mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a target nucleic acid in a sample, said method comprising contacting said sample with: a sequence conversion DNA comprising, in the 5' to 3' direction, a first signal DNA generation sequence, an endonuclease recognition site, and a sequence complementary to the 3' end of said target nucleic acid, n unique cascade sequence amplification DNAs, wherein one of the n unique cascade sequence amplification DNAs comprises, in the 5' to 3' direction, a second signal DNA generation sequence, which is different from the first signal generation sequence, an endonuclease recognition site, and a sequence that is homologous to the first signal DNA generation sequence of the sequence conversion DNA, wherein n is an integer between 1 and 10, a polymerase, and an endonuclease for a nicking reaction, to form a reaction mixture; maintaining the reaction mixture under conditions that allow binding of the target nucleic acid to the sequence conversion DNA to prime replication and generate a first signal DNA; and detecting the presence or absence of at least one signal DNA generated by the signal generation sequence of the n unique cascade sequence amplification DNAs. a sequence conversion DNA comprising, in the 5' to 3' direction, a first signal DNA generation sequence, an endonuclease recognition site, and a sequence complementary to the 3' end of said target nucleic acid, n unique cascade sequence amplification DNAs, wherein one of the n unique cascade sequence amplification DNAs comprises, in the 5' to 3' direction, a second signal DNA generation sequence, which is different from the first signal generation sequence, an endonuclease recognition site, and a sequence that is homologous to the first signal DNA generation sequence of the sequence conversion DNA, wherein n is an integer between 1 and 10, a polymerase, and an endonuclease for a nicking reaction, to form a reaction mixture; maintaining the reaction mixture under conditions that allow binding of the target nucleic acid to the sequence conversion DNA to prime replication and generate a first signal DNA; and detecting the presence or absence of at least one signal DNA generated by the signal generation sequence of the n unique cascade sequence amplification DNAs.
Knitting machine for the production of knitted goods provided with patterns, comprising: at least one bed which is provided with grooves, knitting tools (7, 48, 53) which are mounted displaceably in the grooves, at least one cam portion which is moveable relative to the bed and defines at least two different paths (28a, 29a, 35) for the knitting tools (7, 48, 53), and at least one pattern device (8, 10; 54, 56), by means of which the knitting tools (7, 48, 53) can be distributed to the at least two paths (28a, 29a, 35) in successive selection steps, according to the pattern, the pattern device (8, 10; 54, 56) being configured such that, in each selection step, at least respectively two knitting tools (7, 48, 53) which are situated adjacently in the bed are selected in the same way at the same time and are directed into one and the same of the at least two paths (28a, 29a, 35), in which the pattern device has a selection device and a plurality of sinker selection plates which are assigned respectively to at least two knitting tools (7, 48) which are situated adjacently in the bed and can be brought by the selection device, in each selection step, into one of at least two positions, the bed comprising a first portion with first grooves which respectively receive a knitting tool and a second portion with second grooves which respectively receive a sinker selection plate, the first grooves being disposed with a first division and second grooves with a second division which corresponds at least to twice the first division, and in that the two portions (40a, 40b) of the bed are separated from each other by at least one free space (46, 46a), characterised in that, in the free space, upper ends of the sinker selection plates can act on lower ends of the at least respectively two assigned knitting tools in order to distribute these to the at least two paths (28a, 29a, 35).
A high-strength alpha-beta titanium alloy comprising: Al at a concentration of from 4.7 wt. % to 6.0 wt. %; V at a concentration of from 6.5 wt. % to 8.0 wt. %; Si at a concentration of from 0.15 wt. % to 0.6 wt. %; Fe at a concentration of up to 0.3 wt. %; O at a concentration of from 0.15 wt. % to 0.23 wt. %; optionally C at a concentration of less than 0.06 wt.%; optionally an additional alloying element at a concentration of less than 1.5 wt.%, the additional alloying element being selected from the group consisting of Sn and Zr; optionally Mo at a concentration of less than 0.6 wt.%; and Ti and incidental impurities as a balance, wherein an Al/V ratio is from 0.65 to 0.8, the Al/V ratio being equal to the concentration of the Al divided by the concentration of the V in weight percent. Al at a concentration of from 4.7 wt. % to 6.0 wt. %; V at a concentration of from 6.5 wt. % to 8.0 wt. %; Si at a concentration of from 0.15 wt. % to 0.6 wt. %; Fe at a concentration of up to 0.3 wt. %; O at a concentration of from 0.15 wt. % to 0.23 wt. %; optionally C at a concentration of less than 0.06 wt.%; optionally an additional alloying element at a concentration of less than 1.5 wt.%, the additional alloying element being selected from the group consisting of Sn and Zr; optionally Mo at a concentration of less than 0.6 wt.%; and Ti and incidental impurities as a balance, wherein an Al/V ratio is from 0.65 to 0.8, the Al/V ratio being equal to the concentration of the Al divided by the concentration of the V in weight percent.
An etheramine mixture comprising at least 90% by weight, based on the total weight of the etheramine mixture, of an amine of Formula and, wherein R1-R12 are independently selected from H, alkyl, cycloalkyl, aryl, alkylaryl, or arylalkyl, wherein at least one of R1-R6 and at least one of R7-R12 is different from H, wherein A1-A9 are independently selected from linear or branched alkylenes having 2 to 18 carbon atoms, preferably 2-10 carbon atoms, most preferably 2-5 carbon atoms, wherein Z1-Z4 are independently selected from OH, CH2CH2CH2NH2, NH2, NHR' or NR'R", wherein the degree of amination is < 50%, wherein R' and R" are independently selected from alkylenes having 2 to 6 carbon atoms, and wherein the sum of x+y is in the range of from 2 to 200, wherein x≥1 and y≥1; and x1 + y1 is in the range of from 2 to 200, preferably 2-20, most preferaby 2-10, wherein x1≥1 and y1≥1.
A vehicular energy absorption structure, comprising: a tube shaped energy absorption body made from a fiber reinforced resin; an opposing face that is provided facing an axial direction end portion of the energy absorption body, and that is configured, during a vehicle collision, to crush the energy absorption body from the axial direction end portion; and a guide section (22, 26) that projects out from the opposing face and that is disposed at an interior of the energy absorption body, wherein the guide section (22, 26) comprises an abutting section, that is provided so as to be capable of contacting a wall (14B, 14I, 140, 14T) forming the energy absorption body from an inner side during a vehicle collision, and is separated from the opposing face by an opening in an axial direction of the energy absorption body, characterized in that the abutting section is an abutting wall (50b, 50i, 50o, 50t) that is substantially parallel to the wall (14B, 14I, 140, 14T) forming the energy absorption body and in that the abutting wall (50b, 50i, 50o, 50t) is a peripheral wall corresponding to an entire periphery of the wall (14B, 14I, 140, 14T) forming the energy absorption body; the guide section (22, 26) comprises a coupling portion that couples the peripheral wall and the opposing face together and that is disposed at an interior of the peripheral wall; and the peripheral wall and the opposing face are separated from each other by an opening around an entire periphery of the peripheral wall. a tube shaped energy absorption body made from a fiber reinforced resin; an opposing face that is provided facing an axial direction end portion of the energy absorption body, and that is configured, during a vehicle collision, to crush the energy absorption body from the axial direction end portion; and a guide section (22, 26) that projects out from the opposing face and that is disposed at an interior of the energy absorption body, wherein the guide section (22, 26) comprises an abutting section, that is provided so as to be capable of contacting a wall (14B, 14I, 140, 14T) forming the energy absorption body from an inner side during a vehicle collision, and is separated from the opposing face by an opening in an axial direction of the energy absorption body, characterized in that the abutting section is an abutting wall (50b, 50i, 50o, 50t) that is substantially parallel to the wall (14B, 14I, 140, 14T) forming the energy absorption body and in that the abutting wall (50b, 50i, 50o, 50t) is a peripheral wall corresponding to an entire periphery of the wall (14B, 14I, 140, 14T) forming the energy absorption body; the guide section (22, 26) comprises a coupling portion that couples the peripheral wall and the opposing face together and that is disposed at an interior of the peripheral wall; and the peripheral wall and the opposing face are separated from each other by an opening around an entire periphery of the peripheral wall.
A warehouse material handling vehicle comprising: an automation arbitration controller; a material handling vehicle controller; a plurality of automation controllers including a zoning and positioning controller and an automated guided vehicle controller, the zoning and positioning controller configured to determine a position of the warehouse material handling vehicle within a warehouse by communicating with a position sensing system, the automated guided vehicle controller configured to supply drive commands based on paths to travel chosen by a navigation sensing system; an automation communication bus that connects the automation arbitration controller of the warehouse material handling vehicle to the plurality of automation controllers of the warehouse material handling vehicle, the automation arbitration controller configured to arbitrate automation requests received from the plurality of automation controllers on the automation communication bus to determine vehicle control information; and a vehicle communication bus that connects the automation arbitration controller to the material handling vehicle controller, the automation arbitration controller configured to communicate the determined vehicle control information to the material handling vehicle controller on the vehicle communication bus. an automation arbitration controller; a material handling vehicle controller; a plurality of automation controllers including a zoning and positioning controller and an automated guided vehicle controller, the zoning and positioning controller configured to determine a position of the warehouse material handling vehicle within a warehouse by communicating with a position sensing system, the automated guided vehicle controller configured to supply drive commands based on paths to travel chosen by a navigation sensing system; an automation communication bus that connects the automation arbitration controller of the warehouse material handling vehicle to the plurality of automation controllers of the warehouse material handling vehicle, the automation arbitration controller configured to arbitrate automation requests received from the plurality of automation controllers on the automation communication bus to determine vehicle control information; and a vehicle communication bus that connects the automation arbitration controller to the material handling vehicle controller, the automation arbitration controller configured to communicate the determined vehicle control information to the material handling vehicle controller on the vehicle communication bus.
A wireless network of devices including a network device and a coordinator; the coordinator comprising transmission and reception means for wireless communication; and the network device comprising transmission means and reception means for wireless communication; and control means; wherein the control means is operable to selectively cause the device to communicate according to two different contention-based channel access schemes, a higher throughput scheme and a lower throughput scheme; wherein a trigger is provided in the network by the coordinator for a switch from the lower throughput scheme to the higher throughput scheme, and wherein the trigger is a combined trigger created based on a combination of trigger factors related to the network device's transmission requirements, the trigger factors including emergency and/or urgency status of a device and battery level.
A crop baler having an elongated bank of knotters characterised in that it includes a cross-flow blower comprising: a housing having an elongated air outlet extending along the length of the bank of knotters and an air inlet; and an elongated, generally cylindrical fan wheel supported in said housing for rotation about an axis extending generally parallel to the longitudinal axis of said outlet for drawing air into the housing through said inlet and discharging a stream through said outlet against the bank of knotters. a housing having an elongated air outlet extending along the length of the bank of knotters and an air inlet; and an elongated, generally cylindrical fan wheel supported in said housing for rotation about an axis extending generally parallel to the longitudinal axis of said outlet for drawing air into the housing through said inlet and discharging a stream through said outlet against the bank of knotters.
Surface-cleaning tool for road maintenance vehicles having a frame on which are arranged a cabin front portion, a rear tank portion, the cleaning tool comprising suction means and brushing means with at least one brush rotating around a vertical axis designed to be mounted at the front of the frame, in which the brushing means are arranged on a carrier plate, a peripheral skirt being provided at the base of the carrier plate to form a closed area under said carrier plate, the suction means comprising a suction nozzle arranged above the brushing means to generate air flow directly through said brushing means, characterised in that the skirt has on the front part a flap articulated on a hinge associated to pivoting means to move said hinge when the vehicle is in reverse mode and the tool is in operating position, so that said flap will scrape the ground, and to push the flap towards the closed area and maintain it in the raised position when the vehicle is moving in the forward direction, the pivoting means being formed by side inverters with a length that is defined so that their free ends are flush with the ground when the vehicle is moving in the forward direction and the tool in operating position, the flap being maintained in the raised position by said inverters into contact with the ground.
A method implemented by a wireless communication device for receiving user data from a radio network node in a wireless communication system that includes a data channel over which user data is transmitted and a control channel over which control data is transmitted, the method comprising: receiving over the control channel a hierarchically-modulated symbol which conveys control data on a control-data modulation layer that is recoverable, by the wireless communication device, via demodulation at a lower order, and conveys user data on a user-data modulation layer that is recoverable, by the wireless communication device, via demodulation at a higher order, wherein the lower order is lower than the higher order and is predefined and statically fixed independent of conditions on the control channel; dynamically determining the higher order from received control signaling that indicates the higher order, wherein the higher order is dynamically adapted in dependence on conditions on the control channel at the wireless communication device; and recovering the user data received over the control channel by demodulating at least the user-data modulation layer at the higher order. receiving over the control channel a hierarchically-modulated symbol which conveys control data on a control-data modulation layer that is recoverable, by the wireless communication device, via demodulation at a lower order, and conveys user data on a user-data modulation layer that is recoverable, by the wireless communication device, via demodulation at a higher order, wherein the lower order is lower than the higher order and is predefined and statically fixed independent of conditions on the control channel; dynamically determining the higher order from received control signaling that indicates the higher order, wherein the higher order is dynamically adapted in dependence on conditions on the control channel at the wireless communication device; and recovering the user data received over the control channel by demodulating at least the user-data modulation layer at the higher order.
Method for computing a feasible rates region in a network using a random access MAC protocol and comprising nodes (NEi) having links therebetween, during network operation, the feasible rates region being a set of rates that can be simultaneously sustained by the network, characterized in that, said method being performed by a device associated with one of said nodes, said method comprises the steps of i) determining, for each link established between said one of said nodes and another of said nodes of said network, a primary extreme point corresponding to a maximum output rate when said link transmits alone at a maximum input rate, each primary extreme point of a link corresponding to a maximum output rate achieved when said link transmits alone at a maximum input rate, and ii) determining secondary extreme points, which capture partial interference when at least two links established between said one of said nodes and others of said nodes of said network transmit simultaneously, by combining said primary extreme points with an interference model, said primary and secondary extreme points defining a boundary of a feasible rates region for said one of said nodes associated with said device, said method further comprising the steps of: - measuring by network-layer broadcast probes online packet loss rate experienced by the random access MAC protocol, - filtering out by a channel loss rate estimator collisions induced by cross-traffic into said measured packet loss rate in order to produce a channel loss rate, and - providing a capacity representation relating said maximum output rate to said channel loss rate. i) determining, for each link established between said one of said nodes and another of said nodes of said network, a primary extreme point corresponding to a maximum output rate when said link transmits alone at a maximum input rate, each primary extreme point of a link corresponding to a maximum output rate achieved when said link transmits alone at a maximum input rate, and ii) determining secondary extreme points, which capture partial interference when at least two links established between said one of said nodes and others of said nodes of said network transmit simultaneously, by combining said primary extreme points with an interference model, said primary and secondary extreme points defining a boundary of a feasible rates region for said one of said nodes associated with said device, - measuring by network-layer broadcast probes online packet loss rate experienced by the random access MAC protocol, - filtering out by a channel loss rate estimator collisions induced by cross-traffic into said measured packet loss rate in order to produce a channel loss rate, and - providing a capacity representation relating said maximum output rate to said channel loss rate.
Rendering for facade coating, the said rendering comprising a mixture comprising at least one binder and granulates, the granulates having a particle size of between 100 μm and 5 mm, and the content of granulates in the ready-to-mix rendering composition being between 60% and 90% by weight, the said rendering comprising at least one silane containing at least one alkoxy function, and the content of silane(s) containing at least one alkoxy function in the ready-to-mix rendering composition being at least 0.1% by weight and not exceeding 1% by weight.
A composition comprising a population of polysialic acid derivatives of insulin or an insulin-like protein, wherein the polysialic acid comprises between 2 and 125 sialic acid units, wherein the insulin-like protein has at least 50% of the activity of insulin, wherein the insulin-like protein is an insulin homologue having 90% or greater sequence identity at the amino acid level with residues 25-54 or 90-110 of SEQ ID NO: 1, and wherein at least 85% of the population of derivatives of the insulin or the insulin-like protein is derivatised at the N-terminal.
An encoding device configured to encode image data to be delivered in real time, the encoding device comprising: a first calculation unit configured to calculate, based on a predetermined first system rate for transmitting the encoded image data to a terminal and a second system rate representing a rate for reproducing the image data at the terminal, a decoder storage time, which is a latency from starting reception of the encoded image data until starting decoding the encoded image data received and stored by the terminal; a second calculation unit configured to calculate the second system rate as a target rate for reproducing the image data at the terminal, based on an encoding rate of the image data and a rate of data used to multiplex and synchronize the image data; and a transmitting unit configured to add information of the decoder storage time to the encoded image data and transmit the encoded image data added with the information to the terminal. a first calculation unit configured to calculate, based on a predetermined first system rate for transmitting the encoded image data to a terminal and a second system rate representing a rate for reproducing the image data at the terminal, a decoder storage time, which is a latency from starting reception of the encoded image data until starting decoding the encoded image data received and stored by the terminal; a second calculation unit configured to calculate the second system rate as a target rate for reproducing the image data at the terminal, based on an encoding rate of the image data and a rate of data used to multiplex and synchronize the image data; and a transmitting unit configured to add information of the decoder storage time to the encoded image data and transmit the encoded image data added with the information to the terminal.