mhurhangee/ep-ind-claims huggingface dataset:
An undulator for guiding an electron beam along a periodic path, comprising: one or more periodic magnetic structures (42a-d) extending axially along the undulator, each periodic magnetic structure comprising a plurality of magnets and a plurality of passive ferromagnetic elements, the plurality of magnets being arranged alternately with the plurality of passive ferromagnetic elements in a line extending in an axial direction; wherein each of the plurality of magnets is spatially separated from the periodic path followed by the electron beam, and wherein each of the passive ferromagnetic elements extends radially from an adjacent magnet towards the periodic path followed by the electron beam, characterised in that the undulator further comprises a plurality of spacer elements, wherein one or more of the plurality of magnets is separated from the periodic path by one of the plurality of spacer elements, wherein the plurality of spacer elements have a radial thickness of at least the Moliere radius of the material from which it is formed. one or more periodic magnetic structures (42a-d) extending axially along the undulator, each periodic magnetic structure comprising a plurality of magnets and a plurality of passive ferromagnetic elements, the plurality of magnets being arranged alternately with the plurality of passive ferromagnetic elements in a line extending in an axial direction; wherein each of the plurality of magnets is spatially separated from the periodic path followed by the electron beam, and wherein each of the passive ferromagnetic elements extends radially from an adjacent magnet towards the periodic path followed by the electron beam, characterised in that the undulator further comprises a plurality of spacer elements, wherein one or more of the plurality of magnets is separated from the periodic path by one of the plurality of spacer elements, wherein the plurality of spacer elements have a radial thickness of at least the Moliere radius of the material from which it is formed.
A garment care device comprising: - a sensor connected to a control unit for generating an output signal characterizing a movement of said garment care device, - a display (102, 302) for displaying a plurality of light indicators (103, 303), wherein the control unit is adapted to: a) identify some movement characteristics in said output signal, said movement characteristics reflecting that the garment care device is moving, wherein said movement characteristics correspond to the amount of a linear displacement along a given direction of the garment care device, b) control the switching of said plurality of light indicators (103, 303), based on said movement characteristics, and c) switch said plurality of light indicators according to a given light pattern, and characterised in that the control unit is adapted to control the switching of a number of light indicators among said plurality of light indicators (103, 303), said number of light indicators depending on said amount of linear displacement. - a sensor connected to a control unit for generating an output signal characterizing a movement of said garment care device, - a display (102, 302) for displaying a plurality of light indicators (103, 303), wherein the control unit is adapted to: a) identify some movement characteristics in said output signal, said movement characteristics reflecting that the garment care device is moving, wherein said movement characteristics correspond to the amount of a linear displacement along a given direction of the garment care device, b) control the switching of said plurality of light indicators (103, 303), based on said movement characteristics, and c) switch said plurality of light indicators according to a given light pattern, and characterised in that the control unit is adapted to control the switching of a number of light indicators among said plurality of light indicators (103, 303), said number of light indicators depending on said amount of linear displacement. a) identify some movement characteristics in said output signal, said movement characteristics reflecting that the garment care device is moving, wherein said movement characteristics correspond to the amount of a linear displacement along a given direction of the garment care device, b) control the switching of said plurality of light indicators (103, 303), based on said movement characteristics, and c) switch said plurality of light indicators according to a given light pattern,
A user equipment, comprising: a radio interface operative to transmit a signalling message (65; 70; 75; 91; 94; 95) including paging related information (72; 76) that is indicative of whether the user equipment, UE (10, 19), is pageable or unpageable such that the UE does not listen on a paging channel; and an electronic circuit operative to control the radio interface in dependence on the paging related information (72; 76), wherein the electronic circuit is operative to control the radio interface such that the UE (10, 19) does not listen on a paging channel if the paging related information (72; 76) indicates that the UE (10, 19) is unpageable, wherein the UE (10, 19) that is unpageable is operative to receive downlink user data after the UE initiates mobile originated, MO, traffic. a radio interface operative to transmit a signalling message (65; 70; 75; 91; 94; 95) including paging related information (72; 76) that is indicative of whether the user equipment, UE (10, 19), is pageable or unpageable such that the UE does not listen on a paging channel; and an electronic circuit operative to control the radio interface in dependence on the paging related information (72; 76), wherein the electronic circuit is operative to control the radio interface such that the UE (10, 19) does not listen on a paging channel if the paging related information (72; 76) indicates that the UE (10, 19) is unpageable, wherein the UE (10, 19) that is unpageable is operative to receive downlink user data after the UE initiates mobile originated, MO, traffic.
A method for inhibiting proliferation and/or inducing apoptosis in a leukemia cell in vitro, comprising contacting the leukemia cell with an inhibitor of interaction between MLL1 and menin, wherein the leukemia cell exhibits an NPM1 mutation, and wherein the leukemia cell does not exhibit a genetic mutation, alteration, and/or abnormality that is an MLL-translocation (MLL-t), an MLL-rearrangement (MLL-r), or an MLL-partial tandem duplication (MLL-PTD).
A device for filling a container with a carbonated liquid, comprising at least: - one top part and - one bottom part having a container connection for fastening the container to the device, wherein the bottom part can be displaced to a limited extent relative to the top part between a closed position and a venting position, characterized in that when fastening the container to the container connection, the bottom part can be shifted by the container into the closed position, and when detaching the container from the container connection, the bottom part can be shifted by the container into the venting position so that an excess pressure in the container in the venting position of the bottom part can be reduced before detaching the container from the container connection, wherein a vent duct of the bottom part is closed in the closed position and open in the venting position. - one top part and - one bottom part having a container connection for fastening the container to the device, wherein the bottom part can be displaced to a limited extent relative to the top part between a closed position and a venting position, characterized in that when fastening the container to the container connection, the bottom part can be shifted by the container into the closed position, and when detaching the container from the container connection, the bottom part can be shifted by the container into the venting position so that an excess pressure in the container in the venting position of the bottom part can be reduced before detaching the container from the container connection, wherein a vent duct of the bottom part is closed in the closed position and open in the venting position.
A fluid delivery device that is used by being embedded within an animal or human body, comprising: a fluid delivery mechanism (102, 142) for discharging fluid from a reservoir that contains the fluid to outside of the fluid delivery device; a sending and receiving section (141, 143) that wirelessly sends and receives information relating to control of the fluid delivery mechanism to and from an external apparatus; a power supply section that supplies power to at least one of the fluid delivery mechanism (102, 142) and the sending and receiving section (141, 143); and characterized by a mechanical switch that has a stationary part and a movable part (155, 157, 206) whose movement is capable of changing a supply path of the power only from a cutoff state to a conductive state, the movable part (155, 157, 206) remaining fixed to the fluid delivery device after being moved. a fluid delivery mechanism (102, 142) for discharging fluid from a reservoir that contains the fluid to outside of the fluid delivery device; a sending and receiving section (141, 143) that wirelessly sends and receives information relating to control of the fluid delivery mechanism to and from an external apparatus; a power supply section that supplies power to at least one of the fluid delivery mechanism (102, 142) and the sending and receiving section (141, 143); and characterized by a mechanical switch that has a stationary part and a movable part (155, 157, 206) whose movement is capable of changing a supply path of the power only from a cutoff state to a conductive state, the movable part (155, 157, 206) remaining fixed to the fluid delivery device after being moved.
An iridium complex compound denoted by a formula below; in the formula, Ir represents an iridium atom. n is 1 or 2. Ar is a structure represented by a formula below; in the formula, a dashed line represents a bond of Ar in the formula. m is an integer from m=n+1 to n +5; substituents R in the formulas and are each independently a hydrogen atom, D or F; substituents R 1 in the formulas and are each independently a hydrogen atom, D, F, Cl, Br, I, -N(R') 2, - CN, -NO 2, -OH, -COOR', -C(=O)R', -C(=O)NR', -P(=O)(R') 2, - S(=O)R', -S(=O) 2 R', -OS(=O) 2 R', a linear, branched or cyclic alkyl group having 1 to 6 carbon atoms, a linear or branched alkoxy group having 1 to 4 carbon atoms, a linear, branched or cyclic alkylthio group having 1 to 4 carbon atoms, a linear or branched alkenyl group having 2 to 4 carbon atoms, a linear or branched alkynyl group having 2 to 4 carbon atoms, an aromatic group having 5 to 60 carbon atoms, a heteroaromatic group having 5 to 60 carbon atoms, a diarylamino group having 10 to 40 carbon atoms, an arylheteroarylamino group having 10 to 40 carbon atoms, or a diheteroarylamino group having 10 to 40 carbon atoms. These groups may be substituted with one or more R' other than a hydrogen atom; each R' is independently a hydrogen atom, D, F, -CN, a linear, branched or cyclic alkyl group having 1 to 6 carbon atoms, a linear or branched alkenyl group having 2 to 4 carbon atoms, or a linear or branched alkynyl group having 2 to 4 carbon atoms.
An inspection apparatus comprising: an irradiating device that is configured to irradiate an outer surface of a sample in which a plurality of layers (L1, L2, L3) are laminated with a terahertz wave (THz); a detecting device that is configured to detect the terahertz wave from the sample to obtain a detected waveform; and an estimating device that is configured to estimate a position of a first boundary surface of the plurality of layers on the basis of a second boundary surface pulse wave and a library without using a first boundary surface pulse wave corresponding to the first boundary surface, the second boundary surface pulse wave appearing in the detected waveform to correspond to a second boundary surface of the plurality of layers, the second boundary surface being farther from the outer surface than the first boundary surface, the library indicating an estimated waveform of the terahertz wave from the sample. an irradiating device that is configured to irradiate an outer surface of a sample in which a plurality of layers (L1, L2, L3) are laminated with a terahertz wave (THz); a detecting device that is configured to detect the terahertz wave from the sample to obtain a detected waveform; and an estimating device that is configured to estimate a position of a first boundary surface of the plurality of layers on the basis of a second boundary surface pulse wave and a library without using a first boundary surface pulse wave corresponding to the first boundary surface, the second boundary surface pulse wave appearing in the detected waveform to correspond to a second boundary surface of the plurality of layers, the second boundary surface being farther from the outer surface than the first boundary surface, the library indicating an estimated waveform of the terahertz wave from the sample.
An apparatus for the three-dimensional printing of an item made of a metallic material, comprising a crucible that contains metallic material in the semisolid state that supplies a head comprising an extrusion nozzle (18, 118) for the deposition in layers of filaments of said metallic material in the semisolid state on a worktable, at least one of said deposition head and said worktable being movable in space with respect to the other, the apparatus being characterized in that said deposition head comprises a hollow body inside which there is a piston that is adapted to push said metallic material in the semisolid state out of the extrusion nozzle (18, 118), said hollow body being supplied with metallic material in the semisolid state by means of a supply portion that comprises said crucible and a duct that connects the supply portion integrally to said piston and is hollow axially for the passage of said material to said hollow body and can translate with said supply portion, and in that it is provided with preheating means for localized preheating along a track of a lower layer of said deposited metallic material on which a filament of an upper layer must be deposited.
A bell for a bicycle, comprising: a mounting bracket for securing the bell to a bicycle handle bar; a striker moveably attached to the mounting bracket; and the bell further comprising an arcuate shaped ringer supported outwardly and spaced from the mounting bracket, characterised in that the arcuate shaped ringer is supported outwardly and spaced from the mounting bracket by two or more flexible suspension means, each suspension mean comprising a spring located about a pin extending outwardly from an outer surface of the mounting bracket and being spaced apart along the length of the arcuate ringer, the springs connected at an outer end to the arcuate ringer, the two or more flexible suspension means being resiliently flexible to allow the ringer to reverberate when struck by the striker. a mounting bracket for securing the bell to a bicycle handle bar; a striker moveably attached to the mounting bracket; and the bell further comprising an arcuate shaped ringer supported outwardly and spaced from the mounting bracket, characterised in that the arcuate shaped ringer is supported outwardly and spaced from the mounting bracket by two or more flexible suspension means, each suspension mean comprising a spring located about a pin extending outwardly from an outer surface of the mounting bracket and being spaced apart along the length of the arcuate ringer, the springs connected at an outer end to the arcuate ringer, the two or more flexible suspension means being resiliently flexible to allow the ringer to reverberate when struck by the striker.
3D fibrous structure preform comprising at least 3 layers (1, 2) of weft and/or warp yarns, wherein the structure is woven as one part by multilayer weaving between a plurality of layers of warp yarns and a plurality of layers of weft yarns, characterized in that the totality or a determined part of the warp yarns and/or the weft yarns is pre-coated with a thermosensitive polymer and comprises a predetermined distribution of intersection points of warp yarn and weft yarn bonded by polymer, and in that this polymer represents a weight less than, or equal to, about 10%, preferably from about 1 to about 7%, more preferably from 1 to 5%, by weight based on the total weight of the preform, and in that the preform comprises at least one thermoformed portion in which the warp and weft yarns are bonded to their intersections by polymer, where at least one of the warp and/or weft yarns carry polymer.
A radiofrequency coil array for a magnetic resonance examination system, the RF coil array comprising: - multiple RF coil elements (16-1... 16-4), - sets, in particular pairs, of transformers (109, 111) arranged between adjacent RF coil elements, wherein transformers of said sets are configured for having a mutual coupling which compensates for a mutual coupling between the adjacent RF coil elements and wherein - the multiple coil elements are arranged in a two-dimensional pattern that is spanned by a first and a second principal axis, the two-dimensional pattern having mutually transverse diagonal axes (103,1, 103-2) each having an orientation between the first and second principal axes (101-1, 101-2), - a first transformer of one of said sets configured for decoupling the coil elements offset along the first diagonal axis, - a second transformer of the one of said sets configured for decoupling the coil elements offset along the second diagonal axis, characterised in that the first and second transformers are coupled to compensate said mutual coupling between coil elements offset along the second principal axis. - multiple RF coil elements (16-1... 16-4), - sets, in particular pairs, of transformers (109, 111) arranged between adjacent RF coil elements, wherein transformers of said sets are configured for having a mutual coupling which compensates for a mutual coupling between the adjacent RF coil elements and wherein - the multiple coil elements are arranged in a two-dimensional pattern that is spanned by a first and a second principal axis, the two-dimensional pattern having mutually transverse diagonal axes (103,1, 103-2) each having an orientation between the first and second principal axes (101-1, 101-2), - a first transformer of one of said sets configured for decoupling the coil elements offset along the first diagonal axis, - a second transformer of the one of said sets configured for decoupling the coil elements offset along the second diagonal axis, characterised in that the first and second transformers are coupled to compensate said mutual coupling between coil elements offset along the second principal axis.
Method for producing yoghurt from a pot (3; 33) containing a milk-based preparation, comprising a step of heating the pot (3; 33) arranged at least partially in a chamber (25; 55), characterised in that the step of heating the pot (3; 33) comprises a first phase of time less than or equal to thirty minutes consisting in heating a liquid placed in the chamber (25; 55) near the pot (3; 33) so as to raise the temperature of said milk-based preparation within a yoghurt production temperature range, in that the process consists in arranging the pot (3; 33) separate from the liquid, and in that said first phase consists in raising the temperature of a gaseous fluid in contact with the pot (3; 33) by heating said liquid.
An integrated circuit for implementing at least a portion of a personal audio device, comprising: an output adapted to provide an output signal to an output transducer (SPKR) including both source audio for playback to a listener and an anti-noise signal for countering the effects of ambient audio sounds in an acoustic output of the transducer (SPKR); an error microphone input adapted to receive an error microphone signal (err) indicative of the acoustic output of the transducer (SPKR) and ambient audio sounds at the transducer (SPKR); a noise source adapted to provide a noise signal; and a processing circuit (20, 30) that adaptively generates the anti-noise signal to reduce the presence of the ambient audio sounds heard by the listener in conformity with an error signal (e), wherein the processing circuit (20, 30) is configured to implement a secondary path adaptive filter having a secondary path response that shapes the source audio and a combiner that removes the source audio from the error microphone signal (err) to provide the error signal (e), characterized in that: the processing circuit (20, 30) is further configured to detect a remote ring signal in the source audio and to, in response to detecting the remote ring signal and during the remote ring signal or in response to detecting that the remote ring signal has completed, inject one or more intermittent bursts of noise from the noise source into the secondary path adaptive filter and the audio signal reproduced by the transducer (SPKR), and to permit the secondary path adaptive filter to adapt during the intermittent bursts of noise. an output adapted to provide an output signal to an output transducer (SPKR) including both source audio for playback to a listener and an anti-noise signal for countering the effects of ambient audio sounds in an acoustic output of the transducer (SPKR); an error microphone input adapted to receive an error microphone signal (err) indicative of the acoustic output of the transducer (SPKR) and ambient audio sounds at the transducer (SPKR); a noise source adapted to provide a noise signal; and a processing circuit (20, 30) that adaptively generates the anti-noise signal to reduce the presence of the ambient audio sounds heard by the listener in conformity with an error signal (e), wherein the processing circuit (20, 30) is configured to implement a secondary path adaptive filter having a secondary path response that shapes the source audio and a combiner that removes the source audio from the error microphone signal (err) to provide the error signal (e), characterized in that: the processing circuit (20, 30) is further configured to detect a remote ring signal in the source audio and to, in response to detecting the remote ring signal and during the remote ring signal or in response to detecting that the remote ring signal has completed, inject one or more intermittent bursts of noise from the noise source into the secondary path adaptive filter and the audio signal reproduced by the transducer (SPKR), and to permit the secondary path adaptive filter to adapt during the intermittent bursts of noise.
Driving device for unlocking and locking a lock enabling access to protected areas, within its housing comprising: a gear assembly, at least one electric energy source in a protective housing and an electric driving motor, for transmitting drive to a rotary control element of the lock mechanism by means of the gear assembly, characterized in that an individual electric energy source is so shaped that with its shape, in cross-section through the driving motor and the electric energy source, it at least partially surrounds the driving motor, which means that in the area of cross-section through the electric energy source there are at least two points such that a line segment joining these points passes through the area of cross-section of the driving motor.