mhurhangee/ep-ind-claims huggingface dataset:
A spectrometer, comprising: a housing defining a volume into which an analyte gas is to be introduced, the analyte gas including a chiral component; a first microwave generator (106, 108) coupled to the housing and configured to apply a first microwave pulse to the analyte gas, the first microwave pulse being polarized along a first direction; characterised by a second generator coupled to the housing and configured to apply a second pulse to the analyte gas, the second pulse being polarized along a second direction different from the first direction, the second pulse being a second microwave pulse or a switched electric field; a phase-sensitive microwave detector coupled to the housing and configured to detect an induced microwave emitted by the analyte gas, the induced microwave being polarized along a third direction different from the first direction and the second direction; and an analyzer coupled to the phase-sensitive microwave detector and configured to detect an enantiomer of the chiral component based on a phase of the induced microwave. a housing defining a volume into which an analyte gas is to be introduced, the analyte gas including a chiral component; a first microwave generator (106, 108) coupled to the housing and configured to apply a first microwave pulse to the analyte gas, the first microwave pulse being polarized along a first direction; characterised by a second generator coupled to the housing and configured to apply a second pulse to the analyte gas, the second pulse being polarized along a second direction different from the first direction, the second pulse being a second microwave pulse or a switched electric field; a phase-sensitive microwave detector coupled to the housing and configured to detect an induced microwave emitted by the analyte gas, the induced microwave being polarized along a third direction different from the first direction and the second direction; and an analyzer coupled to the phase-sensitive microwave detector and configured to detect an enantiomer of the chiral component based on a phase of the induced microwave.
A directional lock, comprising: a housing (1810,2012) defining an interior space, a first opening and a second opening (1860,2030), wherein each of the first and second openings communicates with the interior space; a brake element defined by or supported by the housing (1810,2012); at least one lock element (1820,1822) disposed within the housing (1810,2012); a core element (1830,2018) that passes through both the first and second openings (1860,2030) of the housing and engages the lock element (1820,1822) such that movement of the core element (1830,2018) relative to the housing causes rotation of the lock element; wherein the lock element (1820,1822) is movable relative to the housing between a first position, which provides a first level of resistance to rotation of the lock element, and a second position, which provides a second level of resistance to rotation of the lock element, wherein the second level of resistance is higher than the first level; and wherein the second level of resistance is caused at least in part by contact between the lock element (1820,1822) and the brake element. a housing (1810,2012) defining an interior space, a first opening and a second opening (1860,2030), wherein each of the first and second openings communicates with the interior space; a brake element defined by or supported by the housing (1810,2012); at least one lock element (1820,1822) disposed within the housing (1810,2012); a core element (1830,2018) that passes through both the first and second openings (1860,2030) of the housing and engages the lock element (1820,1822) such that movement of the core element (1830,2018) relative to the housing causes rotation of the lock element; wherein the lock element (1820,1822) is movable relative to the housing between a first position, which provides a first level of resistance to rotation of the lock element, and a second position, which provides a second level of resistance to rotation of the lock element, wherein the second level of resistance is higher than the first level; and wherein the second level of resistance is caused at least in part by contact between the lock element (1820,1822) and the brake element.
An atomizer device, wherein the atomizer device comprises a housing, a liquid reservoir chamber defined in the housing, and an adjusting valve engaging with the housing; wherein a liquid injection channel is defined on a surface of the housing for injecting liquid solution into the liquid reservoir chamber; the adjusting valve is rotatable between a first position and a second position across the surface of the housing and keeps connected to the housing while rotating relative to the housing; the adjusting valve is able to be rotated to the first position to open the liquid injection channel, and is able to be rotated to the second position to close the liquid injection channel, wherein the atomizer device comprises a sealing unit sealing one end of the liquid reservoir chamber, and wherein the sealing unit forms an end wall of the liquid reservoir chamber, and wherein the liquid injection channel is defined in the sealing unit, wherein the adjusting valve comprises an adjusting cover, wherein the adjusting cover is configured to slidably engage with the sealing unit, and the adjusting cover is configured to slide back and forth to correspondingly open or close the liquid injection channel. wherein a liquid injection channel is defined on a surface of the housing for injecting liquid solution into the liquid reservoir chamber; the adjusting valve is rotatable between a first position and a second position across the surface of the housing and keeps connected to the housing while rotating relative to the housing; the adjusting valve is able to be rotated to the first position to open the liquid injection channel, and is able to be rotated to the second position to close the liquid injection channel, wherein the atomizer device comprises a sealing unit sealing one end of the liquid reservoir chamber, and wherein the sealing unit forms an end wall of the liquid reservoir chamber, and wherein the liquid injection channel is defined in the sealing unit, wherein the adjusting valve comprises an adjusting cover, wherein the adjusting cover is configured to slidably engage with the sealing unit, and the adjusting cover is configured to slide back and forth to correspondingly open or close the liquid injection channel.
A virtual network monitoring system including a control plane that transfers a control signal for a virtual network, and a data plane that transfers a packet of the virtual network, comprising: agent means for acquiring a connection configuration between a virtual node in a physical environment and the virtual network; virtual network management means for acquiring a connection configuration between the virtual node in a virtual environment and the virtual network; and virtual network monitoring means for monitoring the virtual network, on the data plane, based on a connection configuration between the virtual node in the physical environment and the virtual network, and a connection configuration between the virtual node in the virtual environment and the virtual network. agent means for acquiring a connection configuration between a virtual node in a physical environment and the virtual network; virtual network management means for acquiring a connection configuration between the virtual node in a virtual environment and the virtual network; and virtual network monitoring means for monitoring the virtual network, on the data plane, based on a connection configuration between the virtual node in the physical environment and the virtual network, and a connection configuration between the virtual node in the virtual environment and the virtual network.
Loudspeaker system comprising two soundboards, which are arranged opposite one another and are connected to one another, - wherein each soundboard has a respective outwardly oriented front side and an inwardly oriented rear side, - wherein the respective soundboard is of laminary design, - wherein the rear side of the respective soundboard has arranged on it ribs which run transversely in relation to the axis of symmetry or along the longitudinal axis and extend essentially over the width of the soundboard, - wherein the respective soundboard is curved outwards in a direction transverse to the longitudinal axis by means of the ribs, - wherein the distance between the ribs increases in the longitudinal direction of the soundboard, - wherein a respective bar is provided on the respective soundboard, wherein the bars are positioned opposite one another on the soundboards, and - wherein at least one exciter device is arranged on that surface of the respective crosspiece which is directed towards the opposite soundboard, wherein the bar is designed to be free of sound transmission openings. - wherein each soundboard has a respective outwardly oriented front side and an inwardly oriented rear side, - wherein the respective soundboard is of laminary design, - wherein the rear side of the respective soundboard has arranged on it ribs which run transversely in relation to the axis of symmetry or along the longitudinal axis and extend essentially over the width of the soundboard, - wherein the respective soundboard is curved outwards in a direction transverse to the longitudinal axis by means of the ribs, - wherein the distance between the ribs increases in the longitudinal direction of the soundboard, - wherein a respective bar is provided on the respective soundboard, wherein the bars are positioned opposite one another on the soundboards, and - wherein at least one exciter device is arranged on that surface of the respective crosspiece which is directed towards the opposite soundboard, wherein the bar is designed to be free of sound transmission openings.
Compound of formula wherein X is selected form the group consisting of O, NH and S, n is 0, 1 or 2, and R 1 and R 2 are independently selected from the group consisting of H, methyl and ethyl, or together form a group CR 3 R 4 wherein R 3 and R 4 are independently selected from the group consisting of H, methyl and ethyl, for use in the treatment of a patient having a tumour that is metastatic. wherein X is selected form the group consisting of O, NH and S, n is 0, 1 or 2, and R 1 and R 2 are independently selected from the group consisting of H, methyl and ethyl, or together form a group CR 3 R 4 wherein R 3 and R 4 are independently selected from the group consisting of H, methyl and ethyl,
A plastic card processing system, comprising: a card hopper that is configured to contain plastic cards to be printed on; a plastic card printing mechanism that is configured to receive plastic cards fed from the card hopper and that is configured to simultaneously have a plurality of the plastic cards therein, the plastic card printing mechanism includes: at least one drop-on-demand print station that is configured to perform a drop-on-demand printing operation on a surface (A, B) of the plastic cards; a return card travel path that is configured to return a plastic card to a location upstream of the at least one drop-on-demand print station after the plastic card has been printed on by the at least one drop-on-demand print station, to be fed again through the at least one drop-on-demand print station; characterized in that the plastic card printing mechanism is configured such that a first one of the plastic cards has an A side and a B side and the A side thereof faces up, and a second one of the plastic cards in sequence in the plastic card printing mechanism with the first one of the plastic cards has an A side and a B side and the B side thereof faces up. a card hopper that is configured to contain plastic cards to be printed on; a plastic card printing mechanism that is configured to receive plastic cards fed from the card hopper and that is configured to simultaneously have a plurality of the plastic cards therein, the plastic card printing mechanism includes: at least one drop-on-demand print station that is configured to perform a drop-on-demand printing operation on a surface (A, B) of the plastic cards; a return card travel path that is configured to return a plastic card to a location upstream of the at least one drop-on-demand print station after the plastic card has been printed on by the at least one drop-on-demand print station, to be fed again through the at least one drop-on-demand print station; characterized in that the plastic card printing mechanism is configured such that a first one of the plastic cards has an A side and a B side and the A side thereof faces up, and a second one of the plastic cards in sequence in the plastic card printing mechanism with the first one of the plastic cards has an A side and a B side and the B side thereof faces up. at least one drop-on-demand print station that is configured to perform a drop-on-demand printing operation on a surface (A, B) of the plastic cards; a return card travel path that is configured to return a plastic card to a location upstream of the at least one drop-on-demand print station after the plastic card has been printed on by the at least one drop-on-demand print station, to be fed again through the at least one drop-on-demand print station; characterized in that the plastic card printing mechanism is configured such that a first one of the plastic cards has an A side and a B side and the A side thereof faces up, and a second one of the plastic cards in sequence in the plastic card printing mechanism with the first one of the plastic cards has an A side and a B side and the B side thereof faces up.
An apparatus, comprising: a transistor comprising at least a source electrode, a drain electrode, and a gate electrode; and a cantilever actuator comprising a piezoelectric material, and wherein the cantilever actuator comprises at least two electrodes (236, 238) separate from the source electrode, the drain electrode, and the gate electrode, wherein the at least two electrodes comprise a first electrode and a second electrode, characterized in that the cantilever actuator is electrically isolated but mechanically connected to and integrated with the transistor through the gate electrode of the transistor, wherein the at least two electrodes (236, 238) allow for simultaneous actuating of the cantilever actuator separate from accessing of the transistor through the source electrode, the drain electrode, and the gate electrode. a transistor comprising at least a source electrode, a drain electrode, and a gate electrode; and a cantilever actuator comprising a piezoelectric material, and wherein the cantilever actuator comprises at least two electrodes (236, 238) separate from the source electrode, the drain electrode, and the gate electrode, wherein the at least two electrodes comprise a first electrode and a second electrode, characterized in that the cantilever actuator is electrically isolated but mechanically connected to and integrated with the transistor through the gate electrode of the transistor, wherein the at least two electrodes (236, 238) allow for simultaneous actuating of the cantilever actuator separate from accessing of the transistor through the source electrode, the drain electrode, and the gate electrode.
A composition comprising a mixture of oligosaccharides, said mixture containing at least one N-acetylated oligosaccharide, at least one sialylated oligosaccharide and at least one neutral oligosaccharide, preferably chosen among fructooligosaccharides and/or galactooligosaccharides, more preferably GOS, for use in the promotion of magnesium absorption and/or magnesium retention.
Method for simulating, implemented by a simulation device, a geological phenomenon of karstification which resulted in the formation of a geological region, comprising the following steps: a/ defining a gridded model of the geological region, b/ receiving an observation (K obs) of a given parameter of permeability or porosity of the geological region measured at a well, c/ defining a zone of the model, called relevant zone, said relevant zone corresponding to a zone having a radius around said well, d/ simulating the geological phenomenon based on the model of the geological region defined in step a/, the simulation comprising No iterations of a stochastic displacement of a water particle in the model, the model evolving according to the displacement of these particles, the displacement being a function of a conduit diameter associated with an edge corresponding to this displacement, e/ after the N 0 iterations, estimating the value of the given parameter of permeability or porosity for the relevant zone of the model defined in step c/ using a pressure solver, and using the results of the simulation, f/ comparing the observation (K obs) of the given parameter received in step b/ with the estimate (K̂) of said parameter obtained in step e/, and g/ based on the results of the comparison in step f/, modifying a simulation parameter to adjust the effects of the simulation for only a zone of the model. h/ obtain an image based on steps a/ to g/. a/ defining a gridded model of the geological region, b/ receiving an observation (K obs) of a given parameter of permeability or porosity of the geological region measured at a well, c/ defining a zone of the model, called relevant zone, said relevant zone corresponding to a zone having a radius around said well, d/ simulating the geological phenomenon based on the model of the geological region defined in step a/, the simulation comprising No iterations of a stochastic displacement of a water particle in the model, the model evolving according to the displacement of these particles, the displacement being a function of a conduit diameter associated with an edge corresponding to this displacement, e/ after the N 0 iterations, estimating the value of the given parameter of permeability or porosity for the relevant zone of the model defined in step c/ using a pressure solver, and using the results of the simulation, f/ comparing the observation (K obs) of the given parameter received in step b/ with the estimate (K̂) of said parameter obtained in step e/, and g/ based on the results of the comparison in step f/, modifying a simulation parameter to adjust the effects of the simulation for only a zone of the model. h/ obtain an image based on steps a/ to g/.
Device for reading digital information stored on a glass or plastic body embodied as a spectacles lens, spectacles lens blank or spectacles lens semi-finished product for a progressive power spectacles lens having a permanent marking and a further permanent marking, wherein one of said markings contains information in the form of a data matrix code which individualizes the glass or plastic body, said data matrix code comprising the positions of the near reference point and the distance reference point in the form of the tuple of numbers (xN, yN) for the near reference point and the tuple of numbers (xF, yF) for the distance reference point with respect to said coordinate system, said device comprising a light source which is adapted for generating an illumination light beam (322, 323) and for directing said illumination light beam (322, 323) onto the glass or plastic body, said illumination light beam (322, 323) passing through said glass or plastic body; a digital camera having an optical axis; and a computer unit which contains a program storage medium with an evaluation program for capturing and decoding the information from said permanent marking, said permanent marking being arranged on or in the glass or plastic body (4, 104, 204) at a definition point of the local glass or plastic body coordinate system as it is defined for example by the standardization regulations DIN EN IS O 8980-2:2004, and said further permanent marking being arranged on or in said glass or plastic body (4, 104, 204) at a definition point of the local glass or plastic body coordinate system as it is defined for example by the standardization regulations DIN EN ISO 8980-2:2004, wherein said device further comprises a spectacles lens holder which is adapted to hold said glass or plastic body, a retroreflector for reflecting said illumination light beam (322, 323) after passing through said glass or plastic body in order once again to pass through said glass or plastic body, wherein said camera is adapted to receive said illumination light beam (322, 323) after having once again passed through said glass or plastic body, and wherein said computer unit is connected to said camera for reading said illumination light beam (322,323), said program storage medium including a program for finding the location of said permanent marking containing said information in the form of data which individualizes the glass or plastic body and extracting said information therefrom.
A multi-piece dispenser for confectionary products, the dispenser comprising: a housing defining an inner chamber for storing a multi-piece package of confectionary product, the housing including a slot for receiving a first end portion of the multi-piece package for dispensing the confectionary product; a retention member for retaining the first end portion of the package within the slot for further dispensing; and a tension assembly disposed in the inner chamber of the housing for securing a second end portion of the multi-piece package within the inner chamber, characterised in that, said tension assembly includes an outer body for securing the components of the tension assembly to the dispenser while coupling the multi-piece package to the tension assembly, the tension assembly including a coupling member for securing the multi-piece package within the inner chamber of the dispenser and a securing assembly for securing the tension assembly to the dispenser. a housing defining an inner chamber for storing a multi-piece package of confectionary product, the housing including a slot for receiving a first end portion of the multi-piece package for dispensing the confectionary product; a retention member for retaining the first end portion of the package within the slot for further dispensing; and a tension assembly disposed in the inner chamber of the housing for securing a second end portion of the multi-piece package within the inner chamber, characterised in that, said tension assembly includes an outer body for securing the components of the tension assembly to the dispenser while coupling the multi-piece package to the tension assembly, the tension assembly including a coupling member for securing the multi-piece package within the inner chamber of the dispenser and a securing assembly for securing the tension assembly to the dispenser.