mhurhangee/ep-ind-claims huggingface dataset:
A method for routing control performed in a network node of a communication network, wherein the network node maintains a wireless communication link to another network node, wherein the link is subjectable to temporary performance degradations of a first type and a second type, temporary performance degradations of the first type, the first type being a short-term degradation, having a first typical time duration which is shorter than a second typical time duration of temporary performance degradations of the second type, the second type being a long-term degradation, and wherein the network node is operationally connectable to a controller node of the communication network, the method comprising: detecting (220, 420) the link being subjected to a temporary performance degradation of the second type; and transmitting (230, 430), responsive to the detection, a report indicative of the temporary performance degradation to the controller node, wherein the report is for a decision by the controller node regarding temporary performance degradation of the second type, the decision by the controller node regarding temporary performance degradation of the second type being for routing control. detecting (220, 420) the link being subjected to a temporary performance degradation of the second type; and transmitting (230, 430), responsive to the detection, a report indicative of the temporary performance degradation to the controller node, wherein the report is for a decision by the controller node regarding temporary performance degradation of the second type, the decision by the controller node regarding temporary performance degradation of the second type being for routing control.
A housing for an axial fan, comprising a wall fastening ring with an inlet nozzle section and an annular external diffuser, which is connected to the wall fastening ring on the outflow side, with an inflow opening and an outflow opening and also a holding means for an electric motor of the axial fan, which holding means is arranged in an interior of the housing, wherein the external diffuser is formed from at least two partial ring sections which are connected by means ofmechanical connection means to its outer peripheral surface, and the holding means is formed from a plurality of peripherally spaced-apart struts which can be fastened in the edge region of the inflow opening by one end, which struts can be mounted with their other ends on a motor flange of a motor housing of the electric motor, and wherein the external diffuser widens conically from its inflow opening to its outflow opening with a cone angle (α) relative to its central longitudinal axis (X-X), characterised in that the struts in the edge region of the inflow opening are fastened to an inner peripheral surface of the external diffuser, and in that an internal diffuser is arranged inside the external diffuser, which internal diffuser extends from the inflow opening to the outflow opening and has a closed peripheral wall, and which is able to be connected in the region of the inflow opening to the motor flange of the motor housing, with the motor housing of the electric motor being received in the interior of the internal diffuser, and with a safety guard being fastened in an opening plane of the outflow opening which extends perpendicular to the longitudinal axis (X-X), which guard is connected by its outer peripheral edge to the external diffuser, the external diffuser having, in its peripheral wall in the region of the outflow opening, cutouts for receiving guard wires of the safety guard, and the wall surfaces of the internal diffuser having on their free ends in the edge region cutouts for receiving the guard wires, and the internal diffuser having a closing cover which lies on the safety guard on its side which faces in the outflow direction, and being connected to an air guidance section via fastening means in such a way that the safety guard is enclosed between the closing cover and the air guidance section.
A steam drier including a rotatable elongated drum and a set of heating elements provided in the interior space within the drum and supported on the drum in order to rotate along with the drum, each heating element including - a pair of straight first longitudinal pipes (3, 4) supported in parallel to each other at a distance from each other, the first longitudinal pipes extending in the longitudinal direction of the drum, and - a pair of end pipes (5, 6) extending substantially transversely relative to the first longitudinal pipes in the vicinity of the ends of the first longitudinal pipes, wherein the end pipes connect the first longitudinal pipes rigidly to each other so that the first longitudinal pipes are provided in flow connection to each other through the end pipes in order to allow the flow of steam within the heating element, characterized in that the heating element includes a set of straight second longitudinal pipes provided in parallel to the first longitudinal pipes (3, 4), the second longitudinal pipes being fastened by each end to the end pipes (5, 6) so that each two adjacent second longitudinal pipes are disposed at a distance from each other and the second longitudinal pipes are provided in flow connection with the end pipes (5, 6). - a pair of straight first longitudinal pipes (3, 4) supported in parallel to each other at a distance from each other, the first longitudinal pipes extending in the longitudinal direction of the drum, and - a pair of end pipes (5, 6) extending substantially transversely relative to the first longitudinal pipes in the vicinity of the ends of the first longitudinal pipes, wherein the end pipes connect the first longitudinal pipes rigidly to each other so that the first longitudinal pipes are provided in flow connection to each other through the end pipes in order to allow the flow of steam within the heating element, characterized in that the heating element includes a set of straight second longitudinal pipes provided in parallel to the first longitudinal pipes (3, 4), the second longitudinal pipes being fastened by each end to the end pipes (5, 6) so that each two adjacent second longitudinal pipes are disposed at a distance from each other and the second longitudinal pipes are provided in flow connection with the end pipes (5, 6).
A method comprising: generating, at a signal generator of a frequency response analyzer (102, 318), an analog test signal; determining, at the signal generator, a first synchronization signal identifying a period of the analog test signal; generating an output signal based on the analog test signal; providing the output signal to a unit under test via a first external terminal of the frequency response analyzer (102, 318); receiving, at a first analog channel module of the frequency response analyzer (102, 318), analog data in response to providing the output signal; providing the first synchronization signal to a digital frequency response analyzer (DFRA) of the frequency response analyzer (102, 318); measuring, at a reference channel module, phase data of the output signal; providing, by the DFRA, a digital command signal based on the first synchronization signal; receiving, at the DFRA, digitized analog data in response to providing the digital commands; correlating, by a processor of the DFRA, the received digitized analog data to the received analog data based on the phase data; and determining a transfer function of a plant of the unit under test based on the correlation of the received digitized analog data and the received analog data. generating, at a signal generator of a frequency response analyzer (102, 318), an analog test signal; determining, at the signal generator, a first synchronization signal identifying a period of the analog test signal; generating an output signal based on the analog test signal; providing the output signal to a unit under test via a first external terminal of the frequency response analyzer (102, 318); receiving, at a first analog channel module of the frequency response analyzer (102, 318), analog data in response to providing the output signal; providing the first synchronization signal to a digital frequency response analyzer (DFRA) of the frequency response analyzer (102, 318); measuring, at a reference channel module, phase data of the output signal; providing, by the DFRA, a digital command signal based on the first synchronization signal; receiving, at the DFRA, digitized analog data in response to providing the digital commands; correlating, by a processor of the DFRA, the received digitized analog data to the received analog data based on the phase data; and determining a transfer function of a plant of the unit under test based on the correlation of the received digitized analog data and the received analog data.
A method comprising: receiving a request of an application to access a resource within a network of an organization, wherein the application is running on a user device outside of the network of the organization; identifying a user identifier of a user of the application, a device identifier of the user device, and an application identifier of the application, wherein the user identifier, device identifier, and application identifier are wrapped within a package that includes an authentication token, and wherein the user identifier, the device identifier, the application identifier and the authentication token are each associated with the request; identifying an access policy applicable to the request; determining, by a processor, whether a combination of the user identifier, the device identifier, the application identifier satisfies the access policy; authenticating the application using the authentication token by communicating with an application provisioning service to verify prior installation of the application on the user device; and granting the application access to the resource within the network of the organization, without granting access to other applications of the user device, if the combination of the user identifier, the device identifier, and the application identifier satisfies the access policy and the application is authenticated. receiving a request of an application to access a resource within a network of an organization, wherein the application is running on a user device outside of the network of the organization; identifying a user identifier of a user of the application, a device identifier of the user device, and an application identifier of the application, wherein the user identifier, device identifier, and application identifier are wrapped within a package that includes an authentication token, and wherein the user identifier, the device identifier, the application identifier and the authentication token are each associated with the request; identifying an access policy applicable to the request; determining, by a processor, whether a combination of the user identifier, the device identifier, the application identifier satisfies the access policy; authenticating the application using the authentication token by communicating with an application provisioning service to verify prior installation of the application on the user device; and granting the application access to the resource within the network of the organization, without granting access to other applications of the user device, if the combination of the user identifier, the device identifier, and the application identifier satisfies the access policy and the application is authenticated.
Method for the preparation of samples for an analyser, in particular a chromatograph, a sampler being used which is moveable between a sample introduction position and an elution position and which comprises a holder for a receptacle, moveable and lockable therein, for a cartridge, provided with a pack for the reception of analytes, with a syringe needle, with a seal and with a transport head, a cartridge being inserted into the receptacle of the sampler positioned in the sample introduction position, sample material being injected at least once by means of an injector through the seal into the cartridge and, after running through the pack, being discharged through the first syringe needle, an empty sample container being located at the elution position, the sampler, together with the loaded cartridge, being moved into the elution position, and the receptacle, together with the cartridge, being locked in the holder of the sample feeder, and at least one eluent being injected at least once by means of an injector through the seal into the cartridge and being discharged through the syringe needle into the sample container, the cartridge, sample container and injector being handled automatically.
Round plug having an insulating body with a contact carrier portion and a hollow-cylindrical plug-in region, wherein radially movable latching arms (13, 513) are attached to the outer side of the contact carrier portion and point with free-standing ends in the direction of the plug-in region, wherein the latching arms (13, 513) at their free-standing ends have radially outwardly directed latching hooks (12, 512) for latching in a mating connector and, adjoining said latching hooks, have an outer engagement slope (11, 511), wherein the round plug furthermore has a release sleeve which engages around the contact carrier portion and, for interaction with said engagement slopes (11, 511) in order to release the round plug from the mating connector, is held on the insulating body so as to be displaceable along the plug-in direction, characterized in that the latching hooks (12, 512) are arranged on the insulating body in the vicinity of the transition from the plug-in region to the contact carrier portion.
An apparatus, comprising: a piston defining a chamber and a circumferential groove in communication with the chamber, at least a portion of the chamber to be substantially filled with a fluid; and a piston ring disposed in the chamber and the groove, wherein the fluid is to apply a first pressure to the piston ring to enable the piston ring to apply a second pressure to a cylinder wall, the second pressure greater than the first pressure; characterized in that: the piston ring forms a fluid seal against the piston to enable fluid in a first area of the chamber to have the first pressure and the fluid in a second area of the fluid chamber to have a third pressure, less than the first pressure; and the piston comprises a check valve in fluid communication with the first area of the chamber to flow fluid into the first area, and a relief valve in fluid communication with the second area of the chamber to flow fluid out of the second area to provide the pressure differential between the first pressure of the first area and the third pressure of the second area. a piston defining a chamber and a circumferential groove in communication with the chamber, at least a portion of the chamber to be substantially filled with a fluid; and a piston ring disposed in the chamber and the groove, wherein the fluid is to apply a first pressure to the piston ring to enable the piston ring to apply a second pressure to a cylinder wall, the second pressure greater than the first pressure; characterized in that: the piston ring forms a fluid seal against the piston to enable fluid in a first area of the chamber to have the first pressure and the fluid in a second area of the fluid chamber to have a third pressure, less than the first pressure; and the piston comprises a check valve in fluid communication with the first area of the chamber to flow fluid into the first area, and a relief valve in fluid communication with the second area of the chamber to flow fluid out of the second area to provide the pressure differential between the first pressure of the first area and the third pressure of the second area. the piston ring forms a fluid seal against the piston to enable fluid in a first area of the chamber to have the first pressure and the fluid in a second area of the fluid chamber to have a third pressure, less than the first pressure; and the piston comprises a check valve in fluid communication with the first area of the chamber to flow fluid into the first area, and a relief valve in fluid communication with the second area of the chamber to flow fluid out of the second area to provide the pressure differential between the first pressure of the first area and the third pressure of the second area.
A contactor for a column intended for heat and/or material exchange between two fluids, said contactor comprising at least one packing layer consisting of an arrangement of at least a first structured packing and a second structured packing developing a specific geometric surface area greater than said first structured packing, characterized in that the principal direction of said first structured packing is parallel to the principal direction of said second structured packing.
Apparatus for moving receptacles comprising: - a feed unit configured to feed said receptacles each lying with a respective bottom on a feed plane (Π) and in a direction of feed, - a movement device configured to move said receptacles from said feed unit to a further unit adjacent to said feed unit in said direction of feed, wherein said movement device comprises mobile lifting elements defining a movement plane (Π') provided to rest against said bottom of one of said receptacles, in order to pick up said receptacle from said feed unit by lifting it from below and moving it from said feed plane (Π) into said further unit, said lifting elements being configured mobile at least between a lowered position in which said movement plane (Π') is below said feed plane (Π) and a raised position in which said movement plane (Π') is coplanar, or at least partly above, said feed plane (Π), to pick up said receptacle from said feed unit, said lifting elements also being configured mobile at least between said raised position and a laterally displaced position in said further unit, characterized in that said further unit is a work unit and in that said apparatus also comprises a lower plate provided in said work unit to receive said receptacle, said lower plate comprising a contact layer on which to rest said receptacle, provided with grooves configured to receive said lifting elements inside them. - a feed unit configured to feed said receptacles each lying with a respective bottom on a feed plane (Π) and in a direction of feed, - a movement device configured to move said receptacles from said feed unit to a further unit adjacent to said feed unit in said direction of feed,
A method of handling samples using a sample handling system, said sample handling system comprising: a sample processing unit; a transfer unit for transferring samples to the sample processing unit; and a buffer unit connected to the transfer unit for temporarily storing the samples mounted on sample racks in a stand-by state, the buffer unit including a buffer section and a cold storage section, wherein the buffer section mounts a general sample rack and the cold storage section stores the sample racks to be stored in a thermally insulated state, the buffer unit further including a transfer mechanism and a handling unit provided on the transfer mechanism for accessing at random a sample rack stored in the buffer section or in the cold storage section, wherein the method comprises the steps of: accessing a sample rack stored either in the buffer section or in the cold storage section at random with the handling unit; and taking out the accessed sample rack among the sample racks stored. a sample processing unit; a transfer unit for transferring samples to the sample processing unit; and a buffer unit connected to the transfer unit for temporarily storing the samples mounted on sample racks in a stand-by state, the buffer unit including a buffer section and a cold storage section, wherein the buffer section mounts a general sample rack and the cold storage section stores the sample racks to be stored in a thermally insulated state, the buffer unit further including a transfer mechanism and a handling unit provided on the transfer mechanism for accessing at random a sample rack stored in the buffer section or in the cold storage section, wherein the method comprises the steps of: accessing a sample rack stored either in the buffer section or in the cold storage section at random with the handling unit; and taking out the accessed sample rack among the sample racks stored.
Modular plug-in connector with a housing and two clamping strips, which are fitted in the housing, and a plurality of contact-carrier modules for local fixing of the contact-carrier modules in the housing relative to the clamping strips, wherein the clamping strips have a multiplicity of projections for establishing a connection to in each case one cutout of the contact-carrier modules, wherein the projections have at least one rib, nose on a side flank such that the connection ensures form-fitting and/or force-fitting latching of the contact-carrier modules, wherein each of the two clamping strips is formed in one piece.
A heat recovery method, comprising: a refrigerant circulation step in which a refrigerant flow flows into a first heat exchanger, the refrigerant flow flowing out of the first heat exchanger flows into a compressor, the refrigerant flow flowing out of the compressor flows into a second heat exchanger, the refrigerant flow flowing out of the second heat exchanger flows into a pressure drop device, and the refrigerant flow flowing out of the pressure drop device flows into the first heat exchanger; a first heat exchange step in which the refrigerant flow flowing into the first heat exchanger is heat-exchanged with a fluid flow of 70 °C or more and less than 100°C flowing into the first heat exchanger; a second heat exchange step in which the refrigerant flow flowing out of the compressor exchanger is heat-exchanged with a fluid flow of flowing into the second heat exchanger, wherein the fluid flowing into the second heat exchanger is water, and the water which is heat-exchanged in the second heat exchanger is discharged as steam of 120° C or more; and a pressure adjustment step in which a ratio between a pressure of the refrigerant flow flowing out of the first heat exchanger and a pressure of the refrigerant flow flowing out of the compressor is adjusted to satisfy the following Expression 1: 2 ≤ P C / P H ≤ 5 where, in Expression 1, P C denotes a pressure of the refrigerant flow flowing out of the compressor, and P H denotes a pressure of the refrigerant flow flowing out of the first heat exchanger. a refrigerant circulation step in which a refrigerant flow flows into a first heat exchanger, the refrigerant flow flowing out of the first heat exchanger flows into a compressor, the refrigerant flow flowing out of the compressor flows into a second heat exchanger, the refrigerant flow flowing out of the second heat exchanger flows into a pressure drop device, and the refrigerant flow flowing out of the pressure drop device flows into the first heat exchanger; a first heat exchange step in which the refrigerant flow flowing into the first heat exchanger is heat-exchanged with a fluid flow of 70 °C or more and less than 100°C flowing into the first heat exchanger; a second heat exchange step in which the refrigerant flow flowing out of the compressor exchanger is heat-exchanged with a fluid flow of flowing into the second heat exchanger, wherein the fluid flowing into the second heat exchanger is water, and the water which is heat-exchanged in the second heat exchanger is discharged as steam of 120° C or more; and a pressure adjustment step in which a ratio between a pressure of the refrigerant flow flowing out of the first heat exchanger and a pressure of the refrigerant flow flowing out of the compressor is adjusted to satisfy the following Expression 1: 2 ≤ P C / P H ≤ 5 where, in Expression 1, P C denotes a pressure of the refrigerant flow flowing out of the compressor, and P H denotes a pressure of the refrigerant flow flowing out of the first heat exchanger.