mhurhangee/ep-ind-claims huggingface dataset:
A computer system, comprising: one or more processors; and memory having collectively stored therein instructions that, upon execution by the computer system, cause the computer system to: authenticate, at a directory service, a requestor utilizing credential information for accessing a directory within the directory service; identify one or more policies applicable to the requestor, the one or more policies at least defining a level of access to a subset of one or more services provided by a computing resource service provider; receive, from the requestor, a request to access the subset of one or more services, access to the subset of the one or more services being managed by the directory within the directory service; as a result of authenticating the requestor, obtain, from a second service different from the directory service, temporary credential information to access the subset of the one or more services; and utilize the temporary credential information obtained from the second service, to fulfill, at least in part, the request to access the subset of the one or more services. one or more processors; and memory having collectively stored therein instructions that, upon execution by the computer system, cause the computer system to: authenticate, at a directory service, a requestor utilizing credential information for accessing a directory within the directory service; identify one or more policies applicable to the requestor, the one or more policies at least defining a level of access to a subset of one or more services provided by a computing resource service provider; receive, from the requestor, a request to access the subset of one or more services, access to the subset of the one or more services being managed by the directory within the directory service; as a result of authenticating the requestor, obtain, from a second service different from the directory service, temporary credential information to access the subset of the one or more services; and utilize the temporary credential information obtained from the second service, to fulfill, at least in part, the request to access the subset of the one or more services. authenticate, at a directory service, a requestor utilizing credential information for accessing a directory within the directory service; identify one or more policies applicable to the requestor, the one or more policies at least defining a level of access to a subset of one or more services provided by a computing resource service provider; receive, from the requestor, a request to access the subset of one or more services, access to the subset of the one or more services being managed by the directory within the directory service; as a result of authenticating the requestor, obtain, from a second service different from the directory service, temporary credential information to access the subset of the one or more services; and utilize the temporary credential information obtained from the second service, to fulfill, at least in part, the request to access the subset of the one or more services.
A node for use in a wireless communications system said node comprising a receive antenna side having at least one receive antenna for receiving a signal through a wireless connection, an amplifier for amplifying the received signal, and a transmit antenna side having at least one transmit antenna for forwarding the amplified signal, said node further comprising a mode switching unit for switching mode of operation between at least a first and a second mode of operation of utilizing resources for receiving and transmitting in the wireless communications system of the node in dependence of an amplification gain requirement, wherein in the first mode of operation, the at least one transmit antenna utilizes a same resource as utilized by the at least one receive antenna, wherein in the second mode of operation, the at least one transmit antenna utilizes a different resource from one utilized by the at least one receive antenna, and wherein the resources are at least one of time intervals, frequency domains, and orthogonal spreading codes.
A wireless electric power transmission system comprising: two antennas (107, 109) having the ability to transmit electric power by a non-contact method via resonant magnetic coupling, one of the two antennas being a series resonant circuit, of which the resonant frequency is fs, the other antenna being a parallel resonant circuit, of which the resonant frequency is fp, wherein fs/fp is set to be a value that is less than one; a control section configured to control a transmission frequency; and an oscillator configured to receive electric power from a power supply and to convert the received power into RF power with the transmission frequency, said oscillator being connected to one of the two antennas that transmits the RF power, characterized in that the control section is configured to control the transmission frequency according to the magnitude of the electric power to be transmitted from one of the two antennas to the other and to change a relation between the transmission frequency and the electric power according to a standard value that depends on a coupling coefficient k between the two antennas (107, 109) and fs/fp. two antennas (107, 109) having the ability to transmit electric power by a non-contact method via resonant magnetic coupling, one of the two antennas being a series resonant circuit, of which the resonant frequency is fs, the other antenna being a parallel resonant circuit, of which the resonant frequency is fp, wherein fs/fp is set to be a value that is less than one; a control section configured to control a transmission frequency; and an oscillator configured to receive electric power from a power supply and to convert the received power into RF power with the transmission frequency, said oscillator being connected to one of the two antennas that transmits the RF power, characterized in that the control section is configured to control the transmission frequency according to the magnitude of the electric power to be transmitted from one of the two antennas to the other and to change a relation between the transmission frequency and the electric power according to a standard value that depends on a coupling coefficient k between the two antennas (107, 109) and fs/fp.
A pumping device at least for pumping a fluid, having at least one pumping space, having at least one pumping space element which at least partially delimits the pumping space and is designed to be dimensionally stable, and having at least one elastically deformable, in particular annular, pumping element, in particular a pumping diaphragm, which delimits the pumping space together with the pumping space element and is arranged on the pumping space element, the pumping element having at least one sealing extension, which is formed in one piece with a base body of the pumping element and, in a state of the pumping element arranged on the pumping space element, is arranged at least partially in a sealing groove of the pumping space element, the pumping space element having a counter surface for cooperation with a pumping surface of the base body of the pumping element for pumping a fluid, which extends over at least three successive circular arc sections, in particular when viewed in cross-section, wherein at least one edge surface of the pumping space element delimiting the sealing groove is arranged directly adjacent to at least one of the three circular arc sections.
A method of obscuring software code including a data array and a plurality of operations, comprising: identifying, by a processor (202, 222), a data array with an index to be obscured and an operation using the data array; permutating the identified data array using a permutating function; and replacing the identified operation using the permutated data array and equivalent encoded permutation function comprising obscuring the index by determining an equivalent encoded expression for the index using split variables and replacing the index in the permutation function with the encoded expression for the index, wherein the split variables are split into two portions, wherein the split variables are determined using first and second secret splitting multiplicative values and a modulus value, and wherein the permutation function includes multiplying the encoded expression for the index by a secret permutation multiplication value. identifying, by a processor (202, 222), a data array with an index to be obscured and an operation using the data array; permutating the identified data array using a permutating function; and replacing the identified operation using the permutated data array and equivalent encoded permutation function comprising obscuring the index by determining an equivalent encoded expression for the index using split variables and replacing the index in the permutation function with the encoded expression for the index, wherein the split variables are split into two portions, wherein the split variables are determined using first and second secret splitting multiplicative values and a modulus value, and wherein the permutation function includes multiplying the encoded expression for the index by a secret permutation multiplication value.
A levelling spacer device for the laying of sheet-like products for coating surfaces, comprising: - a base positionable posteriorly to a laying surface of at least two sheet-like products arranged adjacent and side by side relative to a side-by-side direction; - a separator element which rises perpendicularly from said base and is adapted to slip between facing lateral sides of said two sheet-like products placed side by side; - a pusher element adapted to cooperate with the separator element; and - a plate provided with at least one through opening configured to be inserted onto the separator element, wherein the plate is adapted to be interposed between the pusher element and the base and comprises a first flat surface facing the base characterized in that at least one lamella is projecting from the first flat surface, wherein the lamella is configured to slip between a lateral side of a sheet-like product and the separator element. - a base positionable posteriorly to a laying surface of at least two sheet-like products arranged adjacent and side by side relative to a side-by-side direction; - a separator element which rises perpendicularly from said base and is adapted to slip between facing lateral sides of said two sheet-like products placed side by side; - a pusher element adapted to cooperate with the separator element; and - a plate provided with at least one through opening configured to be inserted onto the separator element, wherein the plate is adapted to be interposed between the pusher element and the base and comprises a first flat surface facing the base characterized in that at least one lamella is projecting from the first flat surface, wherein the lamella is configured to slip between a lateral side of a sheet-like product and the separator element.
A nonwoven fabric, comprising: (i) continuous fibers; and (ii) a blend of staple fibers comprising (a) hydrophobic polyester staple fibers, (b) bicomponent staple fibers substantially devoid of micro-pores, micro-channels, or both, (c) microfiber staple fibers having a plurality of micro-pores and/or micro-channels defined by a plurality of split portions, and (d) wettable staple fibers comprising cellulosic fibers, hydrophilic-modified polyester staple fibers having a hydrophilic finish coated thereon, or both; wherein the plurality of split portions have a decitex (dtex) value of less than 1 dtex; wherein the continuous fibers are mechanically entangled with the blend of staple fibers to define the nonwoven fabric. (i) continuous fibers; and (ii) a blend of staple fibers comprising (a) hydrophobic polyester staple fibers, (b) bicomponent staple fibers substantially devoid of micro-pores, micro-channels, or both, (c) microfiber staple fibers having a plurality of micro-pores and/or micro-channels defined by a plurality of split portions, and (d) wettable staple fibers comprising cellulosic fibers, hydrophilic-modified polyester staple fibers having a hydrophilic finish coated thereon, or both; wherein the plurality of split portions have a decitex (dtex) value of less than 1 dtex;
A coated article comprising a substrate; a functional layer over at least a portion of the substrate, and a first protective film over at least a portion of the functional layer, wherein the first protective film comprises alumina, zirconia, silica or mixtures thereof, and a second protective film over at least a portion of the first protective film wherein the second protective film comprises titania and alumina, wherein the second protective film is an outermost film.
A star polymer comprising a core portion and an arm portion containing a structure represented by the formula: wherein B represents a group composed of a polymer chain, A represents a group composed of a polymer chain, an organic group other than the group composed of a polymer chain, or a hydrogen atom, and R represents a hydrogen atom or a C1-C4 alkyl group, and a ratio of a weight average molecular weight (Mw) to a number average molecular weight (Mn), (Mw/Mn), of the star polymer is within a range from 1.001 to 2.50, wherein the core portion contains one or more aromatic rings, and the arm portion represented by formula is directly branched from the aromatic ring, wherein the polymer represented by A or B is a polymer chain derived from a monomer selected from the group consisting of a hydrocarbon aromatic vinyl compound, a heterocyclic vinyl compound, and a conjugated diene compound, and wherein the polymer chain A or B in formula includes a polymer chain selected from formula (XIII): wherein and represent a polymer chain, X 1 represents a halogen atom, and Z 3 represents a group containing at least one carbon atom, formula: wherein and represents a polymer chain, X 2 represents a halogen atom, and Z 4 represents a group containing at least one carbon atom, or formula: wherein and represent a polymer chain, X 3 represents a halogen atom, R a represents a hydrogen atom or a C1-C6 alkyl group, R b represents an organic group, Z 5 represents a group containing at least one carbon atom, and k represents any integer of 1 or more.
A lifting assembly of a lifting jack with a lifting mast having a plurality of mast frames which are mounted and guided in each other, and a load part, as well as a lift drive having at least one lifting chain that is attached to an inner mast frame via a connecting point and is guided via a deflection point on a middle mast frame, wherein at least one component that deflects the lifting chain out of its direct connecting line between the connecting point and the deflecting point and that applies initial tension on the lifting chain is arranged on the inner mast frame, characterized in that the component has a compliance that is sufficiently low enough to realize the deflection and initial stress, but sufficiently large enough to be able to pass through the area between the deflection point of the lifting chain and the inner mast frame.
A method of removing white blood cells from a sample comprising enriched rare cells and white blood cells such method comprises (a) treating such a sample enriched by immunomagnetic methods and comprising enriched rare cells labelled with an immunomagnetic marker and white blood cells with a leukocyte marker that is conjugated to a hapten under conditions that label such white blood cells with such leukocyte marker conjugated to the hapten, wherein the leukocyte marker is an antibody or antibody fragment that binds to CD45; and (b) treating the composition of step (a) with a second medium that adheres to such labeled white blood cells, and separating the second medium and its adhered labeled white blood cells from the composition of step (a) wherein the enriched rare cells are selected from the group consisting of CTCs, CECs, CMMCs, and CMCs; and wherein the method of removing white blood cells from an enriched sample does not comprise immunomagnetic methods. (a) treating such a sample enriched by immunomagnetic methods and comprising enriched rare cells labelled with an immunomagnetic marker and white blood cells with a leukocyte marker that is conjugated to a hapten under conditions that label such white blood cells with such leukocyte marker conjugated to the hapten, wherein the leukocyte marker is an antibody or antibody fragment that binds to CD45; and (b) treating the composition of step (a) with a second medium that adheres to such labeled white blood cells, and separating the second medium and its adhered labeled white blood cells from the composition of step (a) wherein the enriched rare cells are selected from the group consisting of CTCs, CECs, CMMCs, and CMCs; and wherein the method of removing white blood cells from an enriched sample does not comprise immunomagnetic methods.
A feed device for container parts to use on a device for filling containers with fluid to pasty and/or free-flowing and pourable foods, comprising - a stabilization device, which has receiving shafts arranged in a row one after the other in a first direction, which are provided with a shaft length axial insertion opening, through which stacks of nestable container parts can be introduced into the receiving shafts, so that one container part stack per receiving shaft is held, - a removal device, which jointly moves out the container parts held in stacks in the receiving shafts of the stabilization device and arranges them in a feed frame, - wherein a plurality of stabilization devices is provided, which together form a buffer magazine which can be filled with nestable container parts, - wherein the stabilization devices are arranged one after the other along a common movement path in a second direction and - wherein the stabilization devices can be moved linearly along the movement path, in order to arrange at least one stabilization device provided with container parts in the active region of the removal device, - wherein the first direction, in which the receiving shafts of one of the stabilization devices are arranged one after the other is unequal to the second direction, in which the movement path runs, characterized in that the feed device contains: - feed frames, which are reciprocally located in the region of the removal device, in order to receive the container parts moved out of the stabilization device in the form of stacks arranged next to one another and to feed the device for filling containers. - a stabilization device, which has receiving shafts arranged in a row one after the other in a first direction, which are provided with a shaft length axial insertion opening, through which stacks of nestable container parts can be introduced into the receiving shafts, so that one container part stack per receiving shaft is held, - a removal device, which jointly moves out the container parts held in stacks in the receiving shafts of the stabilization device and arranges them in a feed frame, - wherein a plurality of stabilization devices is provided, which together form a buffer magazine which can be filled with nestable container parts, - wherein the stabilization devices are arranged one after the other along a common movement path in a second direction and - wherein the stabilization devices can be moved linearly along the movement path, in order to arrange at least one stabilization device provided with container parts in the active region of the removal device, - wherein the first direction, in which the receiving shafts of one of the stabilization devices are arranged one after the other is unequal to the second direction, in which the movement path runs, characterized in that the feed device contains: - feed frames, which are reciprocally located in the region of the removal device, in order to receive the container parts moved out of the stabilization device in the form of stacks arranged next to one another and to feed the device for filling containers.
Industrial automation technology input/output module, comprising - a base section with a front side and a rear side, - a printed circuit board (11, 12), - a contact strip disposed on the front side with a plurality of contact elements (5a, 5b,...) embodied to make an electrical connection with corresponding mating contact elements (6a, 6b) of a connector strip, wherein the contact elements (5a, 5b,...) are electrically connected to the printed circuit board (11, 12), characterised in that a means of forwarding a supply voltage for a printed circuit board (11, 12) is disposed in parallel to the contact strip, wherein the means has a terminal point (71,..., 74) and the connector strip is embodied such that it has a plurality of mating terminal points (7a, 7b), which are electrically connected to the respective mating contact elements (6a, 6b), wherein via a link element able to be inserted into the terminal point (71,..., 74) and into the mating terminal point (7a, 7b,...) the supply voltage is switched to the printed circuit board (11, 12). - a base section with a front side and a rear side, - a printed circuit board (11, 12), - a contact strip disposed on the front side with a plurality of contact elements (5a, 5b,...) embodied to make an electrical connection with corresponding mating contact elements (6a, 6b) of a connector strip, wherein the contact elements (5a, 5b,...) are electrically connected to the printed circuit board (11, 12), characterised in that a means of forwarding a supply voltage for a printed circuit board (11, 12) is disposed in parallel to the contact strip, wherein the means has a terminal point (71,..., 74) and the connector strip is embodied such that it has a plurality of mating terminal points (7a, 7b), which are electrically connected to the respective mating contact elements (6a, 6b), wherein via a link element able to be inserted into the terminal point (71,..., 74) and into the mating terminal point (7a, 7b,...) the supply voltage is switched to the printed circuit board (11, 12).
A composition which is a powder coating composition containing (i) at least one macromolecule compound selected from a polyamideimide, a polyamide, a polyamide acid and a polyimide, and having an average particle size of ≤ 45 μm; (ii) at least one anti-oxidizing material which is at least one compound selected from a polyarylene sulfide, and a nitrogen-containing compound selected from an amine compound, a benzotriazole-based compound and a compound containing nitrogen and sulfur; and (iii) a fluororesin. (i) at least one macromolecule compound selected from a polyamideimide, a polyamide, a polyamide acid and a polyimide, and having an average particle size of ≤ 45 μm; (ii) at least one anti-oxidizing material which is at least one compound selected from a polyarylene sulfide, and a nitrogen-containing compound selected from an amine compound, a benzotriazole-based compound and a compound containing nitrogen and sulfur; and (iii) a fluororesin.
Device for operating an electrical machine, wherein the device comprises an inverter that is configured to electrically disconnect the terminals of the electrical machine from one another in a freewheeling mode and to electrically connect the terminals of the electrical machine to one another in a short-circuit mode; wherein the device further comprises a voltage sensor (11a, 11b, 11c) that is configured to detect an electrical voltage across the terminals of the electrical machine, or comprises a rotation angle encoder that is configured to detect an angular position of a rotor of the electrical machine, wherein the electrical voltage across the terminals of the electrical machine is determined based on the angular position of the rotor of the electrical machine, characterized in that the inverter is configured to switch over from the freewheeling mode to the short-circuit mode when the magnitude of the voltage in a string of the electrical machine is at a maximum.