mhurhangee/ep-ind-claims huggingface dataset:
A method for use by a Message Queuing Telemetry Transport, MQTT, client of a node, comprising: sending, from an application of the node, a publish request to an MQTT server that uses a predetermined topic filter parameter related to a request for an application identifier; receiving a message from the MQTT server that includes an assigned application name as payload; sending a subscription request to the MQTT server including the assigned application name as part of the topic filter; receiving a subscribe request from the application with the topic filter indicating a first middle node and the application; sending, to an MQTT server at an infrastructure node, a subscribe request, the subscribe request being for a topic, wherein the subscribe request comprises the topic filter and indicates the infrastructure node; and receiving, from the MQTT server at the infrastructure node, messages for the topic, the messages for the topic indicating the infrastructure node and comprising the topic filter, wherein messages for the topic are forwarded through the first middle node between the application and the infrastructure node using the topic at the first middle node and the infrastructure node. sending, from an application of the node, a publish request to an MQTT server that uses a predetermined topic filter parameter related to a request for an application identifier; receiving a message from the MQTT server that includes an assigned application name as payload; sending a subscription request to the MQTT server including the assigned application name as part of the topic filter; receiving a subscribe request from the application with the topic filter indicating a first middle node and the application; sending, to an MQTT server at an infrastructure node, a subscribe request, the subscribe request being for a topic, wherein the subscribe request comprises the topic filter and indicates the infrastructure node; and receiving, from the MQTT server at the infrastructure node, messages for the topic, the messages for the topic indicating the infrastructure node and comprising the topic filter, wherein messages for the topic are forwarded through the first middle node between the application and the infrastructure node using the topic at the first middle node and the infrastructure node.
A method of making a stimulation lead, the method comprising: providing a pre-electrode assembly formed as a tube and comprising a plurality of segmented electrodes and a plurality of connectors, wherein each of the segmented electrodes is coupled to at least one other of the segmented electrodes by at least one of the connectors, wherein the tube defines a longitudinal axis, wherein each of the segmented electrodes has a radius with respect to the longitudinal axis and each of the connectors is formed of a conductive material and wherein each of the connectors is disposed at a radius with respect to the longitudinal axis that is greater than a radius of any of the segmented electrodes with respect to the longitudinal axis; forming at least a portion of a lead body around the segmented electrodes of the pre-electrode assembly; and grinding the tube comprising the pre-electrode assembly and portion of the lead body to remove the plurality of connectors leaving the plurality of segmented electrodes and the portion of the lead body. providing a pre-electrode assembly formed as a tube and comprising a plurality of segmented electrodes and a plurality of connectors, wherein each of the segmented electrodes is coupled to at least one other of the segmented electrodes by at least one of the connectors, wherein the tube defines a longitudinal axis, wherein each of the segmented electrodes has a radius with respect to the longitudinal axis and each of the connectors is formed of a conductive material and wherein each of the connectors is disposed at a radius with respect to the longitudinal axis that is greater than a radius of any of the segmented electrodes with respect to the longitudinal axis; forming at least a portion of a lead body around the segmented electrodes of the pre-electrode assembly; and grinding the tube comprising the pre-electrode assembly and portion of the lead body to remove the plurality of connectors leaving the plurality of segmented electrodes and the portion of the lead body.
A FLASH radiation therapy system, comprising a radiation gun system comprising: a particle beam gun configured to generate a particle beam, and a gun control component configured to control generation characteristics of the particle beam, including particle beam fidelity characteristics, wherein the particle beam characteristics are compatible with FLASH radiation therapy to provide a dose rate of at least 4 Gy in less than one second; wherein: the particle beam gun includes a photocathode gun and a bend magnet, and the gun control component includes a laser component; the photocathode gun is an integral part of a first short linear accelerator and is operable to emit electrons when excited by the laser; the bend magnet is operable to bend the electrons and provide a line-of-site path for the exciting laser to the photocathode, the system configured so that a resulting bent beam is then forwarded into a second linear accelerator to accelerate the beam to its final energy; and the laser component is operable to control switching on and off gating of the electron emission from the gun. a particle beam gun configured to generate a particle beam, and a gun control component configured to control generation characteristics of the particle beam, including particle beam fidelity characteristics, wherein the particle beam characteristics are compatible with FLASH radiation therapy to provide a dose rate of at least 4 Gy in less than one second; wherein: the particle beam gun includes a photocathode gun and a bend magnet, and the gun control component includes a laser component; the photocathode gun is an integral part of a first short linear accelerator and is operable to emit electrons when excited by the laser; the bend magnet is operable to bend the electrons and provide a line-of-site path for the exciting laser to the photocathode, the system configured so that a resulting bent beam is then forwarded into a second linear accelerator to accelerate the beam to its final energy; and the laser component is operable to control switching on and off gating of the electron emission from the gun. the particle beam gun includes a photocathode gun and a bend magnet, and the gun control component includes a laser component; the photocathode gun is an integral part of a first short linear accelerator and is operable to emit electrons when excited by the laser; the bend magnet is operable to bend the electrons and provide a line-of-site path for the exciting laser to the photocathode, the system configured so that a resulting bent beam is then forwarded into a second linear accelerator to accelerate the beam to its final energy; and the laser component is operable to control switching on and off gating of the electron emission from the gun.
A resonator assembly comprising a resonant chamber, each chamber comprising a first wall, a second wall opposite the first wall, and side walls; in which the resonator chamber houses two or more resonators; each resonator comprising a first cylinder grounded on one of the first and second walls (40,42) and extending into the chamber, and a second cylinder which is coaxial with the first cylinder and grounded on the other of the first and second walls (40,42) and extending into the chamber; a first set of the resonators having their respective first cylinders grounded on the first wall and their respective second cylinders grounded on the second wall; a second set of the resonators having their respective first cylinders grounded on the second wall and their respective second cylinders grounded on the first wall; wherein each resonator of the first set is for magnetic field coupling in proximity with at least one resonator of the second set the resonators of the first set are in an inter-digitated configuration with the resonators of the second set; characterised in that in each resonator the first cylinder is an inner cylinder and the second cylinder is an outer cylinder lying coaxially such that along part of their lengths the first cylinder and the second cylinder overlap. each resonator comprising a first cylinder grounded on one of the first and second walls (40,42) and extending into the chamber, and a second cylinder which is coaxial with the first cylinder and grounded on the other of the first and second walls (40,42) and extending into the chamber; a first set of the resonators having their respective first cylinders grounded on the first wall and their respective second cylinders grounded on the second wall; a second set of the resonators having their respective first cylinders grounded on the second wall and their respective second cylinders grounded on the first wall; wherein each resonator of the first set is for magnetic field coupling in proximity with at least one resonator of the second set the resonators of the first set are in an inter-digitated configuration with the resonators of the second set; characterised in that in each resonator the first cylinder is an inner cylinder and the second cylinder is an outer cylinder lying coaxially such that along part of their lengths the first cylinder and the second cylinder overlap.
A wheel comprising: an axle; a plurality of wheel sections, each wheel section comprising: a rim portion; a hub portion defining a rotational axis; a pair of spokes, each spoke connecting the hub portion to the rim portion of one of the wheel sections of the plurality of wheel sections; wherein the rim portion, the hub portion, and the pair of spokes of each wheel section are integrally connected; and wherein the plurality of wheel sections are rotatable relative to each other about the rotational axis from an expanded position wherein the rim portions of the plurality of wheel sections cooperatively define a circle to a collapsed position wherein the rim portions of the plurality of wheel sections each define a segment of the same circle, the wheel being characterised by: a plurality of spacers, each spacer comprising a spacer hub portion defining a rotational axis. an axle; a plurality of wheel sections, each wheel section comprising: a rim portion; a hub portion defining a rotational axis; a pair of spokes, each spoke connecting the hub portion to the rim portion of one of the wheel sections of the plurality of wheel sections; a rim portion; a hub portion defining a rotational axis; a pair of spokes, each spoke connecting the hub portion to the rim portion of one of the wheel sections of the plurality of wheel sections; wherein the rim portion, the hub portion, and the pair of spokes of each wheel section are integrally connected; and wherein the plurality of wheel sections are rotatable relative to each other about the rotational axis from an expanded position wherein the rim portions of the plurality of wheel sections cooperatively define a circle to a collapsed position wherein the rim portions of the plurality of wheel sections each define a segment of the same circle, the wheel being characterised by: a plurality of spacers, each spacer comprising a spacer hub portion defining a rotational axis.
A method for operating a longitudinal folding apparatus comprising a folding blade, a folding table having a folding gap, and on each of the two sides of the folding gap at least one or a group of braking elements (31; 32; 33; 34), wherein a movement of a folding blade is driven in a synchronized manner with respect to its cyclic motion frequency in relation to one or more units of a web processing machine arranged upstream thereof and/or with a flow of incoming products, wherein the entry of a leading edge of incoming products is detected at a first measuring point in the transport path of the folding table, and wherein a relative phase position ΔΦ between the movement of the folding blade and the phase position of the upstream aggregate(s) and/or the phase position of the flow of products is deliberately modified by means of a control- and/or regulation device for the purpose of adjusting a point of contact of the folding blade with the product to be folded, characterized in that the relative phase position ΔΦ is modified by a control algorithm such that, at least in one operating mode or phase of a production operation, the leading edges of the products to be folded, which are conveyed on the folding table, are held back at a distance from the measuring point located on the transport path by varying the relative phase position ΔΦ in such a way that, as a result of the detection of the leading edge of one or of a certain number of successive product(s) at this measuring point, the relative phase position ΔΦ is varied to an earlier time for the first contact of product and folding blade and/or the point of contact is varied to a point that lies closer to an intake side of the incoming products, in that, at a second measuring point arranged upstream of the first measuring point in the direction of transport the entry of a leading edge of incoming products is also detected, and the relative phase position ΔΦ is varied using a control algorithm in such a way that, at least in one operating mode or phase of a production operation, the leading edges of the products to be folded which are conveyed on the folding table are held in a capture range defined by the two measuring points (S1; S2) that are spaced from one another in direction of transport, by varying the relative phase positions ΔΦ and with single or multiple deliveries from the capture area, the position of the edge in this capture area is moved back for subsequent products, and in that a skewed position of the product to be longitudinally folded is corrected by means of friction-based deceleration implemented by braking elements (31; 32; 33; 34) disposed on either sides of the folding gap that are adjustable independently of one another in terms of their distance from the folding table or from the upper side of the folding table and/or from the product.
A method performed by a network component for full-duplex communications in a Multiple-Input and Multiple-Output, MIMO, system, the method comprising: forming, using a precoding matrix generated in accordance with channel conditions, a plurality of beams for a plurality of transmit signals and a plurality of self-interference cancellation signals corresponding to the plurality of transmit signals; transmitting, at a plurality of antennas, the plurality of beams for the transmit signals; receiving, via the plurality of antennas, a plurality of receive signals; adding, to each of the plurality of receive signals, a corresponding self-interference cancellation signal from the plurality of self-interference cancellation signals to obtain a plurality of corrected receive signals; and detecting, at a plurality of receivers, the plurality of corrected receive signals. forming, using a precoding matrix generated in accordance with channel conditions, a plurality of beams for a plurality of transmit signals and a plurality of self-interference cancellation signals corresponding to the plurality of transmit signals; transmitting, at a plurality of antennas, the plurality of beams for the transmit signals; receiving, via the plurality of antennas, a plurality of receive signals; adding, to each of the plurality of receive signals, a corresponding self-interference cancellation signal from the plurality of self-interference cancellation signals to obtain a plurality of corrected receive signals; and detecting, at a plurality of receivers, the plurality of corrected receive signals.
High strength hot dip galvanised steel strip consisting, in mass percent, of the following elements: 0.10 - 0.21 % C 1.75 - 2.50 % Mn 0.04 - 0.60 % Si 0.20 - 1.40 % Al 0.001 - 0.025 % P 0.0011 - 0.0040 % B max 0.50 % Cr max 0.20 % Ti max 0.004 % Ca max 0.015 % N the balance being Fe and inevitable impurities. 0.10 - 0.21 % C 1.75 - 2.50 % Mn 0.04 - 0.60 % Si 0.20 - 1.40 % Al 0.001 - 0.025 % P 0.0011 - 0.0040 % B max 0.50 % Cr max 0.20 % Ti max 0.004 % Ca max 0.015 % N the balance being Fe and inevitable impurities.
A method for performing transmission by a narrowband internet-of-things, NB-IoT, user equipment, UE, in a wireless communication system, the method comprising: transmitting uplink, UL, data to a network via a physical uplink shared channel, PUSCH, by using a first resource unit; and transmitting an acknowledgement/negative-acknowledgement, ACK/NACK, signal to the network via the PUSCH by using a second resource unit, wherein the first resource unit consists of a first number of resource elements, REs, within one or more subcarriers in frequency domain and a first time interval in time domain, wherein the second resource unit consists of a second number of REs within a single subcarrier in frequency domain and a second time interval in time domain, wherein the second number of REs is smaller than the first number of REs, wherein the first resource unit is used for transmitting the UL data based on repetition, and wherein the second resource unit is used for transmitting the ACK/NACK signal based on repetition. transmitting uplink, UL, data to a network via a physical uplink shared channel, PUSCH, by using a first resource unit; and transmitting an acknowledgement/negative-acknowledgement, ACK/NACK, signal to the network via the PUSCH by using a second resource unit, wherein the first resource unit consists of a first number of resource elements, REs, within one or more subcarriers in frequency domain and a first time interval in time domain, wherein the second resource unit consists of a second number of REs within a single subcarrier in frequency domain and a second time interval in time domain, wherein the second number of REs is smaller than the first number of REs, wherein the first resource unit is used for transmitting the UL data based on repetition, and wherein the second resource unit is used for transmitting the ACK/NACK signal based on repetition.
A composition for use in the treatment of cancer by regulating splicing factors to treat cancer, the composition comprising a combination of at least one PIM kinase inhibitor that exhibits changes and/or disruption of mRNA splicing in combination with a compound that modulates/inhibits splicing activity of an RNA splicing factor, wherein the at least one PIM kinase inhibitor is SGI-1776 (N-[(1-methylpiperidin-4-yl)methyl]-3-[3-(trifluoromethoxy)phenyl]imidazo[1,2-b]pyridazin-6-amine), SMI-4a (5-[[3-(trifluoromethyl)phenyl]methylidene]-1,3-thiazolidine-2,4-dione), CX-6258 -5-chloro-3-((5-(3-(4-methyl-1,4-diazepane-1-carbonyl)phenyl)furan-2-yl)methylene)indolin-2-one), LKB1 (N-[5-(4-cyanophenyl)-1H-pyrrolo[2,3-b]pyridin-3-yl]pyridine-3-carboxamide), AZD1208 ( -5-[[2-[ -3-aminopiperidin-1-yl]-3-phenylphenyl]methylidene]-1,3-thiazolidine-2,4-dione), PIM-1 Inhibitor 2 (4-[3-(4-chlorophenyl)-2,1-benzoxazol-5-yl]pyrimidin-2-amine), R8-T198wt or TCS PIM-1 (6-(5-bromo-2-hydroxyphenyl)-2-oxo-4-phenyl-1,2-dihydropyridine-3-carbonitrile) and wherein the compound that modulates/inhibits splicing activity of a RNA splicing factor is pladienolide B, herboxidien, isoginkgetin, 2-((7methoxy-4-methylquinazolin-2-yl)amino)-5,6-dimethylpyrimidin-4 -one, bovine papillomavirus type 1 (BPV-1) exonic splicing suppressor, or N-[2-(1-Piperidinyl)-5-(trifluoromethyl)phenyl]-4-pyridinecarboxamide (SRPIN340), wherein the amounts of at least one a PIM kinase inhibitor that exhibits changes and/or disruption of mRNA splicing in combination with a compound that modulates/inhibits splicing activity of an RNA splicing factor has a molar ratio within the range from about 20:0.001 to 0.01:20.
A wind turbine having a cooling system, which wind turbine comprises a nacelle in connection with which one or more wind turbine components are arranged, the cooling system comprising: - at least one cooling circuit arranged to lead a heat transfer medium to and from one or more of the wind turbine components, - a least one cooling device arranged to cool the heat transfer medium, - at least one pump arranged in connection with the at least one cooling circuit to circulate the heat transfer medium in the cooling circuit, and - at least one medium tank arranged in connection with the cooling circuit, wherein the at least one medium tank is arranged inside the nacelle, characterised in that the medium tank is divided into at least a first compartment and a second compartment having at least one passage between them, the first compartment being situated below the second compartment (17, wherein the first compartment comprises an inlet and an outlet to the cooling circuit, and the at least one passage between the two compartments are positioned below a level of the heat transfer medium in the medium tank. - at least one cooling circuit arranged to lead a heat transfer medium to and from one or more of the wind turbine components, - a least one cooling device arranged to cool the heat transfer medium, - at least one pump arranged in connection with the at least one cooling circuit to circulate the heat transfer medium in the cooling circuit, and - at least one medium tank arranged in connection with the cooling circuit,
A cargo loading system comprising: a frame which is installed on a ground surface; a plurality of height adjustment means which is formed on a top surface of the frame; a support plate which is disposed on tops of the plurality of height adjustment means; and a second guide rail which is disposed on a top surface of the support plate so as to correspond to a first guide rail formed on the loading part of the transportation means; and characterized by a connection means which is disposed at an end of the second guide rail and connects an end of the first guide rail; a fastening means which is disposed on a front side of the support plate and is coupled to an end of the loading part; a movable body which is provided with driving rollers on a bottom thereof so that it can move along the first guide rail and the second guide rail and is loaded with cargo on a top thereof; a drive means which is disposed on a rear side of the support plate so as to move the movable body along the first guide rail and the second guide rail and includes a wire configured to be connected to one side of the movable body, a winding unit configured to wind the wire, and a drive motor configured to drive the winding unit; a fastening plate which is disposed on the movable body; and a guide line which is disposed adjacent to the second guide rail so as to be coupled to the fastening plate through a locking member. a frame which is installed on a ground surface; a plurality of height adjustment means which is formed on a top surface of the frame; a support plate which is disposed on tops of the plurality of height adjustment means; and a second guide rail which is disposed on a top surface of the support plate so as to correspond to a first guide rail formed on the loading part of the transportation means; and characterized by a connection means which is disposed at an end of the second guide rail and connects an end of the first guide rail; a fastening means which is disposed on a front side of the support plate and is coupled to an end of the loading part; a movable body which is provided with driving rollers on a bottom thereof so that it can move along the first guide rail and the second guide rail and is loaded with cargo on a top thereof; a drive means which is disposed on a rear side of the support plate so as to move the movable body along the first guide rail and the second guide rail and includes a wire configured to be connected to one side of the movable body, a winding unit configured to wind the wire, and a drive motor configured to drive the winding unit; a fastening plate which is disposed on the movable body; and a guide line which is disposed adjacent to the second guide rail so as to be coupled to the fastening plate through a locking member.