mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising the following and: acylproline represented by the formula or a salt thereof wherein an acyl group represented by R 1 -CO- is an acyl group induced from saturated or unsaturated fatty acid having 6 - 14 carbon atoms, a zinc salt of pyrrolidone carboxylate. acylproline represented by the formula or a salt thereof wherein an acyl group represented by R 1 -CO- is an acyl group induced from saturated or unsaturated fatty acid having 6 - 14 carbon atoms, a zinc salt of pyrrolidone carboxylate.
A washing machine that comprises a tub wherein the washing process is performed by placing the items to be washed, a detergent drawer whereto the washing agents such as detergent, softener etc. are placed and wherein the washing agents are mixed with water, a detergent box chamber whereinto the detergent drawer is mounted, a flushing device disposed above the detergent box chamber for directing the water received from a main supply into the detergent drawer, one or more pins that extend from the lower surface of the flushing device towards the upper surface of the detergent drawer, and characterized by one or more arms that extend from the upper surface of the detergent drawer towards the lower surface of the flushing device, movable transversely in the horizontal with respect to the pulling direction of the detergent drawer as the at least one pin bears against the at least one arm during the movement of the detergent drawer and a trigger mechanism on the upper surface of the detergent drawer, in the vicinity of the arm, which limits the movement of the arm in the horizontal direction, a stopper situated on the arm that limits the movement of the detergent drawer by forming an obstruction for the pin, and a protuberance disposed in front of the stopper with respect to the pulling direction of the detergent drawer, which contacts the pin before the stopper when the detergent drawer is desired to be dislodged from the detergent box chamber.
A zoom lens assembly for surveillance, consisting of thirteen lenses arranged successively coaxially along a transmission direction of an incident light beam, characterized in that said thirteen lenses include: - a first lens, a second lens, a third lens and a fourth lens forming a compensation lens group, - a fifth lens, a sixth lens and a seventh lens forming a zoom lens group, - an eighth lens, a ninth lens, a tenth lens, an eleventh lens, a twelfth lens and a thirteenth lens forming a fixed lens group; wherein: - the first, the eighth, the tenth and the twelfth lenses are positive biconvex lenses; - the second, the ninth and the eleventh lenses are negative meniscus lenses; - the third, the fourth, the sixth and the thirteenth lenses are positive meniscus lenses; - the fifth lens is a negative biconcave lens; - the seventh lens is a negative plano-concave lens; - the second lens and the third lens are closely attached to each other, - the sixth lens and the seventh lens are closely attached to each other; - intermediate parts of the second, the third, the fourth and the thirteenth lenses are convex toward a direction reverse to the transmission direction of the incident light beam; - intermediate parts of the sixth, the ninth, and the eleventh lenses are convex toward the transmission direction of the incident light beam; and - the fifth, the sixth, and the seventh lenses are configured to move synchronously along a direction of optical axis for changing focal length. - a first lens, a second lens, a third lens and a fourth lens forming a compensation lens group, - a fifth lens, a sixth lens and a seventh lens forming a zoom lens group, - an eighth lens, a ninth lens, a tenth lens, an eleventh lens, a twelfth lens and a thirteenth lens forming a fixed lens group; - the first, the eighth, the tenth and the twelfth lenses are positive biconvex lenses; - the second, the ninth and the eleventh lenses are negative meniscus lenses; - the third, the fourth, the sixth and the thirteenth lenses are positive meniscus lenses; - the fifth lens is a negative biconcave lens; - the seventh lens is a negative plano-concave lens; - the second lens and the third lens are closely attached to each other, - the sixth lens and the seventh lens are closely attached to each other; - intermediate parts of the second, the third, the fourth and the thirteenth lenses are convex toward a direction reverse to the transmission direction of the incident light beam; - intermediate parts of the sixth, the ninth, and the eleventh lenses are convex toward the transmission direction of the incident light beam; and - the fifth, the sixth, and the seventh lenses are configured to move synchronously along a direction of optical axis for changing focal length.
A method comprising: outputting infrared, IR, light from an IR light source of an active infrared, AIR, sensor, the AIR sensor being located in a room; receiving reflected IR light with a light sensor located in the room; and determining, with a processor coupled to the light sensor, a three-dimensional map of the room and, with the 3D map, whether an exterior portal of a room is open according to the received reflected IR light. outputting infrared, IR, light from an IR light source of an active infrared, AIR, sensor, the AIR sensor being located in a room; receiving reflected IR light with a light sensor located in the room; and determining, with a processor coupled to the light sensor, a three-dimensional map of the room and, with the 3D map, whether an exterior portal of a room is open according to the received reflected IR light.
A method comprising: receiving, at a computing device, a device-type-specific installation package for an application from an online provider, the package including machine dependent intermediate language files, MDIL files, that include MDIL code generated by the online provider for the application, a binding list that includes a listing of the MDIL files of the application that are to be bound to generate a native image for the application, and a listing of a set of one or more libraries that are to be bound to the respective MDIL files, wherein the MDIL code includes machine-dependent instructions based on a processor instruction set, and unresolved pseudo instructions with symbolic references which are to be resolved to generate native instructions through binding, and wherein the MDIL code was previously compiled remotely from the computing device; at the computing device, installing the application on the computing device by generating the native image for the application by binding the MDIL code, the generating the native image comprising binding a portion of the MDIL code with the one or more libraries on the computing device, including resolving the unresolved symbolic references to generate the native instructions for the native image; and storing the native image on the computing device for use when loading the application for execution. receiving, at a computing device, a device-type-specific installation package for an application from an online provider, the package including machine dependent intermediate language files, MDIL files, that include MDIL code generated by the online provider for the application, a binding list that includes a listing of the MDIL files of the application that are to be bound to generate a native image for the application, and a listing of a set of one or more libraries that are to be bound to the respective MDIL files, wherein the MDIL code includes machine-dependent instructions based on a processor instruction set, and unresolved pseudo instructions with symbolic references which are to be resolved to generate native instructions through binding, and wherein the MDIL code was previously compiled remotely from the computing device; at the computing device, installing the application on the computing device by generating the native image for the application by binding the MDIL code, the generating the native image comprising binding a portion of the MDIL code with the one or more libraries on the computing device, including resolving the unresolved symbolic references to generate the native instructions for the native image; and storing the native image on the computing device for use when loading the application for execution.
Housing for an electric apparatus such as a transformer, comprising an enclosure delimiting an internal space intended to be filled with a medium such as dielectric gas or insulating oil, this enclosure comprising a top part, a bottom part, and a surrounding part surrounding all the internal space, comprising an inner wall and an outer wall arranged to define together a single intermediate volume extending at least all along the surrounding part, this intermediate volume being intended to isolate the noise generated by the electric system contained in the internal space, this housing comprising outer stiffeners at the inner face of the outer wall, characterized in that these outer stiffeners comprise each a main plate and a perpendicular plate welded to the main plate, and in that the outer wall is made of panels having their edges welded to the perpendicular plates of the outer stiffeners.
A computer-implemented method comprising: encrypting, by a computer processor, data using a key; from a plurality of functions executable on the data, selecting at least one function; associating the selected at least one function with the encrypted data, wherein the selected at least one function provides exclusive access to the data; creating a data structure specifying conditions for access to the at least one function with the encrypted data, wherein the at least one condition specifies that the at least one function may be executed when a device requesting the function is in a particular physical location; creating an exclusive interface to provide access to the at least one function, wherein the interface, upon determining that all of the conditions are satisfied, grants access to the at least one function; and including the encrypted data, the associated at least one function, software necessary to execute the at least one function, the data structure, and GPS capable software for determining the location of the device into an encapsulated data object encapsulated by the interface. encrypting, by a computer processor, data using a key; from a plurality of functions executable on the data, selecting at least one function; associating the selected at least one function with the encrypted data, wherein the selected at least one function provides exclusive access to the data; creating a data structure specifying conditions for access to the at least one function with the encrypted data, wherein the at least one condition specifies that the at least one function may be executed when a device requesting the function is in a particular physical location; creating an exclusive interface to provide access to the at least one function, wherein the interface, upon determining that all of the conditions are satisfied, grants access to the at least one function; and including the encrypted data, the associated at least one function, software necessary to execute the at least one function, the data structure, and GPS capable software for determining the location of the device into an encapsulated data object encapsulated by the interface.
A thermoelectric conversion material comprising: (i) an organic polymeric material that - is soluble in an organic solvent, - has electrical insulating or semiconductive properties, and - has flexibility, in which a fine particle of a carbon nanotube is dispersed, the mass ratio of the carbon nanotube to the organic material being 50-90 % by mass; and (ii) a void. (i) an organic polymeric material that - is soluble in an organic solvent, - has electrical insulating or semiconductive properties, and - has flexibility, in which a fine particle of a carbon nanotube is dispersed, the mass ratio of the carbon nanotube to the organic material being 50-90 % by mass; and - is soluble in an organic solvent, - has electrical insulating or semiconductive properties, and - has flexibility, (ii) a void.
A compound of Formula I: wherein: Ps is an inositol phosphate, phosphatidylinositol, or glycosylphosphatidylinositol; X is O or S; Ar is an aromatic group which may be substituted with one or more functional groups selected from the group consisting of alkyl, alkenyl, alkynyl, hydroxy, hydroxyalkyl, alkoxy, aryloxy, alkylthio, amino, aminoalkyl, alkylamino, cycloalkyl, heteroaryl, heteroalkyl, aryl, arylalkyl, aliphatic oxide, OC(=O)R 10, OC(=O)OR 10, OC(=O)N(R 10) 2, O(CH 2) m N(R 10) 2, C(=O)N(R 10) 2, and O(CH 2) m COOR 10, where m is 1-20 and R 10 is H, alkyl, alkenyl, or alkynyl; and R is an alkyl, an alkenyl, an alkynyl, an aryl, or an arylalkyl moiety. Ps is an inositol phosphate, phosphatidylinositol, or glycosylphosphatidylinositol; X is O or S; Ar is an aromatic group which may be substituted with one or more functional groups selected from the group consisting of alkyl, alkenyl, alkynyl, hydroxy, hydroxyalkyl, alkoxy, aryloxy, alkylthio, amino, aminoalkyl, alkylamino, cycloalkyl, heteroaryl, heteroalkyl, aryl, arylalkyl, aliphatic oxide, OC(=O)R 10, OC(=O)OR 10, OC(=O)N(R 10) 2, O(CH 2) m N(R 10) 2, C(=O)N(R 10) 2, and O(CH 2) m COOR 10, where m is 1-20 and R 10 is H, alkyl, alkenyl, or alkynyl; and R is an alkyl, an alkenyl, an alkynyl, an aryl, or an arylalkyl moiety.
A method for pairing of shutter glasses with a remote control unit (461-464, 272-273) for use with a display device (220, 230) configured to display a plurality of video streams by time interleaving the frames of the video streams and sending synchronization signal to shutter glasses, characterized in that the method comprises the steps of: - generating at least one synchronization signal (911, 912; 921, 922; 913, 923) for the shutter glasses; - receiving an IR signal from the RCU (461-464, 272-273); - comparing the temporal correspondence of the received IR signal with the generated at least one synchronization signal (911, 912; 921, 922; 913, 923); - wherein the IR signal is found to be corresponding with a particular synchronization signal (911, 912; 921, 922; 913, 923) when the IR signal is at least partially active during the active time of the synchronization signal (911, 912; 921, 922; 913, 923) and when the IR signal is not active during the inactive time of the synchronization signal (911, 912; 921, 922; 913, 923); and - in case a temporal correspondence is found, pairing the RCU (461-464, 272-273) with the shutter glasses for which the correspondent synchronization signal (911, 912; 921, 922; 913, 923) was found. - generating at least one synchronization signal (911, 912; 921, 922; 913, 923) for the shutter glasses; - receiving an IR signal from the RCU (461-464, 272-273); - comparing the temporal correspondence of the received IR signal with the generated at least one synchronization signal (911, 912; 921, 922; 913, 923); - wherein the IR signal is found to be corresponding with a particular synchronization signal (911, 912; 921, 922; 913, 923) when the IR signal is at least partially active during the active time of the synchronization signal (911, 912; 921, 922; 913, 923) and when the IR signal is not active during the inactive time of the synchronization signal (911, 912; 921, 922; 913, 923); and - in case a temporal correspondence is found, pairing the RCU (461-464, 272-273) with the shutter glasses for which the correspondent synchronization signal (911, 912; 921, 922; 913, 923) was found.
Compositions for use in a method of treating lung cancer, wherein the first composition comprises N,N'-bis(2-bromoethyl)phosphorodamidic acid (1-methyl-2-nitro-1H-imidazol-5-yl)methyl ester (TH-302) and the second composition comprises docetaxel, wherein a therapeutically effective dose of TH-302 is administered first followed by administration of a therapeutically effective dose of docetaxel from 2 to 24 hours after the end of administration of TH-302.
A method for statistically tracking the dynamics of a population over an area, said area comprising at least one entry point (y1, y2) and at least one exit point (z1, z2), each member of said population entering said area through said at least one entry point (y1, y2) either exiting said area through said at least one exit point (z1, z2) or stationing within said area, said method comprising: a) at each entry point (y1, y2), providing an entry counter (Cy1, Cy2) counting the number of members entering said area through said entry point (y1, y2) and, at each exit point (z1, z2), providing an exit counter (Cz1, Cz2) counting the number of members exiting said area through said exit point (z1, z2); b) by a processing unit, based on values of said one or more entry counters (Cy1, Cy2) and one or more exit counters (Cz1, Cz2), statistically tracking the dynamics of said population in terms of an evolution in time of the number of members stationing in said area, wherein said number of members stationing within said area is retroactively adjusted when it is determined that the number of members exiting said area during an observation period is higher than the number of members entering said area during said observation period plus the number of members stationing within said area at the beginning of said observation period. a) at each entry point (y1, y2), providing an entry counter (Cy1, Cy2) counting the number of members entering said area through said entry point (y1, y2) and, at each exit point (z1, z2), providing an exit counter (Cz1, Cz2) counting the number of members exiting said area through said exit point (z1, z2); b) by a processing unit, based on values of said one or more entry counters (Cy1, Cy2) and one or more exit counters (Cz1, Cz2), statistically tracking the dynamics of said population in terms of an evolution in time of the number of members stationing in said area,
A two-chamber type combined container-syringe, comprising: an outer tube formed in a tubular shape having a uniform inner diameter about an axis thereof in an axial direction and provided with a bypass groove concaved from an inner circumferential surface in a portion in the axial direction; a front assembly installed at a distal end of the outer tube; a finger grip installed at a rear end of the outer tube; a front stopper fitted into a distal end side of the bypass groove in the outer tube; a middle stopper fitted into a rear end side of the bypass groove in the outer tube and configured to seal a preparation with the front stopper; an end stopper fitted into the rear end side of the middle stopper in the outer tube and configured to seal solution with the middle stopper; and a plunger rod inserted through the finger grip to be connected to the end stopper from the rear end side, wherein the plurality of bypass grooves are formed in a circumferential direction of the axis at intervals, characterized in that: the inner diameter (d) of the outer tube is 6.0 mm or more and 10.0 mm or less; a cross-sectional area of the bypass groove perpendicular to the axis is 0.13% or more and 0.24% or less of an inner circumferential cross-sectional area of the outer tube perpendicular to the axis; and a depth of the bypass groove concaved from the inner circumferential surface is 2.7% or more and 3.8% or less of the inner diameter of the outer tube. an outer tube formed in a tubular shape having a uniform inner diameter about an axis thereof in an axial direction and provided with a bypass groove concaved from an inner circumferential surface in a portion in the axial direction; a front assembly installed at a distal end of the outer tube; a finger grip installed at a rear end of the outer tube; a front stopper fitted into a distal end side of the bypass groove in the outer tube; a middle stopper fitted into a rear end side of the bypass groove in the outer tube and configured to seal a preparation with the front stopper; an end stopper fitted into the rear end side of the middle stopper in the outer tube and configured to seal solution with the middle stopper; and a plunger rod inserted through the finger grip to be connected to the end stopper from the rear end side, wherein the plurality of bypass grooves are formed in a circumferential direction of the axis at intervals, characterized in that: the inner diameter (d) of the outer tube is 6.0 mm or more and 10.0 mm or less; a cross-sectional area of the bypass groove perpendicular to the axis is 0.13% or more and 0.24% or less of an inner circumferential cross-sectional area of the outer tube perpendicular to the axis; and a depth of the bypass groove concaved from the inner circumferential surface is 2.7% or more and 3.8% or less of the inner diameter of the outer tube.
A method for predicting an unknown voltage of a battery corresponding to a future current demand for at least one time instant, while the battery is in communication with at least one processor connected to a memory, characterized by comprising: determining parameters of a first joint Gaussian distribution of a set of historical values of the voltage prediction of the battery from a set of historical measured physical quantities of the state of the battery stored in the memory; determining a second joint Gaussian distribution of the unknown voltage and the set of historical values of the voltage prediction of the battery, based on a present measured physical quantities of the battery, the set of historical measured physical quantities and the determined parameters of the first joint Gaussian distribution; and determining a mean and a variance of an unknown voltage of the battery from the second joint Gaussian distribution, wherein the mean is a prediction of the unknown voltage of the battery, and the variance is a confidence of the prediction, so as to obtain the predicted unknown voltage of the battery corresponding to the future current demand for the at least one time instant, wherein steps of the method are determined using the at least one processor and the memory. determining parameters of a first joint Gaussian distribution of a set of historical values of the voltage prediction of the battery from a set of historical measured physical quantities of the state of the battery stored in the memory; determining a second joint Gaussian distribution of the unknown voltage and the set of historical values of the voltage prediction of the battery, based on a present measured physical quantities of the battery, the set of historical measured physical quantities and the determined parameters of the first joint Gaussian distribution; and determining a mean and a variance of an unknown voltage of the battery from the second joint Gaussian distribution, wherein the mean is a prediction of the unknown voltage of the battery, and the variance is a confidence of the prediction, so as to obtain the predicted unknown voltage of the battery corresponding to the future current demand for the at least one time instant, wherein steps of the method are determined using the at least one processor and the memory.