstream of the first turbine system , and a second combustor downstream of a first turbine section of the first turbine system and upstream of a second turbine section of the first turbine system; characterised in that the first air compressor comprises a multi-stage compressor comprising two or more rotor stages, and the first gas turbine engine comprises one or more intercoolers configured to reject heat from the first air compressor , between rotor stages. a first gas turbine engine comprising a first air compressor , a first combustion system and a first turbine system ; a second gas turbine engine comprising a second air compressor and a second turbine system ; and a heat exchanger configured to transfer heat from an exhaust of the first turbine system to compressed air from the second air compressor ; wherein the first combustion system comprises a first combustor provided downstream of the first air compressor and upstream of the first turbine system , and a second combustor downstream of a first turbine section of the first turbine system and upstream of a second turbine section of the first turbine system; characterised in that the first air compressor comprises a multi-stage compressor comprising two or more rotor stages, and the first gas turbine engine comprises one or more intercoolers configured to reject heat from the first air compressor , between rotor stages.
Method for detecting a collapse of a working voltage (HV, AS) across an electrical component , which component is a capacitor, in which method the working voltage (HV, AS) is monitored for the crossing of a critical characteristic and a crossing is detected as a collapse, wherein a model voltage (MS) generated by a model circuit is used as critical characteristic, wherein an incipient drop in the working voltage (HV, AS) triggers the model voltage (MS) to start to drop.
Mobile irrigation system for agriculture, comprising a chassis and two cantilevers which each have a plurality of, preferably four, partial arms (1-4), each cantilever having at least one cable mast for tensioning cables (16-20), characterised in that the chassis is detachably connected to the partial arm adjacent thereto, in that this partial arm has two wheels of which the preferably common axis extends normally to a longitudinal direction of the cantilever and in that the outermost partial arm has a hitch, preferably a coupling .
Electric machine having - a stator , - a rotor which interacts magnetically with the stator , - a housing which surrounds the stator and the rotor , and - a hollow shaft , on which the rotor is arranged and which is mounted on the housing , wherein - a radial fan is arranged in a rotationally fixed fashion on the hollow shaft on the ventilation side (B), - a section of a fan blade of the radial fan extends axially away from the housing to a greater extent than the hollow shaft and - a shaft of a guide element with a radially extending plate is arranged in the hollow shaft , wherein - the plate is arranged axially further away from the housing than the end side of the hollow shaft on the ventilation side (B) so that - an inner coolant flow can thus be delivered from the section of the fan blade of the radial fan out of the hollow shaft through a passage between the end side of the hollow shaft on the ventilation side and the plate radially outwards, and wherein - the hollow shaft is closed on the drive side (A) and the coolant can penetrate the hollow shaft at the end side on the ventilation side (B), and wherein the hollow shaft passes through the entire rotor and the guide element has a tube , through which coolant can be delivered from the ventilation side through the rotor and between the outer wall of the tube and the inner wall of the hollow shaft back to the ventilation side (B). - a stator , - a rotor which interacts magnetically with the stator , - a housing which surrounds the stator and the rotor , and - a hollow shaft , on which the rotor is arranged and which is mounted on the housing , wherein - a radial fan is arranged in a rotationally fixed fashion on the hollow shaft on the ventilation side (B), - a section of a fan blade of the radial fan extends axially away from the housing to a greater extent than the hollow shaft and - a shaft of a guide element with a radially extending plate is arranged in the hollow shaft , wherein - the plate is arranged axially further away from the housing than the end side of the hollow shaft on the ventilation side (B) so that - an inner coolant flow can thus be delivered from the section of the fan blade of the radial fan out of the hollow shaft through a passage between the end side of the hollow shaft on the ventilation side and the plate radially outwards, and wherein - the hollow shaft is closed on the drive side (A) and the coolant can penetrate the hollow shaft at the end side on the ventilation side (B), and wherein the hollow shaft passes through the entire rotor and the guide element has a tube , through which coolant can be delivered from the ventilation side through the rotor and between the outer wall of the tube and the inner wall of the hollow shaft back to the ventilation side (B).
A device for protecting a joint, said device comprising: a body part contact portion ; a surface contact portion ; and a plurality of discrete shock absorbing elements disposed between the body part contact portion and the surface contact portion ; wherein the shock absorbing elements are circumferentially arranged around a vertical axis located in the centre of the surface contact portion , wherein the shock absorbing elements comprise springs ; characterised in that : the body part contact portion and the surface contact portion comprise shock absorbing element housings adapted to releasably engage with the shock absorbing elements . a body part contact portion ; a surface contact portion ; and a plurality of discrete shock absorbing elements disposed between the body part contact portion and the surface contact portion ;
A method of selecting a connection for a wavelength channel from a plurality of connection candidates in a communications network, characterized in that the method comprises actions, at a path computation element, PCE, server in a control plane , of: obtaining information from a physical element in the network, related to an estimated time for the physical element to establish each connection candidate therethrough for the wavelength channel; and selecting the connection taking into account the estimated time associated with each connection candidate . obtaining information from a physical element in the network, related to an estimated time for the physical element to establish each connection candidate therethrough for the wavelength channel; and selecting the connection taking into account the estimated time associated with each connection candidate .
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a plurality of end plates at least partially surrounding the battery cell stack; and a support member coupled to the plurality of end plates and supporting the plurality of end plates; wherein each of the plurality of end plates comprises a bent portion formed to be bent at an end thereof, and characterised by at least one accommodation portion , in which an accommodation groove is formed, is formed in the bent portion, and a catching portion , which is inserted into and coupled to the accommodation groove of the at least one accommodation portion, is formed at each of both ends of the support member. a battery cell stack in which a plurality of battery cells are stacked; a plurality of end plates at least partially surrounding the battery cell stack; and a support member coupled to the plurality of end plates and supporting the plurality of end plates; wherein each of the plurality of end plates comprises a bent portion formed to be bent at an end thereof, and characterised by at least one accommodation portion , in which an accommodation groove is formed, is formed in the bent portion, and a catching portion , which is inserted into and coupled to the accommodation groove of the at least one accommodation portion, is formed at each of both ends of the support member.
A method for performing synchronization of time by a first device for a device-to-device, D2D, communication, the method comprising: setting the first device to a first group based on at least one of interference information, quality of service, QoS, and a service type; outputting a first synchronization signal corresponding to the first group as a signal for setting synchronization in a physical layer if a phase value for the first synchronization signal is larger than or equal to a phase threshold value preset for outputting of the first synchronization signal; if a second synchronization signal is received from a second device and the second device belongs to a second group different from the first group, controlling the outputting of the first synchronization signal by applying a time offset between the first group and the second group to converge on different time points between different groups, the time offset being applied based on a difference between time points corresponding to phase values of the first group and the second group; and if a third synchronization signal is received from a third device and the third device belongs to the first group, controlling the outputting of the first synchronization signal by applying a phase variance to the first synchronization signal to converge on a same time point as the third synchronization signal, the phase variance relative to the third synchronization signal at a time point upon receiving the third synchronization signal. setting the first device to a first group based on at least one of interference information, quality of service, QoS, and a service type; outputting a first synchronization signal corresponding to the first group as a signal for setting synchronization in a physical layer if a phase value for the first synchronization signal is larger than or equal to a phase threshold value preset for outputting of the first synchronization signal; if a second synchronization signal is received from a second device and the second device belongs to a second group different from the first group, controlling the outputting of the first synchronization signal by applying a time offset between the first group and the second group to converge on different time points between different groups, the time offset being applied based on a difference between time points corresponding to phase values of the first group and the second group; and if a third synchronization signal is received from a third device and the third device belongs to the first group, controlling the outputting of the first synchronization signal by applying a phase variance to the first synchronization signal to converge on a same time point as the third synchronization signal, the phase variance relative to the third synchronization signal at a time point upon receiving the third synchronization signal.
Door or window system having a door or window leaf and a drive for the leaf, having a drive housing ; a motor which comprises a motor shaft ; a drive spindle which is disposed in the drive housing , and a reduction gearbox which is between the motor shaft and the drive spindle and comprises at least one input element coupled to the motor shaft , and an output element coupled to the drive spindle ; wherein at least one static element of the gearbox is disposed in the drive housing ; wherein the motor is disposed in a separate motor housing, and wherein the output element and the drive spindle have a common mounting . a drive housing ; a motor which comprises a motor shaft ; a drive spindle which is disposed in the drive housing , and a reduction gearbox which is between the motor shaft and the drive spindle and comprises at least one input element coupled to the motor shaft , and an output element coupled to the drive spindle ; wherein at least one static element of the gearbox is disposed in the drive housing ; wherein the motor is disposed in a separate motor housing, and wherein the output element and the drive spindle have a common mounting .
An enzymatic sample purifier apparatus comprising: a waste chamber ; a reaction chamber containing a polypeptide synthesis enzyme, an enzyme cofactor and a cosolvent, the reaction chamber having a port to receive a sample comprising a protein degradation product; a porous matrix within the reaction chamber , wherein the porous matrix comprises first pores having a first size and second pores having a second size larger than the first size, the first size being smaller than a molecular size of to be formed polypeptides, the second pores being larger than the molecular size of the to be formed polypeptides, in contact with the first pores and forming a polypeptide passage extending from within the reaction chamber to the waste chamber . a waste chamber ; a reaction chamber containing a polypeptide synthesis enzyme, an enzyme cofactor and a cosolvent, the reaction chamber having a port to receive a sample comprising a protein degradation product; a porous matrix within the reaction chamber , wherein the porous matrix comprises first pores having a first size and second pores having a second size larger than the first size, the first size being smaller than a molecular size of to be formed polypeptides, the second pores being larger than the molecular size of the to be formed polypeptides, in contact with the first pores and forming a polypeptide passage extending from within the reaction chamber to the waste chamber .
Filterbank-based multicarrier transmitter for transmitting a multicarrier signal, the multicarrier signal comprising a synchronization part (401; 501) and a payload part (403; 503A, 503B), the synchronization part (401; 501) comprising K1 frequency sub-channels, the payload part (403; 503A, 503B) comprising K2 frequency sub-channels, the K1 frequency sub-channels of the synchronization part (401; 501) being arranged to form M subsequent multicarrier symbols, the synchronization part (401; 501) being a preamble or a midamble of the multicarrier signal, the filterbank-based multicarrier transmitter comprising: a processor being configured to assign subsequent pilot values of a pilot sequence to every P th frequency sub-channel of the K1 frequency sub-channels of the synchronization part (401; 501) to obtain a pilot symbol (405, 407; 505, 507) of the multicarrier signal, and to assign subsequent payload values of a payload sequence to subsequent frequency sub-channels of the K2 frequency sub-channels of the payload part (403; 503A, 503B) to obtain a payload symbol (411-421; 511-523) of the multicarrier signal, wherein P is greater than 1, and wherein the processor is configured to assign subsequent groups of subsequent pilot values to every Q th symbol of the M multicarrier symbols, wherein Q is greater than 1, wherein the processor is further configured to arrange the synchronization part to precede the payload part or to arrange the synchronization part between two payload parts .
A flow battery comprising: a stack of manifold plates defining first and second exclusive flow circuits through the stack between first and second stack inlets and first and second stack outlets , the manifold plates each including a frame that extends around a flow field of an electrochemically active area, with a plurality of port through-holes in the frame , the plurality of port through-holes being arranged in a rotationally symmetric pattern about a center (C) of the respective manifold plate , characterised in that a portion of the manifold plates are stacked together in a first group and another portion of the manifold plates are stacked together in a second group that is angularly offset from an orientation of the first group and the first and second exclusive flow circuits are both configured to receive either a first or second fluid electrolyte , wherein at least one of the fluid electrolytes is an ionically-conductive fluid. a stack of manifold plates defining first and second exclusive flow circuits through the stack between first and second stack inlets and first and second stack outlets , the manifold plates each including a frame that extends around a flow field of an electrochemically active area, with a plurality of port through-holes in the frame , the plurality of port through-holes being arranged in a rotationally symmetric pattern about a center (C) of the respective manifold plate , characterised in that a portion of the manifold plates are stacked together in a first group and another portion of the manifold plates are stacked together in a second group that is angularly offset from an orientation of the first group and the first and second exclusive flow circuits are both configured to receive either a first or second fluid electrolyte , wherein at least one of the fluid electrolytes is an ionically-conductive fluid.
A computer-implemented method for generating configuration data for an apparatus, the apparatus being arranged to produce a three-dimensional object with a set of materials, the method comprising: obtaining coverage data indicative of a range of material volume coverage vector values for the set of materials, a material volume coverage vector representing proportions for each producible combination of the set of materials for at least an addressable volume of a three-dimensional object to be produced; receiving thickness range data indicative of a range of thickness for a vector component of the material volume coverage vector; generating control data indicative of the thickness range data; producing , using the apparatus, at least one three-dimensional test object based on said control data, the at least one three-dimensional test object having at least one dimension representative of the range of thickness; obtaining measurement data indicative of values for at least one color property measured across the at least one dimension; and generating , based on the thickness range data and the measurement data, configuration data indicative of a thickness that exhibits a desired color property value. obtaining coverage data indicative of a range of material volume coverage vector values for the set of materials, a material volume coverage vector representing proportions for each producible combination of the set of materials for at least an addressable volume of a three-dimensional object to be produced; receiving thickness range data indicative of a range of thickness for a vector component of the material volume coverage vector; generating control data indicative of the thickness range data; producing , using the apparatus, at least one three-dimensional test object based on said control data, the at least one three-dimensional test object having at least one dimension representative of the range of thickness; obtaining measurement data indicative of values for at least one color property measured across the at least one dimension; and generating , based on the thickness range data and the measurement data, configuration data indicative of a thickness that exhibits a desired color property value.