mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of generating function-level instructions for a managed server of a plurality of managed servers according to a communication policy that comprises a set of one or more rules, wherein - the managed servers communicate with user devices, - the managed servers processes services that execute on a specific network port using a specific network protocol, and - the rules of the communication policy identify relationships between the managed servers and the user devices, the method using a global manager , the method comprising: by the global manager , identifying a traffic midpoint device through which a particular managed server of the plurality of managed servers provides a particular service to a particular user device; by a relevant rules module that is part of the global manager , determining a relevant rule from the set of one or more rules, wherein the relevant rule specifies the particular service and that is applicable to communication between the managed server and the user device; by the relevant rules module , generating , based on the relevant rule, a rule that specifies the service and that is applicable to communication between the managed server and the traffic midpoint device; by a function-level instruction generation module that is part of the global manager , generating , based on the generated rule, a function-level instruction including a reference to the traffic midpoint device ; and by the function-level instruction generation module , sending the function-level instruction to the managed server to configure the managed server to enforce the generated rule on communication with the traffic midpoint device . - the managed servers communicate with user devices, - the managed servers processes services that execute on a specific network port using a specific network protocol, and - the rules of the communication policy identify relationships between the managed servers and the user devices, by the global manager , identifying a traffic midpoint device through which a particular managed server of the plurality of managed servers provides a particular service to a particular user device; by a relevant rules module that is part of the global manager , determining a relevant rule from the set of one or more rules, wherein the relevant rule specifies the particular service and that is applicable to communication between the managed server and the user device; by the relevant rules module , generating , based on the relevant rule, a rule that specifies the service and that is applicable to communication between the managed server and the traffic midpoint device; by a function-level instruction generation module that is part of the global manager , generating , based on the generated rule, a function-level instruction including a reference to the traffic midpoint device ; and by the function-level instruction generation module , sending the function-level instruction to the managed server to configure the managed server to enforce the generated rule on communication with the traffic midpoint device .
An assembly for a drug delivery device , comprising an actuator which is configured to perform a setting movement in a proximal direction in order to set a dose of a drug, and which is configured to perform a dispense movement in a distal direction in order to dispense a dose of a drug, and comprising a stop mechanism acting after a maximum amount of a drug has been delivered, and which is configured to axially constrain the setting movement of the actuator such that the setting of a dose is inhibited, wherein a limited axial movement of the actuator is allowed; wherein the assembly further comprises a spring mechanism which is configured such that it biases the actuator in the distal direction after the actuator has performed the limited movement in the dose setting direction and a piston rod ; characterised in that the piston rod is configured to rotate and axially move in a distal direction during the dispensing of a dose.
A method comprising treating a transfer surface of an intermediate transfer member using an electrical discharge surface treatment to prevent a dot gain memory on the transfer surface, and/or to eliminate or at least reduce an existing dot gain memory on the transfer surface, wherein the intermediate transfer member is comprised in a liquid electrophotographic printing apparatus , wherein using the electrical discharge surface treatment includes performing a corona discharge treatment on the transfer surface, wherein subsequent printings take place after a corona application of several seconds in an off-print mode in which the printing apparatus is not currently being used to print, wherein the transfer surface has previously been used in the printing apparatus or another printing apparatus, wherein the intermediate transfer member comprises a transfer blanket and wherein the transfer surface is a surface of the transfer blanket . wherein the intermediate transfer member is comprised in a liquid electrophotographic printing apparatus , wherein using the electrical discharge surface treatment includes performing a corona discharge treatment on the transfer surface, wherein subsequent printings take place after a corona application of several seconds in an off-print mode in which the printing apparatus is not currently being used to print, wherein the transfer surface has previously been used in the printing apparatus or another printing apparatus, wherein the intermediate transfer member comprises a transfer blanket and wherein the transfer surface is a surface of the transfer blanket .
Method for obtaining an air product (GOX-IC) using an air separation plant having a distillation column system and a tank system with a first tank and a second tank , in which a cryogenic liquid is withdrawn from the distillation column system , is stored at least in part in the tank system , and is then used at least in part as the air product (GOX-IC), wherein the cryogenic liquid is supplied to the first tank and not to the second tank during a first period, and is supplied to the second tank and not to the first tank during a second period, and is withdrawn from the second tank and not from the first tank during the first period, and from the first tank and not from the second tank during the second period, characterized in that use is made, as the tank system , of a tank system having an additional third tank , and in that the cryogenic liquid which is withdrawn from the second tank during the first period, and from the first tank during the second period, is transferred at least partially unheated into the third tank , and in that the air product is provided at least in part by using the cryogenic liquid transferred, unheated, into the third tank , or part of this, wherein the cryogenic liquid from the third tank used for providing the air product (GOX-IC) is withdrawn from the third tank in the liquid state, is vaporized or converted from the liquid to the supercritical state, and is discharged from the air separation plant , and/or wherein the cryogenic liquid from the third tank used for providing the air product (GOX-IC) is withdrawn from the third tank in the liquid state and is stored in the liquid state in a fourth tank .
A toner cartridge detachably mountable to a toner replenishing apparatus, comprising: a developer accommodating chamber configured to accommodate toner; a feeding portion configured to feed the toner in the developer accommodating chamber with rotation thereof; a developer discharging chamber provided with a discharge opening configured to permit discharging of the toner fed by said feeding portion ; a pump portion configured and positioned to act upon at least the developer discharging chamber , said pump portion having a volume which changes with reciprocation; a rotatable drive receiving portion configured to receive a rotational force from the toner replenishing apparatus, the drive receiving portion being configured to drive the pump portion and to rotate the feeding portion with rotation of the drive receiving portion ; and a drive converting portion configured to convert the rotational force received from the drive receiving portion to a driving force for operating said pump portion , characterized in that the pump portion is configured to suck air from an outside of the toner cartridge and to supply the toner replenishing apparatus with toner by discharging the air to the outside of the cartridge to such an extent that the toner is discharged from the discharge opening to the toner replenishing apparatus together with the air. a developer accommodating chamber configured to accommodate toner; a feeding portion configured to feed the toner in the developer accommodating chamber with rotation thereof; a developer discharging chamber provided with a discharge opening configured to permit discharging of the toner fed by said feeding portion ; a pump portion configured and positioned to act upon at least the developer discharging chamber , said pump portion having a volume which changes with reciprocation; a rotatable drive receiving portion configured to receive a rotational force from the toner replenishing apparatus, the drive receiving portion being configured to drive the pump portion and to rotate the feeding portion with rotation of the drive receiving portion ; and a drive converting portion configured to convert the rotational force received from the drive receiving portion to a driving force for operating said pump portion , characterized in that the pump portion is configured to suck air from an outside of the toner cartridge and to supply the toner replenishing apparatus with toner by discharging the air to the outside of the cartridge to such an extent that the toner is discharged from the discharge opening to the toner replenishing apparatus together with the air.
An electrical network comprising: a first voltage source and a second voltage source , each of which have a respective positive rail each having a connection to a positive concentrator , and a respective negative rail each having a connection to a negative concentrator ; characterized in that the electrical network further comprises: an inductor located in one of: the positive concentrator between the connections of the positive rails thereto, and the negative concentrator between the connections of the negative rails to thereto; and a fault identification device configured to monitor the voltage across the inductor, and output a fault signal in response to the voltage across the inductor exceeding a threshold. a first voltage source and a second voltage source , each of which have a respective positive rail each having a connection to a positive concentrator , and a respective negative rail each having a connection to a negative concentrator ; characterized in that the electrical network further comprises: an inductor located in one of: the positive concentrator between the connections of the positive rails thereto, and the negative concentrator between the connections of the negative rails to thereto; and a fault identification device configured to monitor the voltage across the inductor, and output a fault signal in response to the voltage across the inductor exceeding a threshold. an inductor located in one of: the positive concentrator between the connections of the positive rails thereto, and the negative concentrator between the connections of the negative rails to thereto; and a fault identification device configured to monitor the voltage across the inductor, and output a fault signal in response to the voltage across the inductor exceeding a threshold.
Method for managing a contactless charging system comprising a network provided with at least two successive coils (20-1, ..., 20-n) arranged in a road section , the method comprising a phase of identifying a failure of the charging system , the identification phase comprising the steps of: - supplying electrical current to a first coil chosen from the coils (20-1, ..., 20-n) of the network, - short-circuiting at least a second coil chosen from the coils (20-1, ..., 20-n) of the network other than the first coil, resulting in an induced current being received in the at least second coil due to a transfer of power by induction coming from the first coil, - determining an electrical parameter of said first coil and of said second coil, and - comparing the determined parameter with at least one threshold value. - supplying electrical current to a first coil chosen from the coils (20-1, ..., 20-n) of the network, - short-circuiting at least a second coil chosen from the coils (20-1, ..., 20-n) of the network other than the first coil, resulting in an induced current being received in the at least second coil due to a transfer of power by induction coming from the first coil, - determining an electrical parameter of said first coil and of said second coil, and - comparing the determined parameter with at least one threshold value.
A valve arrangement for use in a rail brake system having wheel slide protection having an inlet port supplied from a distributor or load relay valve and an outlet port leading to at least one brake cylinder, characterised in that the arrangement comprises a hold diaphragm adapted to control air flow between the inlet port and the outlet port and a vent diaphragm adapted to control air flow between the outlet port and an exhaust , the hold diaphragm being controlled by a first solenoid, wherein the vent diaphragm is controlled via a further diaphragm , which further diaphragm is controlled by a further solenoid .
A method for detecting a suspension position of a support bar in a pallet which is fitted with a plurality of support bars along a longitudinal direction (x), the pallet being used together with a flatbed machine tool , in particular a laser-cutting or plasma-cutting flatbed machine tool, wherein each of the support bars has a plurality of support bar tips along a main direction of extension aligned laterally relative to the longitudinal direction of a pallet , and the support bar tips of the plurality of support bars define a support plane , characterized by the steps: - creating a two-dimensional contrast-image dataset of the pallet , wherein a pixel value and a pixel area unit of the support plane is assigned to each image pixel, and the contrast-image dataset comprises regions that are assigned to the support bar tips as local pixel-value extremes in a uniform pixel-value background , - determining a longitudinal position in the contrast-image dataset of regions that are assigned to the support bar tips of one of the plurality of support bars using the local pixel-value extremes and - deriving the suspension position of the support bar in the pallet on the basis of the longitudinal position in the contrast-image dataset and an extent of the pixel area unit in the longitudinal direction (x). - creating a two-dimensional contrast-image dataset of the pallet , wherein a pixel value and a pixel area unit of the support plane is assigned to each image pixel, and the contrast-image dataset comprises regions that are assigned to the support bar tips as local pixel-value extremes in a uniform pixel-value background , - determining a longitudinal position in the contrast-image dataset of regions that are assigned to the support bar tips of one of the plurality of support bars using the local pixel-value extremes and - deriving the suspension position of the support bar in the pallet on the basis of the longitudinal position in the contrast-image dataset and an extent of the pixel area unit in the longitudinal direction (x).
A system for additively manufacturing and/or repairing a superalloy component via laser metal deposition utilizing a sintered wire , comprising: a pressure vessel connected to a powder feed system for delivering at least two powders to a powder mixing zone of the pressure vessel ; a heating device contained within the pressure vessel , the heating device configured to heat a mixture of the at least two different powders mixed in the powder mixing zone so that liquid phase sintering occurs creating a sintered wire ; a laser wire welding system , comprising: a laser energy source operably configured to direct a laser energy towards a base material for forming a melt pool thereon and for laser processing the sintered wire deposited into the melt pool for forming a layer of additive material on the base material , and a welding head for receiving the sintered wire directly from the pressure vessel , wherein the sintered wire is continuously fed from the pressure vessel to the laser wire welding system . a pressure vessel connected to a powder feed system for delivering at least two powders to a powder mixing zone of the pressure vessel ; a heating device contained within the pressure vessel , the heating device configured to heat a mixture of the at least two different powders mixed in the powder mixing zone so that liquid phase sintering occurs creating a sintered wire ; a laser wire welding system , comprising: a laser energy source operably configured to direct a laser energy towards a base material for forming a melt pool thereon and for laser processing the sintered wire deposited into the melt pool for forming a layer of additive material on the base material , and a welding head for receiving the sintered wire directly from the pressure vessel , a laser energy source operably configured to direct a laser energy towards a base material for forming a melt pool thereon and for laser processing the sintered wire deposited into the melt pool for forming a layer of additive material on the base material , and a welding head for receiving the sintered wire directly from the pressure vessel , wherein the sintered wire is continuously fed from the pressure vessel to the laser wire welding system .
System for storing thermal energy, the system comprising a steam generation device for heating a steam turbine fluid of a steam turbine system , wherein the steam generation device is feedable by a working fluid for heating the steam turbine fluid, a heater device for heating the working fluid, and a thermal storage device comprising a first opening and a second opening , wherein the first opening is connected with the heater device for transferring the working fluid between the thermal storage device and the heater device , wherein the second opening is connected with the steam generation device for transferring the working fluid between the thermal storage device and the steam generation device , wherein the steam generation device is connected to the heater device for transferring the working fluid between each other, wherein the steam generation device , the heater device and the thermal storage device are connected in line, characterized in that the system further comprises a first bypass line which is arranged in such a way that the working fluid selectively bypasses the heater device . a steam generation device for heating a steam turbine fluid of a steam turbine system , wherein the steam generation device is feedable by a working fluid for heating the steam turbine fluid, a heater device for heating the working fluid, and a thermal storage device comprising a first opening and a second opening ,
A method for breaking a nucleic acid and adding an adapter by means of a transposase, comprising the following steps: randomly interrupting a nucleic acid by using a transposase-embedded complex, wherein the transposase-embedded complex comprises a transposase and a first adapter comprising a transposase identification sequence, and both ends of the interrupted nucleic acid are separately ligated to the first adapter to form a gap at each end, wherein the first adapter is a double-stranded adapter; eliminating the transposase in the system by means of purification, or by dissociating the transposase from a target sequence by denaturing or digesting the transposase by means of chemical reagent treatment; ligating to a second adapter at the gap by using a ligase, wherein the sequence of the second adapter is different from that of the first adapter, wherein the second adapter having a modification preventing self-ligation, and the modification on the second adapter is a 3' terminal base dideoxy modification, wherein the second adapter is a double-stranded adapter; and performing a PCR reaction by using primers targeted to the first adapter and the second adapter respectively, so as to obtain a product whose both ends are respectively ligated to different adapter sequences ; wherein the first adapter has a modification to prevent self-ligation and inter-ligation with the second adapter , wherein the modification on the first adapter is a 3' terminal base dideoxy modification. randomly interrupting a nucleic acid by using a transposase-embedded complex, wherein the transposase-embedded complex comprises a transposase and a first adapter comprising a transposase identification sequence, and both ends of the interrupted nucleic acid are separately ligated to the first adapter to form a gap at each end, wherein the first adapter is a double-stranded adapter; eliminating the transposase in the system by means of purification, or by dissociating the transposase from a target sequence by denaturing or digesting the transposase by means of chemical reagent treatment; ligating to a second adapter at the gap by using a ligase, wherein the sequence of the second adapter is different from that of the first adapter, wherein the second adapter having a modification preventing self-ligation, and the modification on the second adapter is a 3' terminal base dideoxy modification, wherein the second adapter is a double-stranded adapter; and performing a PCR reaction by using primers targeted to the first adapter and the second adapter respectively, so as to obtain a product whose both ends are respectively ligated to different adapter sequences ; wherein the first adapter has a modification to prevent self-ligation and inter-ligation with the second adapter , wherein the modification on the first adapter is a 3' terminal base dideoxy modification.
A turbomachine module, in particular for aircraft, comprising an annular turbine nozzle sectorized and interposed axially between two structural elements, said turbine nozzle comprising several sectors (S) having guide vanes which extend between inner and outer platform elements, at least one of said platform elements of each sector (S) carrying, on the one hand, at least one sealing blade configured to ensure fluid sealing between said platform element and the adjacent structural element, and on the other hand, a device for holding said blade in sealing position, the holding device comprising at least one leaf spring extending circumferentially at the periphery of said platform element and supported on said blade ; characterized in that each leaf spring comprises a middle portion fixed to a platform element of a sector (S), and opposite end portions which are supported on said blade carried by this platform element .