mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: a first partially double-stranded nucleic acid molecule and an at least second partially double-stranded nucleic acid molecule, wherein the first partially double-stranded nucleic acid molecule comprises a first 5' overhang and a second 5' overhang, wherein the at least second partially double-stranded nucleic acid molecule comprises a third 5' overhang and fourth 5' overhang, wherein the second 5' overhang and third 5' overhang are complementary to each other, wherein the first 5' overhang, the third 5' overhang and the fourth 5' overhang each comprise one of the 4-mer sequences, or complement thereof, of a 4-mer triplet, wherein the 4-mer triplet comprises three 4-mer sequences, which yield a single fragment with at least 90% purity upon ligation of the first partially double-stranded nucleic acid molecule and the at least second partially double-stranded nucleic acid molecule, and wherein the first 5' overhang, the third 5' overhang and the fourth 5' overhang comprise a different 4-mer sequence, wherein the 4-mer triplet is selected from the 4-mer triplets recited in Table 1; and T7 DNA ligase. a first partially double-stranded nucleic acid molecule and an at least second partially double-stranded nucleic acid molecule, wherein the first partially double-stranded nucleic acid molecule comprises a first 5' overhang and a second 5' overhang, wherein the at least second partially double-stranded nucleic acid molecule comprises a third 5' overhang and fourth 5' overhang, wherein the second 5' overhang and third 5' overhang are complementary to each other, wherein the first 5' overhang, the third 5' overhang and the fourth 5' overhang each comprise one of the 4-mer sequences, or complement thereof, of a 4-mer triplet, wherein the 4-mer triplet comprises three 4-mer sequences, which yield a single fragment with at least 90% purity upon ligation of the first partially double-stranded nucleic acid molecule and the at least second partially double-stranded nucleic acid molecule, and wherein the first 5' overhang, the third 5' overhang and the fourth 5' overhang comprise a different 4-mer sequence, wherein the 4-mer triplet is selected from the 4-mer triplets recited in Table 1; and T7 DNA ligase.
Use of a product obtainable by the condensation, in one or several steps, of a compound having the formula where R 1 is a hydrocarbyl group having 7-24 carbon atoms, which may be branched or linear, saturated or unsaturated, AO is an alkyleneoxy group having 2-4 carbon atoms, n is a number between 0 and 20, and Y is O, C(=O)NH or NZ, where Z is a group R 2, where R 2 is a C1-C4 alkyl group, or the benzyl group, provided that when Y is NZ or C(=O)NH, then n is ≥ 1; a dicarboxylic acid or a derivative thereof having the formula (IIa) or (IIb) where D is -OH, -Cl, or -OR 4, where R 4 is a C1-C4 alkyl group; R3 is an alkylene radical of formula -(CH 2) z -, in which z is an integer from 0 to 10, and in which the alkylene radical may be substituted by 1 or 2 -OH groups; the group -CH=CH-, a cycloalkylene, a cycloalkenylene, or an arylene group; and an alkanolamine having the formula where each x independently is a number between 1 and 5 and ∑x on average is a number between 2 and 10, AO is an alkyleneoxy group having 2-4 carbon atoms, R 5 is a C1-C3 alkyl group or a group x where AO and x have the same meaning as above; followed by reaction with an alkylating agent R 6 X, where R 6 is a hydrocarbyl group and X - is an anion derived from the alkylating agent R 6 X; or a product obtainable by the condensation of compound, or of a compound obtained by partial or total quaternisation of; (IIa) or (IIb); and; a compound obtained by partial or total quaternisation of the alkanolamine; as a collector in a froth flotation process.
A bone implant comprising a support structure made of a metal alloy and comprising a biodegradable and absorbable protective structure, wherein the protective structure includes a material different from the support structure and the support structure is surrounded by and/or interspersed with the protective structure, wherein the protective structure is arranged at and/or on the support structure so that the support structure is protected from contacting any aggressive body fluid in a position anchored in a bone of an individual such as a mammal, characterized in that the support structure comprises a plurality of individual support elements that are materially bonded with each other.
A control method for transmitting charging power to a wireless power receiver in a wireless power transmitter, the control method comprising: receiving an advertisement signal from the wireless power receiver, characterised by: discovering a handle value for identifying each of at least one packet associated with transmitting charging power, within the advertisement signal; and communicating with the wireless power receiver by using the advertisement signal. discovering a handle value for identifying each of at least one packet associated with transmitting charging power, within the advertisement signal; and communicating with the wireless power receiver by using the advertisement signal.
A display panel (100, 300) comprising a pixel area, a peripheral wiring area, and a plurality of first detection switches arranged between the pixel area and the peripheral area, wherein the pixel area comprises a plurality of gate lines arranged as row lines and a plurality of data lines arranged as column lines, and wherein the peripheral wiring area comprises a gate line wiring area and a data line wiring area; wherein each one of the plurality of gate lines is connected to the gate line wiring area via a corresponding one of the plurality of first detection switches arranged on a first side of the display panel (100, 300), and wherein each of the plurality of first detection switches comprises a first thin film transistor, the first TFT, having a gate connected with a first control signal line, a source directly connected with a signal line of the gate line wiring area, and a drain connected with said one of the plurality of gate lines at the first side of the display panel (100, 300); wherein the display panel (100, 300) further comprises a plurality of third thin film transistors, the third TFTs, and a plurality of fourth thin film transistors, the fourth TFTs, arranged on a second side of the display panel (100, 300) opposite to the first side on which the plurality of first detection switches are arranged and connected, wherein the gate of each of the plurality of third TFTs is connected with an evaluation indication signal terminal, the source of each of the plurality of third TFTs is connected with a third control signal line, and the drain of each of the plurality of third TFTs is connected with an odd-numbered gate line at the second side of the display panel (100, 300); and wherein the gate of each of the plurality of fourth TFTs is connected with the evaluation indication signal terminal, the source of each of the plurality of fourth TFTs is connected with a fourth control signal line, and the drain of each of the plurality of fourth TFTs is connected with an even-numbered gate line at the second side of the display panel (100, 300), and wherein the gate lines being sequentially numbered.
A molding material comprising a pellet group of at least 20 saponified ethylene-vinyl ester-based copolymer pellets, wherein each of the pellets constituting the pellet group of saponified ethylene-vinyl ester-based copolymer pellets is a pellet whose surface consists of a single closed surface; and when a maximum outer diameter of a pellet is taken as a long diameter (a) and a minimum diameter in a cross section having the greatest area among cross sections perpendicular to the long diameter is taken as a short diameter (c), long diameter and short diameter measured as described in the description, the average value of the long diameter (a)/short diameter (c) ratio of 20 pellets taken from the pellet group is 1.6 or less; and characterized in that the standard deviation of the long diameter (a)/short diameter (c) ratio of the 20 pellets is 0.13 or less, said standard deviation calculated as described in the description. each of the pellets constituting the pellet group of saponified ethylene-vinyl ester-based copolymer pellets is a pellet whose surface consists of a single closed surface; and when a maximum outer diameter of a pellet is taken as a long diameter (a) and a minimum diameter in a cross section having the greatest area among cross sections perpendicular to the long diameter is taken as a short diameter (c), long diameter and short diameter measured as described in the description, the average value of the long diameter (a)/short diameter (c) ratio of 20 pellets taken from the pellet group is 1.6 or less; and characterized in that the standard deviation of the long diameter (a)/short diameter (c) ratio of the 20 pellets is 0.13 or less, said standard deviation calculated as described in the description.
A child seat retention device for a cargo bike box, comprising a main retaining element for attachment to the cargo bike box, a support element supporting the child seat, and a connecting element disposed between the support element and the main retaining element, characterized in that the main retaining element comprises at least one belt strap, wherein the at least one belt strap is firmly connected to the connecting element, wherein the connecting element is adjustable, in particular height-adjustable, for changing the position of the child seat, and wherein the position is changed by means of the at least one belt strap. a main retaining element for attachment to the cargo bike box, a support element supporting the child seat, and a connecting element disposed between the support element and the main retaining element, characterized in that the main retaining element comprises at least one belt strap, wherein the at least one belt strap is firmly connected to the connecting element, wherein the connecting element is adjustable, in particular height-adjustable, for changing the position of the child seat, and wherein the position is changed by means of the at least one belt strap.
A method, comprising: generating a transmission control protocol, TCP, flow; marking a plurality of packets of the TCP flow with one of two differentiated services code points, DSCPs, according to a proportion that is selected to control a throughput associated with the TCP flow; and communicating at least a portion of the plurality of packets to a network; wherein the marking comprises: when it is determined that a round-trip time, RTT, value for the TCP flow is less than or equal to a threshold value, marking all of the plurality of packets with a first DSCP of the two DSCPs, and when it is determined that the RTT value for the TCP flow is greater than the threshold value, marking only a fraction of the plurality of packets with the first DSCP of the two DSCPs, and marking the rest of the plurality of packets with a second DSCP of the two DSCPs; wherein the first DSCP reflects a HiDrop priority and the second DSCP reflects a LoDrop priority within a Diffserv priority, whereby packets marked with the first DSCP have a higher probability of being dropped than packets marked with the second DSCP. generating a transmission control protocol, TCP, flow; marking a plurality of packets of the TCP flow with one of two differentiated services code points, DSCPs, according to a proportion that is selected to control a throughput associated with the TCP flow; and communicating at least a portion of the plurality of packets to a network; wherein the marking comprises: when it is determined that a round-trip time, RTT, value for the TCP flow is less than or equal to a threshold value, marking all of the plurality of packets with a first DSCP of the two DSCPs, and when it is determined that the RTT value for the TCP flow is greater than the threshold value, marking only a fraction of the plurality of packets with the first DSCP of the two DSCPs, and marking the rest of the plurality of packets with a second DSCP of the two DSCPs; wherein the first DSCP reflects a HiDrop priority and the second DSCP reflects a LoDrop priority within a Diffserv priority, whereby packets marked with the first DSCP have a higher probability of being dropped than packets marked with the second DSCP. when it is determined that a round-trip time, RTT, value for the TCP flow is less than or equal to a threshold value, marking all of the plurality of packets with a first DSCP of the two DSCPs, and when it is determined that the RTT value for the TCP flow is greater than the threshold value, marking only a fraction of the plurality of packets with the first DSCP of the two DSCPs, and marking the rest of the plurality of packets with a second DSCP of the two DSCPs; wherein the first DSCP reflects a HiDrop priority and the second DSCP reflects a LoDrop priority within a Diffserv priority, whereby packets marked with the first DSCP have a higher probability of being dropped than packets marked with the second DSCP.
A portable chair comprising two front chair legs (2, 3) and two rear chair legs (4, 5), as well as two front chair arms (6, 7) and two rear chair arms (8, 9), wherein the front chair legs (2, 3) and the rear chair legs (4, 5) each have a free end (2a, 3a, 4a, 5a) which is oriented toward a substrate, and wherein the front chair arms (6, 7) and rear chair arms (8, 9) in each case have a free end (8c, 9c) which is oriented toward a seat surface, wherein the seat surface is able to be spanned or is spanned over free ends (6a, 7a) of the front chair arms (6, 7) and free ends (8c, 9c) of the rear chair arms (8, 9), characterized in that the front chair legs (2, 3) and the front chair arms (6, 7) are fastened to and/or in a first, front connection element, and wherein the rear chair legs (4, 5) and the rear chair arms (8, 9) are fastened to and/or in a second, rear connection element, wherein the first, front connection element is connected via at least two connection rods (14, 15) to the second, rear connection element.
A system (100, 200) for identifying a patient condition comprising: an implantable medical device configured to collect cardiac data from a patient; a device comprising a user interface and capable of communication with the implantable medical device to collect the cardiac data, wherein the system (100, 200) for identifying a patient condition is configured to program the implantable medical device, to identify a patient condition comprising cardiac dysynchrony at intrinsic heart rates over a threshold using the cardiac data, and notify a clinical user of the identified condition using the user interface; characterised in that the device is further configured to identify a therapy appropriate for the identified condition, wherein the identified therapy includes increasing the maximum tracking rate. an implantable medical device configured to collect cardiac data from a patient; a device comprising a user interface and capable of communication with the implantable medical device to collect the cardiac data, wherein the system (100, 200) for identifying a patient condition is configured to program the implantable medical device, to identify a patient condition comprising cardiac dysynchrony at intrinsic heart rates over a threshold using the cardiac data, and notify a clinical user of the identified condition using the user interface; characterised in that the device is further configured to identify a therapy appropriate for the identified condition, wherein the identified therapy includes increasing the maximum tracking rate.
Plug connector comprising a contact carrier that is configured for receiving at least one contact partner that is arranged on an electrical conductor of a cable, wherein the contact carrier is inserted in an outer housing, wherein the contact carrier comprises at least one latching lug for fixing the at least one contact partner in the contact carrier, characterized in that the latching lug comprises at least one latching hook that is arranged on its end and acts on the cable.
Installation for the thermal treatment of a material stream, preferably a material stream containing carbon, comprising a multi-level furnace having at least one upper and one lower process chamber (10; 11), which chambers are separated from one another in terms of gas flow and each comprise at least two levels (100-102; 110-112) arranged one above the other, wherein the at least one upper process chamber is formed as a torrefaction zone for the thermal treatment of the material stream at elevated temperatures and the lower process chamber is formed as a cooling zone, characterized in that - the cooling zone comprises means for feeding in a liquid coolant for cooling and creating an inert atmosphere, - at least one central shaft (106, 116), which is equipped at each level with rabble arms (107, 117) for transporting the material stream, is provided, and - the means for feeding in the liquid coolant are arranged on the central shaft and/or on the rabble arms. - the cooling zone comprises means for feeding in a liquid coolant for cooling and creating an inert atmosphere, - at least one central shaft (106, 116), which is equipped at each level with rabble arms (107, 117) for transporting the material stream, is provided, and - the means for feeding in the liquid coolant are arranged on the central shaft and/or on the rabble arms.
A method for belching water from swollen superabsorbent polymers (SAPs) comprising: immersing swollen SAP in a gel state into a composition for removing moisture, characterized in that the composition for removing moisture comprises a mixture of sea water and 0.5 to 3% by weight of calcium chloride based on the weight of sea water and that the swollen SAP in a gel state is immersed in the composition for removing moisture for 10 minutes to 4 hours.
A boot trackable by a computer-assisted surgery system (30,130), the boot comprising: a body removably mountable about an outer-skin surface of an anatomical feature having a bone (14,114), the anatomical feature and the bone being positioned in fixed relation with respect to the body when the body is mounted to the anatomical feature; and at least two reference marker arrays fixedly mounted to an immobile portion of the body of the boot, each reference marker array being positioned on the body and operable to identify a landmark (16,116) of the bone when the body is mounted about the anatomical feature, the landmark including a medial or a lateral malleoli of the ankle, the reference marker arrays positioned on the body to overlie the medial and lateral malleoli of the ankle when the boot is worn, each of the reference marker arrays having a plurality of reference markers, a position and an orientation of the reference markers being trackable in a reference coordinate system (34,134) to determine the position and the orientation of the body in the reference coordinate system. a body removably mountable about an outer-skin surface of an anatomical feature having a bone (14,114), the anatomical feature and the bone being positioned in fixed relation with respect to the body when the body is mounted to the anatomical feature; and at least two reference marker arrays fixedly mounted to an immobile portion of the body of the boot, each reference marker array being positioned on the body and operable to identify a landmark (16,116) of the bone when the body is mounted about the anatomical feature, the landmark including a medial or a lateral malleoli of the ankle, the reference marker arrays positioned on the body to overlie the medial and lateral malleoli of the ankle when the boot is worn, each of the reference marker arrays having a plurality of reference markers, a position and an orientation of the reference markers being trackable in a reference coordinate system (34,134) to determine the position and the orientation of the body in the reference coordinate system.
Use of means for generating control signals for adjusting or initiating operational states in an ophthalmic technical system, comprising: a) at least one sensor for detection of an endogenous signal sequence or an environmental signal sequence, and converting of these into measurement signals, b) at least one detection unit for converting the measurement signals into a control signal, which influences the accommodation demand detection, wherein c) the detection unit comprises a signal recognition element, which compares the measurement signals with reference signals, which lie within a reference signal bandwidth, and generates the control signal, characterised in that d) at least one of the sensors is an acceleration sensor, a magnetic field sensor, and/or a gyroscope, e) the adjustment or initiation of operational states includes an adjustment of properties or characteristics of an accommodation demand detection, and f) the endogenous signal sequence consists of a reproduction of unknown saccade movements and/or known eye movements, and the control signal is a trigger signal for the adjustment or an adjustment of the properties or characteristics of the accommodation demand detection. a) at least one sensor for detection of an endogenous signal sequence or an environmental signal sequence, and converting of these into measurement signals, b) at least one detection unit for converting the measurement signals into a control signal, which influences the accommodation demand detection, wherein c) the detection unit comprises a signal recognition element, which compares the measurement signals with reference signals, which lie within a reference signal bandwidth, and generates the control signal, characterised in that d) at least one of the sensors is an acceleration sensor, a magnetic field sensor, and/or a gyroscope, e) the adjustment or initiation of operational states includes an adjustment of properties or characteristics of an accommodation demand detection, and f) the endogenous signal sequence consists of a reproduction of unknown saccade movements and/or known eye movements, and the control signal is a trigger signal for the adjustment or an adjustment of the properties or characteristics of the accommodation demand detection.
Section of a cable tray comprising: - a wire trellis formed by assembling longitudinal warp wires and transverse weft wires defining a bottom and two wings; - lateral assembly parts attached to the sides of the section comprising a loop and two arms essentially perpendicular to the loop, specifically an upper arm and a lower arm; characterized in that: - the assembly part comprises a hook defining a concavity oriented towards the outside of the section, this hook being placed in the continuation of the upper arm; - the loop extends obliquely with respect to the wing so as to allow transverse snap-fitting of the section onto an adjacent section. - a wire trellis formed by assembling longitudinal warp wires and transverse weft wires defining a bottom and two wings; - lateral assembly parts attached to the sides of the section comprising a loop and two arms essentially perpendicular to the loop, specifically an upper arm and a lower arm; - the assembly part comprises a hook defining a concavity oriented towards the outside of the section, this hook being placed in the continuation of the upper arm; - the loop extends obliquely with respect to the wing so as to allow transverse snap-fitting of the section onto an adjacent section.