mhurhangee/ep-ind-claims huggingface dataset:
A method including: limiting a rate of injections of computing requests into a distributed computing cluster according to a second parameter specifying the rate of injection of computing requests, wherein the distributed computing system includes: a plurality of computing nodes interconnected by an interconnect network over which the computing nodes of the plurality of computing nodes communicate with each other by passing messages, each of at least some of the computing nodes being configured with a first parameter governing transmissions of messages by the computing node over the interconnect network, wherein the first parameter includes a delay parameter governing a minimum time interval between transmission of messages by the computing node over the interconnect network; accumulating, at the at least some computing nodes, messages for transmission as a group of messages according to the first parameter, wherein the at least some computing nodes are configured to accumulate messages for transmission as a group of messages during the minimum time interval; receiving, at a controller, at least one predetermined service level requirement, and controlling, using the controller, a value of the second parameter and a value of the first parameter based on a processing latency of the distributed computing cluster and a rate of output of the distributed computing cluster to control a computational throughput of the distributed computing cluster while complying with the at least one service level requirement. limiting a rate of injections of computing requests into a distributed computing cluster according to a second parameter specifying the rate of injection of computing requests, wherein the distributed computing system includes: a plurality of computing nodes interconnected by an interconnect network over which the computing nodes of the plurality of computing nodes communicate with each other by passing messages, each of at least some of the computing nodes being configured with a first parameter governing transmissions of messages by the computing node over the interconnect network, wherein the first parameter includes a delay parameter governing a minimum time interval between transmission of messages by the computing node over the interconnect network; accumulating, at the at least some computing nodes, messages for transmission as a group of messages according to the first parameter, wherein the at least some computing nodes are configured to accumulate messages for transmission as a group of messages during the minimum time interval; receiving, at a controller, at least one predetermined service level requirement, and controlling, using the controller, a value of the second parameter and a value of the first parameter based on a processing latency of the distributed computing cluster and a rate of output of the distributed computing cluster to control a computational throughput of the distributed computing cluster while complying with the at least one service level requirement.
Multifunctional acrylic product, characterized in that it has a mean functionality f of acrylate groups per mole of the said product of greater than 3, preferably between 3 and 14 and more preferentially from 4 to 14 and a density of the said groups ranging from 4 to 12 mmol per g of the said product, which is the product of reaction by esterification and etherification, via Michael addition reaction, between at least one polyol R m with a functionality m of at least 3, preferably from 3 to 6 and more preferentially from 4 to 6, and acrylic acid (R 1 OH), with the carboxyl groups of acrylic acid being in deficit relative to the hydroxyl groups of the said polyol, and which final product comprises in its composition at least three defined acrylates according to the general formula below and corresponding to n = 0, n = 1, n = 2: (R 1 O)-[-R[OR 1] m-2 -O-(C=O)-CH 2 -CH 2 -O-] n -R- m-1 with R 1 being the acryloyl radical (-(C=O)-CH=CH 2), R being the residual radical of the said polyol R m and n is the number of ether-ester repeating units obtained by Michael addition of the residual OH groups of the hydroxylated acrylate esters formed by partial esterification of the said polyol (by Michael addition) on the acrylate groups of the said acrylate esters and in that said product may be obtained by simultaneous or successive and alternating esterification and etherification reactions between the acrylic acid (R1OH) and at least one polyol R m with a functionality m of at least 3 and preferably from 3 to 6, with an overall ratio r = CO 2 H/OH ranging from a value greater than (m-1)/m and up to 0.95.
A fastening system for fastening a wall ring axial ventilator comprising a wall ring as fastening device, a ventilator, and holding means, to an apparatus, wherein the fastening device is provided in the radial direction around the ventilator and the ventilator is connected to the fastening device by means of the holding means, and wherein the fastening device has a first fastening geometry, wherein the fastening system comprises the fastening device and additionally has a holding device, wherein the fastening device has at least a second fastening geometry for fastening the holding device to the fastening device, the second fastening geometry is provided at the circumference of the fastening device, wherein the fastening device has a collar at its circumference, at the circumference of which the second fastening geometry is provided, and has a first guide in the form of a dovetail guide, into which the holding device can be inserted, wherein the outer diameter of the first guide is maximally equal to the maximal outer diameter of the fastening device, and wherein the holding device has at least a second guide, which can be operatively connected to the first guide of the second fastening geometry, and wherein the first and second guide (117, 121) of the second fastening geometry and of the holding device have corresponding bevels in the axial direction, wherein the first fastening geometry has a flange, which acts as a first fixing geometry, and a second fixing geometry has a snap-in hook at the holding device.
Friction disc clutch which when not in operation is open when the clutch is not actuated, that is to say is "normally open", comprising - a housing element which can be rotated about a rotational axis A, - a pressure plate element which is mounted fixedly on the housing element so as to rotate with it and such that it can be displaced axially, - at least one friction disc element which is arranged in an axially staggered manner with respect to the pressure plate element and is arranged such that it can be rotated relative to the pressure plate element, characterized in that the friction disc clutch comprises at least one lever element which corotates during operation of the friction disc clutch, can be pivoted about a pivoting axis which runs transversely with respect to the rotational axis A and transversely with respect to a radial direction of the friction disc clutch, and has a first lever arm section and a second lever arm section, centrifugal force which acts on the second lever arm section during the operation being greater than the centrifugal force which acts on the first lever arm section, such that a resulting torque on the lever element arises from the centrifugal forces and, as a result, presses the first lever element onto the pressure plate element with a pressure force. - a housing element which can be rotated about a rotational axis A, - a pressure plate element which is mounted fixedly on the housing element so as to rotate with it and such that it can be displaced axially, - at least one friction disc element which is arranged in an axially staggered manner with respect to the pressure plate element and is arranged such that it can be rotated relative to the pressure plate element, characterized in that the friction disc clutch comprises at least one lever element which corotates during operation of the friction disc clutch, can be pivoted about a pivoting axis which runs transversely with respect to the rotational axis A and transversely with respect to a radial direction of the friction disc clutch, and has a first lever arm section and a second lever arm section, centrifugal force which acts on the second lever arm section during the operation being greater than the centrifugal force which acts on the first lever arm section, such that a resulting torque on the lever element arises from the centrifugal forces and, as a result, presses the first lever element onto the pressure plate element with a pressure force.
A control system (2, 3) for controlling an industrial process, the system comprising: a controller (11, 33) with a designed operating range, configured to calculate, based on process variables (y), manipulated variables (u C) for controlling the process; and a selector characterized in that the system further comprises an expert system (21, 31) configured to determine output values (u ES, u 1, u 2, u N) for controlling the process, wherein the expert system (21, 31) is implemented as a fuzzy logic based system; and wherein the selector is configured to select, based on operating conditions of the process, either the manipulated variables (u C) in case of operating conditions of the process being inside of the designed operating range of the controller (11, 33) or the output values (u ES, u 1, u 2, u N), for controlling the process in case of operating conditions of the process being outside of the designed operating range of the controller (11, 33). a controller (11, 33) with a designed operating range, configured to calculate, based on process variables (y), manipulated variables (u C) for controlling the process; and a selector characterized in that the system further comprises an expert system (21, 31) configured to determine output values (u ES, u 1, u 2, u N) for controlling the process, wherein the expert system (21, 31) is implemented as a fuzzy logic based system; and wherein the selector is configured to select, based on operating conditions of the process, either the manipulated variables (u C) in case of operating conditions of the process being inside of the designed operating range of the controller (11, 33) or the output values (u ES, u 1, u 2, u N), for controlling the process in case of operating conditions of the process being outside of the designed operating range of the controller (11, 33).
A medicament comprising (a) a molecule binding to a receptor on the surface of a dendritic cell, (b) an antigen-comprising protein bound to molecule of (a), for use in a method of inducing a cellular cytotoxic immune response, the method comprising the steps of: i) administering to a patient a delivery system comprising (a) a molecule binding to a receptor on the surface of a cross-presenting XCR1 + (Chemokine (C motif) Receptor 1 +) dendritic cell, (b) an antigen-comprising protein bound to molecule of (a) and (c) a first adjuvant which supports a Th1 mediated response and which is a danger signal, wherein upon binding of the molecule of (a) to the receptor, the protein of (b) is internalized and processed in the dendritic cell and the antigen comprised in the protein is presented on the surface of the dendritic cell, thereby activating a T cell in the patient; and ii) administering to the patient a re-activator selected from the group consisting of (e) a peptide-loaded major histocompatibility complex class I (MHC-I) presenting cell and a second adjuvant which supports a Th1 mediated response and which is a danger signal, and (f) a combination of (d) complexed interleukin 2 (IL-2cx), and (e), wherein the peptide is derived from the antigen-comprising protein as defined in step i), thereby re-activating the T cell activated in step i), wherein the peptide-loaded major histocompatibility complex class I (MHC I) presenting cell and the second adjuvant which supports a Th1 mediated response and which is a danger signal of step ii) are administered only once in a time frame of from 5 days to 9 days after the administration of the delivery system of step i) and wherein the first adjuvant of c) and the second adjuvant are independently selected from the group consisting of synthetic or recombinant RIG-I agonists, TLR ligands, Montanides, saponins, a lipopolysaccharide, and a CpG oligodeoxynucleotide. i) administering to a patient a delivery system comprising (a) a molecule binding to a receptor on the surface of a cross-presenting XCR1 + (Chemokine (C motif) Receptor 1 +) dendritic cell, (b) an antigen-comprising protein bound to molecule of (a) and (c) a first adjuvant which supports a Th1 mediated response and which is a danger signal, wherein upon binding of the molecule of (a) to the receptor, the protein of (b) is internalized and processed in the dendritic cell and the antigen comprised in the protein is presented on the surface of the dendritic cell, thereby activating a T cell in the patient; and ii) administering to the patient a re-activator selected from the group consisting of (e) a peptide-loaded major histocompatibility complex class I (MHC-I) presenting cell and a second adjuvant which supports a Th1 mediated response and which is a danger signal, and (f) a combination of (d) complexed interleukin 2 (IL-2cx), and (e), wherein the peptide is derived from the antigen-comprising protein as defined in step i), thereby re-activating the T cell activated in step i),
A mobile communication terminal (TERM), terminal of the smartphone type comprising a screen, at least one radio communication component (CRad) and at least one integrated transmitting antenna, said integrated transmitting antenna is a wireless recharging coil of the communication terminal, terminal characterized in that it further comprises a transmission component (CTr) of an F2F signal, different from said at least one radio communication component, via said integrated transmitting antenna, intended for a magnetic head of a magnetic stripe reader.
Connector for a heatable fluid line having an inlet channel which has a longitudinal axis, a lateral outlet channel which extends at a predetermined angle (α) with respect to the longitudinal axis and a receiving space for a seal which adjoins the outlet channel and a peripheral wall and which has a centre axis, wherein a seal is positioned in the receiving space, characterised in that the centre axis of the peripheral wall is offset with respect to the centre axis of the outlet channel.
An integrated projector and sensor system configured to assist an operator in a material handling process, the system comprising: an operator sensing device oriented to detect at least one operator at a workspace; at least one secondary sensor device, wherein the at least one secondary sensor device is oriented to detect the at least one operator's movement in the workspace and wherein the at least one secondary sensor device is configured to detect at least one interaction event between the at least one operator and the workspace; and a projection device configured to project imagery in the workspace, wherein the imagery projected relates to a procedure to be performed in the workspace and comprises an imagery component of an augmented-reality interface, wherein the imagery component is created based on detection of the at least one interaction event; wherein the imagery: highlight a certain object or location that is likely going to be used by the at least one operator and/or another object that the operator should use instead, and provide instructions to the at least one operator regarding how to correctly hold/operate a tool device based on predictions of operator actions which are obtained from the user's movement, wherein the provided instructions are provided to assist the operator. an operator sensing device oriented to detect at least one operator at a workspace; at least one secondary sensor device, wherein the at least one secondary sensor device is oriented to detect the at least one operator's movement in the workspace and wherein the at least one secondary sensor device is configured to detect at least one interaction event between the at least one operator and the workspace; and a projection device configured to project imagery in the workspace, wherein the imagery projected relates to a procedure to be performed in the workspace and comprises an imagery component of an augmented-reality interface, wherein the imagery component is created based on detection of the at least one interaction event; wherein the imagery: highlight a certain object or location that is likely going to be used by the at least one operator and/or another object that the operator should use instead, and provide instructions to the at least one operator regarding how to correctly hold/operate a tool device based on predictions of operator actions which are obtained from the user's movement, wherein the provided instructions are provided to assist the operator. highlight a certain object or location that is likely going to be used by the at least one operator and/or another object that the operator should use instead, and provide instructions to the at least one operator regarding how to correctly hold/operate a tool device based on predictions of operator actions which are obtained from the user's movement, wherein the provided instructions are provided to assist the operator.
A computer-implemented method for tag networking at a network device in a network comprising a plurality of network devices, the method comprising: receiving, from a client, an inquiry to determine if one or more network devices are configured to handle a tag; transmitting a response to the inquiry to the client indicating that the one or more network devices are configured to handle the tag; receiving, from the client, a packet of the traffic flow, wherein the packet includes the tag that is located among data of the packet, wherein the tag was assigned to the packet by a client in response to the inquiry; reading the packet to identify the tag that is located among the data of the packet; performing a tag lookup to find logic that is associated with the tag; and applying the logic to the packet in response to performing the tag lookup, wherein the logic includes instructions for carrying out a service of the network. receiving, from a client, an inquiry to determine if one or more network devices are configured to handle a tag; transmitting a response to the inquiry to the client indicating that the one or more network devices are configured to handle the tag; receiving, from the client, a packet of the traffic flow, wherein the packet includes the tag that is located among data of the packet, wherein the tag was assigned to the packet by a client in response to the inquiry; reading the packet to identify the tag that is located among the data of the packet; performing a tag lookup to find logic that is associated with the tag; and applying the logic to the packet in response to performing the tag lookup, wherein the logic includes instructions for carrying out a service of the network.
A node connection method applied to a distributed computing system, the distributed computing system comprising a plurality of clients and a plurality of servers, wherein a server comprises a mapping table, and the node connection method comprising: recording node information and a mapping relationship between nodes in the mapping table; visiting, by a client, a service side of the distributed computing system based on the node information; acquiring, by the client, a target real node corresponding to the node information in the mapping table; and directly connecting, by the client, to the target real node, wherein the node connection method further comprising: determining (104; 200) whether a master-slave change exists in the distributed computing system, when the master-slave change exists, updating a changed mapping relationship between nodes to the mapping table, where the mapping relationship is changed after a fault downtime occurs at a master; and acquiring the target real node corresponding to the node information through a latest mapping table. recording node information and a mapping relationship between nodes in the mapping table; visiting, by a client, a service side of the distributed computing system based on the node information; acquiring, by the client, a target real node corresponding to the node information in the mapping table; and directly connecting, by the client, to the target real node, wherein the node connection method further comprising: determining (104; 200) whether a master-slave change exists in the distributed computing system, when the master-slave change exists, updating a changed mapping relationship between nodes to the mapping table, where the mapping relationship is changed after a fault downtime occurs at a master; and acquiring the target real node corresponding to the node information through a latest mapping table. determining (104; 200) whether a master-slave change exists in the distributed computing system, when the master-slave change exists, updating a changed mapping relationship between nodes to the mapping table, where the mapping relationship is changed after a fault downtime occurs at a master; and acquiring the target real node corresponding to the node information through a latest mapping table.
An information processing method comprising: an extraction procedure of extracting another communication service provider other than a first communication service provider based on a result of a comparison of a congestion degree of a base station (111, 113) related to the first communication service provider corresponding to a position in which a first wireless terminal device having a first access right to access the base station (111, 113) related to the first communication service provider is present with a congestion degree of each of base stations (121, 123) related to one or a plurality of communication service providers other than the first communication service provider corresponding to the position in which the first wireless terminal device is present; and an exchange control procedure of performing control to transfer the first access right from the first wireless terminal device to a second wireless terminal device having a second access right to access a base station (121, 123) related to the other extracted communication service provider, and to transfer the second access right from the second wireless terminal device to the first wireless terminal device. an extraction procedure of extracting another communication service provider other than a first communication service provider based on a result of a comparison of a congestion degree of a base station (111, 113) related to the first communication service provider corresponding to a position in which a first wireless terminal device having a first access right to access the base station (111, 113) related to the first communication service provider is present with a congestion degree of each of base stations (121, 123) related to one or a plurality of communication service providers other than the first communication service provider corresponding to the position in which the first wireless terminal device is present; and an exchange control procedure of performing control to transfer the first access right from the first wireless terminal device to a second wireless terminal device having a second access right to access a base station (121, 123) related to the other extracted communication service provider, and to transfer the second access right from the second wireless terminal device to the first wireless terminal device.