mhurhangee/ep-ind-claims huggingface dataset:
Cutting device for cutting off pieces from a strip, comprising a cutter unit, a conveyor unit for conveying the strip in a longitudinal direction, and a guide unit having an actuator, the cutter unit being guidable in the longitudinal direction by means of the guide unit, and guidable in a transverse direction that is perpendicular to the longitudinal direction by means of the actuator on the guide unit, the cutter unit comprising a rotatably mounted disc blade, which can be made to rotate by a drive, for the purpose of cutting, the guide unit comprising a chain carriage and a base plate, the chain carriage being movable relative to the base plate, the chain carriage comprising a chain between two sprocket wheels, the cutter unit comprising a blade carriage for receiving the disc blade, the blade carriage being movable in a transverse direction along a guide profile of the guide unit, characterized in that the chain is fixed to the base plate of the guide unit, at a first position, the blade carriage being fixed to the chain, at a second position, the second position being disposed on the strand of the chain that is opposite the first position, the chain carriage being able to be moved in a transverse direction by the actuator on the guide unit.
Subscriber station (20; 30) for a bus system, with a communication control device (21; 31) for creating a message (4; 5; 50; 500) for at least one other subscriber station (20; 30) of the bus system, in which exclusive, collision-free access by a subscriber station (10, 20, 30) to a bus line of the bus system is guaranteed at least temporarily, wherein the communication control device (21; 31) is configured to provide in the message (4; 5; 50; 500) a first phase (451; 452) to be sent at a first bit rate and a second phase (452; 453) to be sent at a second bit rate, which is faster or slower than the first bit rate, wherein the communication control device (21; 31) is configured to provide in the message (5; 50; 500), between the first and second phases (451, 452; 452, 453), a predetermined bit pattern (46, 47; 46, 47, 48; 46, 47, 480) for a bit rate changeover between the first and second bit rates, characterized in that the predetermined bit pattern (46, 47; 46, 47, 48; 46, 47, 480) has an edge for synchronization both before and after the bit rate changeover, with the aid of which edge the at least one other subscriber station (20; 30), as receiver, can synchronize to the subscriber station (20; 30) as sender. wherein the communication control device (21; 31) is configured to provide in the message (4; 5; 50; 500) a first phase (451; 452) to be sent at a first bit rate and a second phase (452; 453) to be sent at a second bit rate, which is faster or slower than the first bit rate, wherein the communication control device (21; 31) is configured to provide in the message (5; 50; 500), between the first and second phases (451, 452; 452, 453), a predetermined bit pattern (46, 47; 46, 47, 48; 46, 47, 480) for a bit rate changeover between the first and second bit rates, characterized in that the predetermined bit pattern (46, 47; 46, 47, 48; 46, 47, 480) has an edge for synchronization both before and after the bit rate changeover, with the aid of which edge the at least one other subscriber station (20; 30), as receiver, can synchronize to the subscriber station (20; 30) as sender.
A process for pre-treatment of a surface of a chromium containing corrosion resistant metallic substrate prior to further processing, wherein a) the metallic substrate is brought into contact with a thermal decomposition product of a hydrofluoroolefin comprising HF, b) the substrate and the thermal decomposition product are heated, c) and optionally the remains of the thermal decomposition product are partly or entirely removed before further processing, wherein the thermal decomposition process comprises the steps of, preferably in that order, Ia) evacuating a decomposition reactor to below 50 kPa atmospheric pressure, then flushing the reactor with inert gas; or Ib) flushing the reactor with inert gas without prior evacuation; II) supplying a hydrofluoroolefin into a decomposition reactor either neat or together with an inert gas; III) raising the temperature in the reactor to decomposition temperature wherein the thermal decomposition product is the thermal decomposition product of tetrafluorpropylene, which may have one or two of its fluorine-atoms substituted by chlorine-atoms. a) the metallic substrate is brought into contact with a thermal decomposition product of a hydrofluoroolefin comprising HF, b) the substrate and the thermal decomposition product are heated, c) and optionally the remains of the thermal decomposition product are partly or entirely removed before further processing, Ia) evacuating a decomposition reactor to below 50 kPa atmospheric pressure, then flushing the reactor with inert gas; or Ib) flushing the reactor with inert gas without prior evacuation; II) supplying a hydrofluoroolefin into a decomposition reactor either neat or together with an inert gas; III) raising the temperature in the reactor to decomposition temperature
A method for enhanced service detection, the method comprising: at a policy and charging rules function, PCRF, node, requesting, from a deep packet inspection, DPI, node, notification of detection of traffic relating to a service; at the DPI node, identifying at least one traffic classifier usable to detect traffic corresponding to the service, using the at least one traffic classifier to detect traffic corresponding to the service, and notifying the PCRF node of the detection and of the at least one traffic classifiers; and at the PCRF node, determining a policy rule based on the at least one classifier and communicating the policy rule to a policy enforcement node, wherein requesting notification of detection of traffic relating to the service includes communicating a service identifier from the PCRF node to the DPI node. at a policy and charging rules function, PCRF, node, requesting, from a deep packet inspection, DPI, node, notification of detection of traffic relating to a service; at the DPI node, identifying at least one traffic classifier usable to detect traffic corresponding to the service, using the at least one traffic classifier to detect traffic corresponding to the service, and notifying the PCRF node of the detection and of the at least one traffic classifiers; and at the PCRF node, determining a policy rule based on the at least one classifier and communicating the policy rule to a policy enforcement node, wherein requesting notification of detection of traffic relating to the service includes communicating a service identifier from the PCRF node to the DPI node.
A multi-core computer system comprising: a first processor core of a first type to execute a program code that includes a user-supplied hint indicative of which processor core of the multi-core computer system the program code should be executed on a second processor core of a second type different from the first type; and circuitry to (i) monitor performance of the execution of the program code by the first processor core, (ii) collecting statistics on the performance of the execution of the program code by the first processor core, (iii) predicting performance of execution of the program code by the second processor core based at least in part on the performance of the execution of the program code by the first processor core and the collected statistics, (iv) determine, based on the performance of execution of the program code by the first processor core and the user-supplied hint, whether the predicted performance of execution of the program code by the second processor core is better than the performance of execution of the program code by the first processor core, and (v) migrate execution of the program code from the first processor core to the second processor core in response to a determination that the predicted performance of execution of the program code by the second processor core is better than the performance of execution of the program code by the first processor core. a first processor core of a first type to execute a program code that includes a user-supplied hint indicative of which processor core of the multi-core computer system the program code should be executed on a second processor core of a second type different from the first type; and circuitry to (i) monitor performance of the execution of the program code by the first processor core, (ii) collecting statistics on the performance of the execution of the program code by the first processor core, (iii) predicting performance of execution of the program code by the second processor core based at least in part on the performance of the execution of the program code by the first processor core and the collected statistics, (iv) determine, based on the performance of execution of the program code by the first processor core and the user-supplied hint, whether the predicted performance of execution of the program code by the second processor core is better than the performance of execution of the program code by the first processor core, and (v) migrate execution of the program code from the first processor core to the second processor core in response to a determination that the predicted performance of execution of the program code by the second processor core is better than the performance of execution of the program code by the first processor core.
A method of tracking movement of an object in a conduit comprising: taking data corresponding to signal returns from interrogation of an optic fibre positioned along the path of said conduit to provide distributed acoustic sensing; and processing the returns from each of a plurality of discrete longitudinal sensing portions to detect an acoustic signature associated with movement of said object in said conduit and determine the origin of said acoustic signature, wherein the step of detecting the acoustic signature comprises detecting a pressure wave propagating through the conduit caused by travel of the object in the conduit, and the acoustic signature comprises first and second pressure acoustic disturbances propagating away from each other in opposite directions in the conduit having substantially the same speed, and characterised in that: the step of processing the returns comprises the steps of, for each of a plurality of test positions along the conduit: forming a first subset of data corresponding to a plurality of frames of data from discrete sensing portions corresponding to portions of the conduit on one side of the test position; forming a second subset of data corresponding to a plurality of frames of data from discrete sensing portions corresponding to portions of the conduit on the opposite side of the test position; and processing the first and second subsets to determine the presence of an acoustic disturbance in the first and second subsets propagating away from the test position. forming a first subset of data corresponding to a plurality of frames of data from discrete sensing portions corresponding to portions of the conduit on one side of the test position; forming a second subset of data corresponding to a plurality of frames of data from discrete sensing portions corresponding to portions of the conduit on the opposite side of the test position; and processing the first and second subsets to determine the presence of an acoustic disturbance in the first and second subsets propagating away from the test position.
A method for moving a first and a second drivetrain component (1, 2, 3) in a nacelle of a horizontal axis wind turbine, the nacelle comprising a nacelle structure (55, 56), the components being connected, in operation of the wind turbine, to a rotor of the wind turbine, the method comprising - connecting a first drive unit between a first location, fixed to the nacelle structure, and the first component or a first vehicle connected to the first component, - moving the first component in relation to the nacelle structure by means of the first drive unit in a direction parallel to the rotational axis of the rotor, wherein said first drive unit is a linear actuator, - connecting a second drive unit between a second location, which is different to the first location and fixed to the nacelle structure, and the second component or a second vehicle connected to the second component, and - moving the second component in relation to the nacelle structure by means of the second drive unit in a direction parallel to the rotational axis of the rotor. - connecting a first drive unit between a first location, fixed to the nacelle structure, and the first component or a first vehicle connected to the first component, - moving the first component in relation to the nacelle structure by means of the first drive unit in a direction parallel to the rotational axis of the rotor, wherein said first drive unit is a linear actuator, - connecting a second drive unit between a second location, which is different to the first location and fixed to the nacelle structure, and the second component or a second vehicle connected to the second component, and - moving the second component in relation to the nacelle structure by means of the second drive unit in a direction parallel to the rotational axis of the rotor.
A method of adjusting a pressure reduction to occur in a wellbore following firing of at least one perforating gun, the method comprising: determining a desired free gun volume which corresponds to a desired pressure reduction in the wellbore resulting from firing of the perforating gun; and reducing a free gun volume of the perforating gun until the free gun volume is substantially the same as said desired free gun volume, wherein reducing the free gun volume further comprises adding a volume of material in the perforating gun, characterised in that the material is at least partially dissolvable in well fluid. determining a desired free gun volume which corresponds to a desired pressure reduction in the wellbore resulting from firing of the perforating gun; and reducing a free gun volume of the perforating gun until the free gun volume is substantially the same as said desired free gun volume, wherein reducing the free gun volume further comprises adding a volume of material in the perforating gun, characterised in that the material is at least partially dissolvable in well fluid.
A router table comprising: a table top having an aperture and a plurality of support members, the support members being configured to support the table top; a fence extending across a portion of the table top in a first direction, the fence including a first end portion engaged to a first portion of the table top by a first gear mechanism and a second end portion engaged to a second portion of the table top by a second gear mechanism, the first gear mechanism and the second gear mechanism being coupled to each other by a driveshaft; and an adjustment mechanism configured to drive the first gear mechanism; wherein the first end portion of the fence is engaged to a first track of the table top by the first gear mechanism and the second end portion of the fence is engaged to a second track of the table top by the second gear mechanism; characterized in that the adjustment mechanism includes a fence adjustment knob and a fine fence adjustment knob; wherein the fence adjustment knob drives the first gear mechanism; and wherein the fine fence adjustment knob is mechanically coupled to the first gear mechanism by three interlocking gears so that rotation of the fence adjustment knob or the fine fence adjustment knob in the same direction causes the fence to move in the same direction. a table top having an aperture and a plurality of support members, the support members being configured to support the table top; a fence extending across a portion of the table top in a first direction, the fence including a first end portion engaged to a first portion of the table top by a first gear mechanism and a second end portion engaged to a second portion of the table top by a second gear mechanism, the first gear mechanism and the second gear mechanism being coupled to each other by a driveshaft; and an adjustment mechanism configured to drive the first gear mechanism; wherein the first end portion of the fence is engaged to a first track of the table top by the first gear mechanism and the second end portion of the fence is engaged to a second track of the table top by the second gear mechanism;
Articulated arm awning, comprising - two brackets for mounting a fabric shaft and a drive therefor, and - side faces disposed on the brackets, - wherein each side face has a bearing for in each case one articulated arm, and - wherein each side face is provided with a projection passing through a recess of the associated holding device, characterised in that - in order to achieve an automatic inward pivoting movement, a bearing for the drive is directly connected to the holding device, a cover being further provided for covering the recess in the holding device, the cover being directly connected to the projection of the side face, and - a stop is provided for an upward pivoting movement of the articulated arms. - two brackets for mounting a fabric shaft and a drive therefor, and - side faces disposed on the brackets, - wherein each side face has a bearing for in each case one articulated arm, and - wherein each side face is provided with a projection passing through a recess of the associated holding device, - in order to achieve an automatic inward pivoting movement, a bearing for the drive is directly connected to the holding device, a cover being further provided for covering the recess in the holding device, the cover being directly connected to the projection of the side face, and - a stop is provided for an upward pivoting movement of the articulated arms.
A user apparatus in a mobile communication system including a base station and a user apparatus, characterized by comprising: a support status determination unit configured to receive, from the base station, support status information indicating whether the base station supports a predetermined notification method on category information of the user apparatus, and to determine whether the base station supports the predetermined notification method based on the support status information; and a category information notification control unit configured, when the support status determination unit determines that the base station supports the predetermined notification method, to notify the base station of a combination of first category information and second category information so as to notify the base station of category information of the user apparatus. a support status determination unit configured to receive, from the base station, support status information indicating whether the base station supports a predetermined notification method on category information of the user apparatus, and to determine whether the base station supports the predetermined notification method based on the support status information; and a category information notification control unit configured, when the support status determination unit determines that the base station supports the predetermined notification method, to notify the base station of a combination of first category information and second category information so as to notify the base station of category information of the user apparatus.
A method performed by a first network node of providing a last used Public Land Mobile Network Identifier, PLMN ID, in Long Term Evolution, LTE, to a second network node, the first network node and the second network node operating in a wireless communications network, the method comprising: providing the last used PLMN ID in LTE of a wireless device in the wireless communications network, to the second network node, as soon as a Circuit Switched, CS, call due to a CS Fall Back, CSFB, procedure has been setup, which providing of the PLMN ID is performed by one of: adding information about the last used PLMN ID in LTE to an existing message from the first network node to the second network node, and defining a new message from the first network node to the second network node, the new message comprising the last used PLMN ID in LTE. providing the last used PLMN ID in LTE of a wireless device in the wireless communications network, to the second network node, as soon as a Circuit Switched, CS, call due to a CS Fall Back, CSFB, procedure has been setup, which providing of the PLMN ID is performed by one of: adding information about the last used PLMN ID in LTE to an existing message from the first network node to the second network node, and defining a new message from the first network node to the second network node, the new message comprising the last used PLMN ID in LTE. adding information about the last used PLMN ID in LTE to an existing message from the first network node to the second network node, and defining a new message from the first network node to the second network node, the new message comprising the last used PLMN ID in LTE.
A system comprising: an ink channel of a printer, wherein the ink channel is coupleable to an ink supply to receive an ink; an air channel coupleable to the ink supply; and a sensor assembly mounted to the ink channel, including a sensor in fluid communication with the ink channel to identify an ink level of the ink supply based on a pressure difference between an air pressure, associated with the air channel, and an ink pressure, associated with the ink channel; wherein an ink supply station floater supports the sensor assembly coupled to the ink channel and the air channel to enable a spring-loaded movement of the sensor assembly relative to the ink supply. an ink channel of a printer, wherein the ink channel is coupleable to an ink supply to receive an ink; an air channel coupleable to the ink supply; and a sensor assembly mounted to the ink channel, including a sensor in fluid communication with the ink channel to identify an ink level of the ink supply based on a pressure difference between an air pressure, associated with the air channel, and an ink pressure, associated with the ink channel; wherein an ink supply station floater supports the sensor assembly coupled to the ink channel and the air channel to enable a spring-loaded movement of the sensor assembly relative to the ink supply.
An adapter configured to be optically coupled to a plurality of microscopes, said adapter comprising: a) a first microscope interface configured to optically couple a first microscope to an optical element in optical communication with an optical probe; b) a second microscope interface configured to optically couple a second microscope to the optical element in optical communication with the optical probe; and c) an optical arrangement comprising an objective and a mirror, wherein the optical arrangement is configured to direct light collected from a sample with aid of the optical probe to (i) the first microscope and second microscope simultaneously, or (ii) the first microscope or second microscope selectively, wherein the light from the sample is configured to pass through the objective to the mirror. a) a first microscope interface configured to optically couple a first microscope to an optical element in optical communication with an optical probe; b) a second microscope interface configured to optically couple a second microscope to the optical element in optical communication with the optical probe; and c) an optical arrangement comprising an objective and a mirror, wherein the optical arrangement is configured to direct light collected from a sample with aid of the optical probe to (i) the first microscope and second microscope simultaneously, or (ii) the first microscope or second microscope selectively, wherein the light from the sample is configured to pass through the objective to the mirror.