mhurhangee/ep-ind-claims huggingface dataset:
A system for non-invasively tracking a particle in a sample, comprising: a particle-holding device with the particle coupled to the particle-holding device, the particle-holding device being coupled to a stage with X-Y and Z position control; a tracking module comprising: a tracking excitation laser configured to generate a tracking excitation laser beam, X-Y radiation-gathering components configured to detect deviations of the particle in an X-Y direction; Z radiation-gathering components configured to detect deviations of the particle in a Z direction, and a processor coupled to the X-Y and Z radiation gathering components (74, 75), configured to generate control signals to drive the stage X-Y and Z position controls to track movement of the particle, characterized in that the system further comprises a 2-photon or confocal laser scanning microscope, LSM, configured to scan the sample, comprising a plurality of scanning mirrors; and a detector; and a synchronization module configured to synchronize the LSM and tracking module by: receiving current scanning mirror positions and detector readouts from the LSM; receiving a current stage position from the tracking module; and generating an LSM pixel stamped with a stage position. a particle-holding device with the particle coupled to the particle-holding device, the particle-holding device being coupled to a stage with X-Y and Z position control; a tracking module comprising: a tracking excitation laser configured to generate a tracking excitation laser beam, X-Y radiation-gathering components configured to detect deviations of the particle in an X-Y direction; Z radiation-gathering components configured to detect deviations of the particle in a Z direction, and a processor coupled to the X-Y and Z radiation gathering components (74, 75), configured to generate control signals to drive the stage X-Y and Z position controls to track movement of the particle, a tracking excitation laser configured to generate a tracking excitation laser beam, X-Y radiation-gathering components configured to detect deviations of the particle in an X-Y direction; Z radiation-gathering components configured to detect deviations of the particle in a Z direction, and a processor coupled to the X-Y and Z radiation gathering components (74, 75), configured to generate control signals to drive the stage X-Y and Z position controls to track movement of the particle, characterized in that the system further comprises a 2-photon or confocal laser scanning microscope, LSM, configured to scan the sample, comprising a plurality of scanning mirrors; and a detector; and a plurality of scanning mirrors; and a detector; and a synchronization module configured to synchronize the LSM and tracking module by: receiving current scanning mirror positions and detector readouts from the LSM; receiving a current stage position from the tracking module; and generating an LSM pixel stamped with a stage position. receiving current scanning mirror positions and detector readouts from the LSM; receiving a current stage position from the tracking module; and generating an LSM pixel stamped with a stage position.
A device, wherein the device comprises: a main communications module, configured to receive a first part of a frame, wherein the first part comprises an L-SIG field and at least one OFDM symbol located following the L-SIG field, and information carried in the at least one OFDM symbol comprises indication information used to indicate whether the frame is a, wake-up receiver, WUR frame; and a processing module, configured to: determine, based on the at least one OFDM symbol, whether the frame is a WUR frame; and if determining that the frame is a WUR frame, determine, based on at least the information carried in the at least one OFDM symbol, whether to continue receiving a second part of the frame by using the main communications module, wherein the second part of the frame is located following the first part, wherein the L-SIG field comprises an L-LENGTH field, and if the frame is a WUR frame, the L-LENGTH field is used to indicate a frame type of the WUR frame. a main communications module, configured to receive a first part of a frame, wherein the first part comprises an L-SIG field and at least one OFDM symbol located following the L-SIG field, and information carried in the at least one OFDM symbol comprises indication information used to indicate whether the frame is a, wake-up receiver, WUR frame; and a processing module, configured to: determine, based on the at least one OFDM symbol, whether the frame is a WUR frame; and if determining that the frame is a WUR frame, determine, based on at least the information carried in the at least one OFDM symbol, whether to continue receiving a second part of the frame by using the main communications module, wherein the second part of the frame is located following the first part, wherein the L-SIG field comprises an L-LENGTH field, and if the frame is a WUR frame, the L-LENGTH field is used to indicate a frame type of the WUR frame.
A solid catalyst component for polymerization of olefins, comprising magnesium, titanium, a halogen and an electron donor, wherein said electron donor comprises at least one polyol ester compounds of the formula: R 1 CO-O-CR 3 R 4 -A-CR 5 R 6 -O-CO-R 2 wherein, R 1 and R 2 groups, which may be identical or different, can be substituted or unsubstituted hydrocarbyl having 1 to 20 carbon atoms, R 3 -R 6 groups, which may be identical or different, can be selected from the group consisting of hydrogen, halogen or substituted or unsubstituted hydrocarbyl having 1 to 20 carbon atoms, R 1 -R 6 groups optionally contain one or more hetero-atoms replacing carbon, hydrogen atom or the both, said hetero-atom is selected from the group consisting of nitrogen, oxygen, sulfur, silicon, phosphorus and halogen atom, two or more of R 3 -R 6 groups can be linked to form saturated or unsaturated monocyclic or polycyclic ring; A is a bivalent linking group with chain length between two free radicals being 1-10 atoms, wherein said bivalent linking group is selected from the group consisting of aliphatic, alicyclic and aromatic bivalent radicals, and can carry C 1 -C 20 linear or branched substituents; one or more of hydrogen atoms on the bivalent linking group as well as one or more of carbon atoms and/or hydrogen atoms on the substituents can be replaced by a hetero-atom selected from the group consisting of nitrogen, sulfur, silicon, phosphorus, and halogen atom, and two or more said substituents on the linking group as well as above-mentioned R 3 -R 6 groups can be linked to form saturated or unsaturated monocyclic or polycyclic ring. wherein, R 1 and R 2 groups, which may be identical or different, can be substituted or unsubstituted hydrocarbyl having 1 to 20 carbon atoms, R 3 -R 6 groups, which may be identical or different, can be selected from the group consisting of hydrogen, halogen or substituted or unsubstituted hydrocarbyl having 1 to 20 carbon atoms, R 1 -R 6 groups optionally contain one or more hetero-atoms replacing carbon, hydrogen atom or the both, said hetero-atom is selected from the group consisting of nitrogen, oxygen, sulfur, silicon, phosphorus and halogen atom, two or more of R 3 -R 6 groups can be linked to form saturated or unsaturated monocyclic or polycyclic ring; A is a bivalent linking group with chain length between two free radicals being 1-10 atoms, wherein said bivalent linking group is selected from the group consisting of aliphatic, alicyclic and aromatic bivalent radicals, and can carry C 1 -C 20 linear or branched substituents; one or more of hydrogen atoms on the bivalent linking group as well as one or more of carbon atoms and/or hydrogen atoms on the substituents can be replaced by a hetero-atom selected from the group consisting of nitrogen, sulfur, silicon, phosphorus, and halogen atom, and two or more said substituents on the linking group as well as above-mentioned R 3 -R 6 groups can be linked to form saturated or unsaturated monocyclic or polycyclic ring.
A compound of formula (Ib), or a pharmaceutically acceptable salt thereof: wherein R 1 is -H or -C CH(R 1a)NHR 1b; and R 1a is selected from -H, -(C 1 -C 6) alkyl and CH 2 OR 1c; R 1b is -H; or alternatively, R 1a and R 1b, together with the atom to which they are attached, form a 5-membered heterocyclic ring; and R 1c is H or -CH 3. R 1 is -H or -C CH(R 1a)NHR 1b; and R 1a is selected from -H, -(C 1 -C 6) alkyl and CH 2 OR 1c; R 1b is -H; or alternatively, R 1a and R 1b, together with the atom to which they are attached, form a 5-membered heterocyclic ring; and R 1c is H or -CH 3.
A method for implementing a convergence system of a plurality of radio access networks, comprising: establishing a first connection between an anchor RAN and a user equipment, UE; establishing a second connection between an auxiliary RAN and the UE according to a quality of service, QoS, parameter, wherein the auxiliary RAN is selected by the anchor RAN, and the QoS parameter is sent from the anchor RAN to the auxiliary RAN; and keeping the first connection between the anchor RAN and the UE after establishing the second connection between the auxiliary RAN and the UE; wherein the method further comprises: transmitting/receiving, by the UE, a first data packet to/from the anchor RAN through a packet data convergence protocol, PDCP, module which is commonly used by the anchor RAN and the auxiliary RAN, a radio link control, RLC, layer subblock of the anchor RAN, a physical, PHY, layer subblock of the anchor RAN and a media access control, MAC, layer subblock of the anchor RAN; and transmitting/receiving, by the UE, a second data packet to/from the anchor RAN through the PDCP module which is commonly used by the anchor RAN and the auxiliary RAN, an MAC layer subblock of the auxiliary RAN, an PHY layer subblock of the auxiliary RAN and an RLC layer subblock of the auxiliary RAN. establishing a first connection between an anchor RAN and a user equipment, UE; establishing a second connection between an auxiliary RAN and the UE according to a quality of service, QoS, parameter, wherein the auxiliary RAN is selected by the anchor RAN, and the QoS parameter is sent from the anchor RAN to the auxiliary RAN; and keeping the first connection between the anchor RAN and the UE after establishing the second connection between the auxiliary RAN and the UE; wherein the method further comprises: transmitting/receiving, by the UE, a first data packet to/from the anchor RAN through a packet data convergence protocol, PDCP, module which is commonly used by the anchor RAN and the auxiliary RAN, a radio link control, RLC, layer subblock of the anchor RAN, a physical, PHY, layer subblock of the anchor RAN and a media access control, MAC, layer subblock of the anchor RAN; and transmitting/receiving, by the UE, a second data packet to/from the anchor RAN through the PDCP module which is commonly used by the anchor RAN and the auxiliary RAN, an MAC layer subblock of the auxiliary RAN, an PHY layer subblock of the auxiliary RAN and an RLC layer subblock of the auxiliary RAN. transmitting/receiving, by the UE, a first data packet to/from the anchor RAN through a packet data convergence protocol, PDCP, module which is commonly used by the anchor RAN and the auxiliary RAN, a radio link control, RLC, layer subblock of the anchor RAN, a physical, PHY, layer subblock of the anchor RAN and a media access control, MAC, layer subblock of the anchor RAN; and transmitting/receiving, by the UE, a second data packet to/from the anchor RAN through the PDCP module which is commonly used by the anchor RAN and the auxiliary RAN, an MAC layer subblock of the auxiliary RAN, an PHY layer subblock of the auxiliary RAN and an RLC layer subblock of the auxiliary RAN.
A collagenous marine invertebrate extract for use in the treatment of Epidermolysis Bullosa, wherein the source of the extract is jellyfish, wherein the collagenous extract comprises collagen in a hydrolysate form.
A method to repair a turbomachine having at least one annular row of blades and a shroud surrounding the row of blades, the method comprising: assigning the blades and the shroud in the at least one annular row of the turbomachine to a group, wherein the assigned blades belong to the row of the turbomachine; determining a design clearance between a tip surface of the blades and a surface of the shroud facing the tip surface; measuring, for each blade in the group, an actual clearance between a tip surface of the blade and a surface of the shroud facing the tip surface; removing the blades and/or shroud from the row; calculating a difference between the actual clearance of each blade in the group and the design clearance; determining, for each blade, if the difference may be minimized by adding material to the surface of the shroud; if yes, adding material to the surface of the shroud, wherein the addition of material to the facing surfaces results in the shroud having at least one dimension that exceeds an original design dimension of the shroud sections, and installing the blades and/or the shroud with the added material to the row of the turbomachine, wherein at least one of the blades has at least one dimension that does not conform to an original design specification for the blade. assigning the blades and the shroud in the at least one annular row of the turbomachine to a group, wherein the assigned blades belong to the row of the turbomachine; determining a design clearance between a tip surface of the blades and a surface of the shroud facing the tip surface; measuring, for each blade in the group, an actual clearance between a tip surface of the blade and a surface of the shroud facing the tip surface; removing the blades and/or shroud from the row; calculating a difference between the actual clearance of each blade in the group and the design clearance; determining, for each blade, if the difference may be minimized by adding material to the surface of the shroud; if yes, adding material to the surface of the shroud, wherein the addition of material to the facing surfaces results in the shroud having at least one dimension that exceeds an original design dimension of the shroud sections, and installing the blades and/or the shroud with the added material to the row of the turbomachine, wherein at least one of the blades has at least one dimension that does not conform to an original design specification for the blade.
A swiveling double-knit hand loom, comprising: a support base; a first circular inner loom having a plurality of pegs thereon; a second circular outer loom having a plurality of pegs thereon; a plurality of supports extending vertically in a direction away from the support base, the first circular inner loom and the second circular outer loom being connected to upper portions of the plurality of supports, and a swiveling mechanism (152, 154, 170) permitting the inner and outer looms to swivel relative to the support base, wherein the second circular outer loom is concentrically disposed relative to the first circular inner loom for double-knitting. a support base; a first circular inner loom having a plurality of pegs thereon; a second circular outer loom having a plurality of pegs thereon; a plurality of supports extending vertically in a direction away from the support base, the first circular inner loom and the second circular outer loom being connected to upper portions of the plurality of supports, and a swiveling mechanism (152, 154, 170) permitting the inner and outer looms to swivel relative to the support base, wherein the second circular outer loom is concentrically disposed relative to the first circular inner loom for double-knitting.
A pelvic implant useful to treat a pelvic condition, the implant comprising a tissue support portion piece, a first extension portion piece, and a second extension portion piece, a first adjusting mechanism comprising a first line at the first extension portion piece, the first line being capable of being tightened to adjust a length of the first extension portion piece, a first line holder that engages the first line and is capable of maintaining an adjusted length of the first extension portion piece, and a first tether secured to the first line holder, wherein pulling the first tether can cause the first line holder to move along the first line in a direction toward the tissue support portion piece to reduce a distance between the first extension portion piece and the tissue support portion piece, a second adjusting mechanism comprising a second line at the second extension portion piece, the second line being capable of being tightened to adjust a length of the second extension portion piece, a second line holder that engages the second line and is capable of maintaining an adjusted length of the second extension portion piece, a self-fixating tip at a distal end of the first extension portion piece, and a self-fixating tip at a distal end of the second extension portion piece. a first line at the first extension portion piece, the first line being capable of being tightened to adjust a length of the first extension portion piece, a first line holder that engages the first line and is capable of maintaining an adjusted length of the first extension portion piece, and a first tether secured to the first line holder, wherein pulling the first tether can cause the first line holder to move along the first line in a direction toward the tissue support portion piece to reduce a distance between the first extension portion piece and the tissue support portion piece, a second line at the second extension portion piece, the second line being capable of being tightened to adjust a length of the second extension portion piece, a second line holder that engages the second line and is capable of maintaining an adjusted length of the second extension portion piece,
An access point, comprising: a signaling sending unit, configured to send first signaling to a first station, wherein the first signaling is used to instruct to enable a bandwidth power saving mode, and to indicate a first channel set available to the first station; wherein total bandwidth of channels in the first channel set is less than bandwidth of available channels of the access point and wherein when the bandwidth power saving mode of the first station is enabled, the maximum available transmission bandwidth is less than available transmission bandwidth of a system; a first data transceiver unit, configured to receive data, by using an operating channel of the first station that is in the bandwidth power saving mode, wherein the operating channel of the first station is a subset of the first channel set and occupies a part of available bandwidth resources of the access point; and, a second data transceiver unit, configured to receive data by using an operating channel of a second station, wherein the operating channel of the second station is an available channel in another channel set indicated by the access point for the second station and the operating channel of the second station occupies another part of available bandwidth resources of the access point than the operating channel of the first station, and the operating channel of the first station and the operating channel of the second station form all or a part of available channels of the access point; wherein the operating channel of the first station and the operating channel of the second station do not overlap. a signaling sending unit, configured to send first signaling to a first station, wherein the first signaling is used to instruct to enable a bandwidth power saving mode, and to indicate a first channel set available to the first station; wherein total bandwidth of channels in the first channel set is less than bandwidth of available channels of the access point and wherein when the bandwidth power saving mode of the first station is enabled, the maximum available transmission bandwidth is less than available transmission bandwidth of a system; a first data transceiver unit, configured to receive data, by using an operating channel of the first station that is in the bandwidth power saving mode, wherein the operating channel of the first station is a subset of the first channel set and occupies a part of available bandwidth resources of the access point; and, a second data transceiver unit, configured to receive data by using an operating channel of a second station, wherein the operating channel of the second station is an available channel in another channel set indicated by the access point for the second station and the operating channel of the second station occupies another part of available bandwidth resources of the access point than the operating channel of the first station, and the operating channel of the first station and the operating channel of the second station form all or a part of available channels of the access point; wherein the operating channel of the first station and the operating channel of the second station do not overlap.
Carbine having a barrel with a gas removal bore and a gas system, which guides gas selectively from the gas removal bore through a lower gas bore and a matchingly aligned upper gas bore to a gas pipe, with a platelet, movable between at least two positions in the gas system, in which at least two gas through-bores of different cross-sections are provided, with a catch element which is under the effect of a catch spring and ensures a selected position of the platelet, wherein, in each of the at least two positions of the platelet, one of the at least two gas through-bores comes to rest in alignment between the gas bores (23, 24), and wherein the platelet has at least two recessed catch positions, into which the catch element, under the effect of the catch spring, optionally engages, provided that the gas through-bore associated with the respective catch position comes to rest in alignment between the gas bores (23, 24) characterized in that the platelet is pivotable about a pivot axis pin, immovably provided in the gas system, the axis of which runs parallel to the axis of the bores (23, 24); and that a stop pin, immovably provided in the gas system and parallel to the pivot axis pin, protrudes into a stop bore of the platelet, thus delimiting the pivoting.
A method for authentication at a device, in particular at an embedded device, having a user interface, wherein a randomly selected question, "challenge", is displayed at the user interface and after inputting a correction solution, "response", to the question at the user interface, at least one function of the device is enabled once, with the solution being calculated in the device based on a mathematical function with the question as an input value.
Method performed by a network node (106, 106', 112) in a Radio Access Network, RAN, for initiating a steering of a communication device from the RAN to a target Radio Access Network, target RAN, wherein the RAN is initially serving the communication device through a first connection, the method comprises: - instructing the communication device to request a second connection to the target RAN; and the method is characterized in that it further comprises - instructing the communication device to provide to the target RAN the reasons for requesting the second connection. - instructing the communication device to request a second connection to the target RAN; and the method is characterized in that it further comprises - instructing the communication device to provide to the target RAN the reasons for requesting the second connection.