mhurhangee/ep-ind-claims huggingface dataset:
An access point of a system, said access point comprising: a wireless transceiver; a memory storing a plurality of data package identifiers; and a processor configured to: detect that a mobile device of the system is within a coverage area of the wireless transceiver; and select, based at least in part on a mobile device identifier of the mobile device, a data package identifier from the plurality of data package identifiers, each data package identifier of the plurality of data package identifiers being associated with a different mobile device, wherein the data package identifier is selected based at least in part on: determining that a data package, stored at a separately provided server of the system corresponding to the selected data package identifier, is associated with an item and that item catalogue data indicates that the item is checked out to a user that is associated with the mobile device; and the wireless transceiver configured to transmit a command instructing the mobile device to access the data package, the command including authorization data indicating that the processor is a trusted source. a wireless transceiver; a memory storing a plurality of data package identifiers; and a processor configured to: detect that a mobile device of the system is within a coverage area of the wireless transceiver; and select, based at least in part on a mobile device identifier of the mobile device, a data package identifier from the plurality of data package identifiers, each data package identifier of the plurality of data package identifiers being associated with a different mobile device, wherein the data package identifier is selected based at least in part on: determining that a data package, stored at a separately provided server of the system corresponding to the selected data package identifier, is associated with an item and that item catalogue data indicates that the item is checked out to a user that is associated with the mobile device; and detect that a mobile device of the system is within a coverage area of the wireless transceiver; and select, based at least in part on a mobile device identifier of the mobile device, a data package identifier from the plurality of data package identifiers, each data package identifier of the plurality of data package identifiers being associated with a different mobile device, wherein the data package identifier is selected based at least in part on: determining that a data package, stored at a separately provided server of the system corresponding to the selected data package identifier, is associated with an item and that item catalogue data indicates that the item is checked out to a user that is associated with the mobile device; and the wireless transceiver configured to transmit a command instructing the mobile device to access the data package, the command including authorization data indicating that the processor is a trusted source.
An apparatus for selective allocation of memory to virtual machines (VM 1-VM 5), comprising: a processor; a plurality of memory modules; a memory controller coupled with the processor and the memory modules, and configured to provide a layout of the memory modules, wherein the layout comprises the mapping of memory address space to the memory modules; and a virtual machine manager, VMM, configured to be operated by the processor to manage execution of virtual machines by the processor; wherein the VMM is configured to: receive the layout of the memory modules; receive a memory requirement from a virtual machine; determine a minimum number of the memory modules to be allocated, in whole or in part, to meet the memory requirement of the virtual machine; and allocate the memory from the determined number of memory modules to the virtual machine using the layout of the memory modules provided to the VMM by the memory controller. a processor; a plurality of memory modules; a memory controller coupled with the processor and the memory modules, and configured to provide a layout of the memory modules, wherein the layout comprises the mapping of memory address space to the memory modules; and a virtual machine manager, VMM, configured to be operated by the processor to manage execution of virtual machines by the processor; wherein the VMM is configured to: receive the layout of the memory modules; receive a memory requirement from a virtual machine; determine a minimum number of the memory modules to be allocated, in whole or in part, to meet the memory requirement of the virtual machine; and allocate the memory from the determined number of memory modules to the virtual machine using the layout of the memory modules provided to the VMM by the memory controller. receive the layout of the memory modules; receive a memory requirement from a virtual machine; determine a minimum number of the memory modules to be allocated, in whole or in part, to meet the memory requirement of the virtual machine; and allocate the memory from the determined number of memory modules to the virtual machine using the layout of the memory modules provided to the VMM by the memory controller.
A composition comprising a peptide having the structural formula Asp-Arg-Pro or a salt thereof for use in alleviation of symptoms of high blood pressure by inhibition of angiotensin converting enzyme.
A method for reading at least one attribute stored in an ID token (106, 106'), a user being associated with the ID token, comprising the following steps: - the user authenticating himself or herself with respect to the ID token; - a first computer system authenticating itself with respect to the ID token; - after successful authentication of the user and of the first computer system with respect to the ID token, transmitting a piece of time information from the first computer system to the ID token for the generation of a password by way of the piece of time information by the ID token, the first computer system receiving read access to the at least one attribute stored in the ID token for transmitting the at least one attribute, after the same has signed, to a second computer system, wherein the password is transmitted to the first computer system, and wherein the transmission of the at least one attribute to the second computer system only takes place if the verification of the password was successful. - the user authenticating himself or herself with respect to the ID token; - a first computer system authenticating itself with respect to the ID token; - after successful authentication of the user and of the first computer system with respect to the ID token, transmitting a piece of time information from the first computer system to the ID token for the generation of a password by way of the piece of time information by the ID token, the first computer system receiving read access to the at least one attribute stored in the ID token for transmitting the at least one attribute, after the same has signed, to a second computer system, wherein the password is transmitted to the first computer system, and wherein the transmission of the at least one attribute to the second computer system only takes place if the verification of the password was successful.
A bar-typed double-row LED lighting comprising an elongate shell, a first row LED lamp disposed on the elongate shell, a second row LED lamp disposed on the elongate shell and spaced from and parallel to the first row LED lamp, each of the first, second row LED lamps (21, 22) comprising a plurality of LED chips, the LED chips of each of the first, second row LED lamps (21, 22) be spaced from each other, the bar-typed double-row LED lighting further comprising a first cover coupling onto the first row LED lamp, and a second cover coupling onto the second row LED lamp, the first cover comprising a plurality of first depressions which are formed far away from the second optical axis of one LED chip of the second row LED lamp, the second cover comprising a plurality of second depressions which are formed far away from the first optical axis of one LED chip of the first row LED lamp, characterized in that each of the LED chips of the first row LED lamp being staggered from that of the second row LED lamp, a first optical axis of the LED chips of the first row LED lamp having a crossing point with a second optical axis of the LED chips of the second row LED lamp when the first, second optical axes (211, 221) of the LED chips of the first, second row LED lamps (21, 22) are projected onto a cross section of the elongate shell along a direction vertical to a longitudinal direction thereof, and the plurality of first, second depressions are configured for avoiding or preventing the first, second covers from stopping the travel of the light emitted from the second first row LED lamps
Method for operating a ground-based anti-aircraft system having a group of main system components that contains a sensor system, a tactical operation control and an effector system, in which sensor data about a target for combat are passed from the sensor system to the tactical operation control, are processed therein and are passed in processed form from the tactical operation control to the effector system, which uses the data to combat the target, characterized in that the anti-aircraft system additionally contains a central integration module having a converter unit and a central data distributor, which module is used such that data from all main system components are routed to the central data distributor by the converter unit in each case and are converted from a component protocol (P K) into a system-internal data protocol (P S) in the converter unit, and are passed from the central data distributor to one or more main system components, again via the converter unit, the converter unit converting the distributed data back from the system-internal data protocol (P S) into a component protocol (P K).
A method of tagging information by a first apparatus comprising a display and a processor, the method comprising: receiving (S201, S1601, S1801) a selection signal from a user to select at least one object included in a displayed image; receiving (S204, S1602, S1802), user input information with respect to the selected at least one object; tagging (S205, S1603, S1803) the received user input information to the displayed image; setting (S207; S1101) a tagging range, wherein the tagging range comprises a set of images including the selected object stored in at least one of a plurality of devices in communication with the first apparatus; automatically tagging (S209, S1804) the received user input information to another image within the tagging range, wherein automatically tagging the received user input information to another image comprises: detecting the another image based on the set tagging range; and automatically tagging the received user input information to the another image. receiving (S201, S1601, S1801) a selection signal from a user to select at least one object included in a displayed image; receiving (S204, S1602, S1802), user input information with respect to the selected at least one object; tagging (S205, S1603, S1803) the received user input information to the displayed image; setting (S207; S1101) a tagging range, wherein the tagging range comprises a set of images including the selected object stored in at least one of a plurality of devices in communication with the first apparatus; automatically tagging (S209, S1804) the received user input information to another image within the tagging range, wherein automatically tagging the received user input information to another image comprises: detecting the another image based on the set tagging range; and automatically tagging the received user input information to the another image. detecting the another image based on the set tagging range; and automatically tagging the received user input information to the another image.
Fusion Peptide comprising at least one peptide blocking the presynaptic release of glutamate, and at least one cell-permeable peptide; said cell-permeable peptide having sequence: SEQ ID NO 4: GRKKRRQRRRPP Said peptide blocking the presynaptic release of glutamate having sequence: SEQ ID NO 2:IEQEEGLNRS Or sequence: SEQ ID NO 3: MSEYNATQSDYRER Or sequence: SEQ ID NO 11: IEQSIEQEEGLNRS Said sequences SEQ ID NO 2, SEQ ID NO 3 and SEQ ID NO 11 being detectable in Syntaxin 1a, Said fusion peptide having sequence: SEQ ID NO 13: GRKKRRQRRRPPIEQEEGLNRS; Or sequence: SEQ ID NO 8: GRKKRRQRRRPPMSEYNATQSDYRER; Or sequence: SEQ ID NO 5: GRKKRRQRRRPPIEQSIEQEEGLNRS.
A polar monomer-grafted polypropylene resin, wherein the grafted polypropylene resin does not contain initiator residues, and the polar monomer is capable of absorbing microwaves so as to increase its temperature in the microwave field to higher than 200°C and selected from the group consisting of organic acids, as well as anhydrides, esters, and salts of organic acids, wherein there are side groups of the polar monomer on the backbone of polypropylene molecules, and the grafting ratio of the polar monomer is 0.01%-8%; and wherein the melt index of the grafted polypropylene resin is less than or equal to the melt index of the polypropylene resin as the grafting base. wherein there are side groups of the polar monomer on the backbone of polypropylene molecules, and the grafting ratio of the polar monomer is 0.01%-8%; and wherein the melt index of the grafted polypropylene resin is less than or equal to the melt index of the polypropylene resin as the grafting base.
A method for controlling a position of a screen component in an interior of a vehicle, the screen component comprising a screen unit, the method comprising: - receiving an information describing a position of at least one eye of a driver being located in the interior of the vehicle, - determining a target position for the screen component as a function of the position of the at least one eye, wherein the target position is arranged within a field of view of the driver, and - requesting the screen component to move to the target position, wherein the target position is characterized in that a height difference between the position of the at least one eye and the center of the screen unit of the screen component is at least one of below an upper height difference threshold and above a lower height difference threshold, and/or a vision angle (α) between a horizontal direction and a vision direction connecting the at least one eye and the center of the screen unit of the screen component is at least one of below an upper vision angle threshold and above a lower vision angle threshold, and/or a reflection angle (β) between the screen unit of the screen component and a windshield is at least one of below an upper reflection angle threshold and above a lower reflection angle threshold. - receiving an information describing a position of at least one eye of a driver being located in the interior of the vehicle, - determining a target position for the screen component as a function of the position of the at least one eye, wherein the target position is arranged within a field of view of the driver, and - requesting the screen component to move to the target position, wherein the target position is characterized in that a height difference between the position of the at least one eye and the center of the screen unit of the screen component is at least one of below an upper height difference threshold and above a lower height difference threshold, and/or a vision angle (α) between a horizontal direction and a vision direction connecting the at least one eye and the center of the screen unit of the screen component is at least one of below an upper vision angle threshold and above a lower vision angle threshold, and/or a reflection angle (β) between the screen unit of the screen component and a windshield is at least one of below an upper reflection angle threshold and above a lower reflection angle threshold.
A heat-shrinkable polyester film comprising ethylene terephthalate as a main constituent component and containing 0 mol% or more and 5 mol% or less of a monomer component that can form an amorphous component in a whole polyester resin component, wherein the heat-shrinkable polyester film satisfies the following requirements (i) to (iv): (i) the film has a hot-water heat shrinkage of 15% or more and 50% or less in a main shrinkage direction of the film when treated for 10 seconds in hot water of 90°C; (ii) the film has a hot-water heat shrinkage of 0% or more and 12% or less in a direction orthogonal to the main shrinkage direction of the film when treated for 10 seconds in hot water of 90°C; (iii) the film has a maximum shrinkage stress of 2 MPa or more and 10 MPa or less in the main shrinkage direction of the film when measured under hot air of 90°C; and (iv) the film contains 7 mol% or more and 30 mol% or less of a constituent unit derived from diethylene glycol in 100 mol% of the whole polyester resin component. (i) the film has a hot-water heat shrinkage of 15% or more and 50% or less in a main shrinkage direction of the film when treated for 10 seconds in hot water of 90°C; (ii) the film has a hot-water heat shrinkage of 0% or more and 12% or less in a direction orthogonal to the main shrinkage direction of the film when treated for 10 seconds in hot water of 90°C; (iii) the film has a maximum shrinkage stress of 2 MPa or more and 10 MPa or less in the main shrinkage direction of the film when measured under hot air of 90°C; and (iv) the film contains 7 mol% or more and 30 mol% or less of a constituent unit derived from diethylene glycol in 100 mol% of the whole polyester resin component.
A composition comprising 50-100 parts by weight of an algal oil body, 0.5-10 parts by weight of a phospholipid and 0.5-10 parts by weight of an oil body protein, wherein the oil body protein is an oil body protein from oil crops and the particle size of 50% or more of the algal oil body particles in the composition, have a particle size distributing in the range of 1.5-3.5μm.
A process for producing cellulosic regenerated fibres by spinning from a cellulosic spinning solution mixed with anisotropic carbon nanoparticles the dimension of which in a particle main axis is greater than in the particle minor axes orthogonal to the latter, characterised in that the particle main axes are orientated by extending the freshly spun, still plastic regenerated fibres in an anisotropic direction parallel to the fibre direction, the extension of the fibres being at least 20 %.
A transdermal application system comprising: • a matrix, which contains at least one alkaline active agent, • a first electrode, and • a second electrode, which is formed so as to be penetrable for the at least one active agent, wherein the matrix is arranged between the first electrode and the second electrode and has a pH value which is lower than the pKs value of the at least one active agent, and wherein the system is designed so that through a voltage applied to the electrodes the pH value of the matrix does not exceed the pKs value of the at least one active agent, wherein the alkaline active agent is present at at least 75 % in protonated form. • a matrix, which contains at least one alkaline active agent, • a first electrode, and • a second electrode, which is formed so as to be penetrable for the at least one active agent,
A device comprising: a first polymer body having tacky properties, wherein the first polymer body is a septum, said septum being a barrel-shape structure made of silicon rubber, wherein said septum has an inner cavity within the septum a rear surface and a front surface, the rear surface of the septum having a substantially-flat exterior surface or the front surface having the substantially-flat exterior surface; one or more protrusions disposed on the substantially-flat exterior surface of the first polymer body, wherein when the one or more protrusions are in contact with a substantially-flat exterior surface of a second polymer body having tacky properties, the adhesive force between the one or more protrusions and the substantially-flat exterior surface is less than the force of gravity on the first polymer body. a first polymer body having tacky properties, wherein the first polymer body is a septum, said septum being a barrel-shape structure made of silicon rubber, wherein said septum has an inner cavity within the septum a rear surface and a front surface, the rear surface of the septum having a substantially-flat exterior surface or the front surface having the substantially-flat exterior surface; one or more protrusions disposed on the substantially-flat exterior surface of the first polymer body, wherein when the one or more protrusions are in contact with a substantially-flat exterior surface of a second polymer body having tacky properties, the adhesive force between the one or more protrusions and the substantially-flat exterior surface is less than the force of gravity on the first polymer body.
A clearance control assembly for a gas turbine engine, comprising: a blade outer air seal assembly; and a clearance control ring to position the blade outer air seal assembly radially relative to a blade tip, wherein the clearance control ring is compression fit to the blade outer air seal assembly, the clearance control ring being mechanically unfastened, characterised in that: the blade outer air seal assembly includes a ring alignment flange that limits movement of the clearance control ring in a first axial direction; and the clearance control assembly includes a spacer that limits movement of the clearance control ring in a second axial direction opposite the first axial direction. a blade outer air seal assembly; and a clearance control ring to position the blade outer air seal assembly radially relative to a blade tip, wherein the clearance control ring is compression fit to the blade outer air seal assembly, the clearance control ring being mechanically unfastened, the blade outer air seal assembly includes a ring alignment flange that limits movement of the clearance control ring in a first axial direction; and the clearance control assembly includes a spacer that limits movement of the clearance control ring in a second axial direction opposite the first axial direction.