mhurhangee/ep-ind-claims huggingface dataset:
System having at least two loads which are connected to a common supply line, wherein each load comprised by the system is connected to the common supply line by means of its own parallel branch, wherein each load comprised by the system is assigned, in the parallel branch leading to the respective load, at least one interrupter switching element having an externally activatable ignition apparatus, wherein each load comprised by the system is assigned, in the parallel branch leading to the respective load, at least one current measuring device by means of which a current flowing in the parallel branch during operation can be detected and wherein the ignition apparatus of the interrupter switching element in the respective parallel branch can be actuated depending on the current flowing in the parallel branch, characterized in that the current measuring device is intended and configured to detect the direction and intensity of the current used for actively tripping at least one interrupter switching element. wherein each load comprised by the system is connected to the common supply line by means of its own parallel branch, wherein each load comprised by the system is assigned, in the parallel branch leading to the respective load, at least one interrupter switching element having an externally activatable ignition apparatus, wherein each load comprised by the system is assigned, in the parallel branch leading to the respective load, at least one current measuring device by means of which a current flowing in the parallel branch during operation can be detected and wherein the ignition apparatus of the interrupter switching element in the respective parallel branch can be actuated depending on the current flowing in the parallel branch, characterized in that the current measuring device is intended and configured to detect the direction and intensity of the current used for actively tripping at least one interrupter switching element.
Method for the manufacture of a steel sheet or strip coated on at least one of its sides with a coating consisting of 0.05 - 0.30 % by weight A1 and 0.2 - 2.0% by weight Mg, the remainder being zinc and unavoidable impurities, which in the state provided with the coating, in a salt spray mist test carried out in accordance with DIN 50021-SS, shows the first red rust formation at the earliest after 250 hours, in which the following steps are run through in a continuous sequence: - an uncoated steel strip is annealed in a furnace, - following the furnace, the steel strip passes through a reduction furnace section in which it is kept under a protective gas atmosphere with 3.5 - 75% hydrogen, wherein the temperatures achieved during the course of annealing are 720 - 850 °C, - the annealed steel strip is conducted under exclusion of air through a galvanizing bath consisting of 0.05 - 0.30 % by weight Al and 0.2 - 2.0% by weight Mg, the remainder being zinc and unavoidable impurities, wherein the galvanizing line is passed through at a strip speed of 60 - 150 m/min, and - the layer thickness on the steel strip emerging from the melt bath is adjusted by means of a stripper nozzle, characterised in that - the surface of the melt bath is kept under an inert gas flow in relation to the surrounding atmosphere, in order to avoid the formation of slag or the occurrence of inter-metallic phases, wherein the inert gas flow issues from stripper nozzles which are used to adjust the coating thickness, or is output from separate nozzles which distribute the inert gas in a film-like manner over the surface of the bath, and - the layer thickness of the coating is adjusted by means of the stripper nozzle to a maximum of 3.5 μm on each side and a coating weight of a maximum of 25 g/m 2 on each side. - an uncoated steel strip is annealed in a furnace, - following the furnace, the steel strip passes through a reduction furnace section in which it is kept under a protective gas atmosphere with 3.5 - 75% hydrogen, wherein the temperatures achieved during the course of annealing are 720 - 850 °C, - the annealed steel strip is conducted under exclusion of air through a galvanizing bath consisting of 0.05 - 0.30 % by weight Al and 0.2 - 2.0% by weight Mg, the remainder being zinc and unavoidable impurities, wherein the galvanizing line is passed through at a strip speed of 60 - 150 m/min, and - the layer thickness on the steel strip emerging from the melt bath is adjusted by means of a stripper nozzle, - the surface of the melt bath is kept under an inert gas flow in relation to the surrounding atmosphere, in order to avoid the formation of slag or the occurrence of inter-metallic phases, wherein the inert gas flow issues from stripper nozzles which are used to adjust the coating thickness, or is output from separate nozzles which distribute the inert gas in a film-like manner over the surface of the bath, and - the layer thickness of the coating is adjusted by means of the stripper nozzle to a maximum of 3.5 μm on each side and a coating weight of a maximum of 25 g/m 2 on each side.
A method for controlling a multi-clutch transmission of a vehicle, wherein the multi-clutch transmission is adapted to be shifted either with a power shift or a power cut shift dependent on predetermined vehicle variables, wherein the method decides and performs a gear shift strategy comprising; • deciding a forthcoming gear shift as a power shift or a power cut shift dependent on a predicted behaviour of the vehicle based on momentary vehicle variables, wherein the method is characterised in that it further comprises the steps of: • detecting a power shift to a higher gear in low range gear (LRg), wherein if power shift to a higher gear in low range gear (LRg) has been detected the method comprises the steps of: • overruling the previously set gear shift strategy and; • controlling the multi-clutch transmission such that a forthcoming gear shift is performed as a power shift. • deciding a forthcoming gear shift as a power shift or a power cut shift dependent on a predicted behaviour of the vehicle based on momentary vehicle variables, wherein • detecting a power shift to a higher gear in low range gear (LRg), • overruling the previously set gear shift strategy and; • controlling the multi-clutch transmission such that a forthcoming gear shift is performed as a power shift.
A method for manufacturing a joined member by joining a first member formed of a metal material having a possibility of undergoing quenching and a second member formed of a metal material, the method comprising: a contact-placing step of placing the first member and the second member with a joint target portion of the first member and a joint target portion of the second member being in contact with each other; a joining step of joining the first member and the second member by passing a pulsed welding electric current for joining through the joint target potions of the first member and the second member, wherein the first and second members (D, E) are solid-phase joined; a first tempering step of tempering a joint portion by passing a first tempering electric current through the joint portion, the joint portion being a portion where the first member and the second member are joined; and characterized by: a second tempering step of tempering the joint portion by passing a second tempering electric current smaller than the first tempering electric current through the joint portion. a contact-placing step of placing the first member and the second member with a joint target portion of the first member and a joint target portion of the second member being in contact with each other; a joining step of joining the first member and the second member by passing a pulsed welding electric current for joining through the joint target potions of the first member and the second member, wherein the first and second members (D, E) are solid-phase joined; a first tempering step of tempering a joint portion by passing a first tempering electric current through the joint portion, the joint portion being a portion where the first member and the second member are joined; and characterized by: a second tempering step of tempering the joint portion by passing a second tempering electric current smaller than the first tempering electric current through the joint portion.
A procedure for the connection of a capacitive load to a voltage bus of an electric distribution system using a solid state power controller (SSPC), characterized in that the current (i SSPC) through the SSPC is controlled actively during the whole connection time (t c) until the capacitive load is charged up to the voltage of the voltage bus by maintaining constant the derivative of the current (i SSPC) during one or a set of stretches of the connection time (t c) until the current (i SSPC) reaches a value equal to the maximum value (i MAX) endured by the SSPC and by maintaining constant that value of the current ( iSSPC) in a final stretch.
A surgical robotic system, comprising: a first operating member comprising at least one of a straight reamer shaft and an offset reamer shaft, being offset in respect to a straight reamer shaft portion; a second operating member comprising at least one of a straight impactor shaft and an offset impactor shaft, being offset in respect to a straight impactor shaft portion; a robotic arm; a housing coupled to the robotic arm and including a receiving portion configured to individually and interchangeably receive at least a portion of the first operating member and the second operating member so as to permit rotation of the received operating member relative to the housing while constraining movement of the received operating member in a radial direction of the received operating member; and a coupling device disposed on the housing and configured to couple the received operating member to the housing so as to permit rotation of the first operating member only about a longitudinal axis of the first operating member and to permit movement of the second operating member only along a longitudinal axis of the second operating member. a first operating member comprising at least one of a straight reamer shaft and an offset reamer shaft, being offset in respect to a straight reamer shaft portion; a second operating member comprising at least one of a straight impactor shaft and an offset impactor shaft, being offset in respect to a straight impactor shaft portion; a robotic arm; a housing coupled to the robotic arm and including a receiving portion configured to individually and interchangeably receive at least a portion of the first operating member and the second operating member so as to permit rotation of the received operating member relative to the housing while constraining movement of the received operating member in a radial direction of the received operating member; and a coupling device disposed on the housing and configured to couple the received operating member to the housing so as to permit rotation of the first operating member only about a longitudinal axis of the first operating member and to permit movement of the second operating member only along a longitudinal axis of the second operating member.
An apparatus comprising: one or more accelerator engines to process work descriptors submitted by clients to a plurality of work queues; and fault processing hardware logic associated with the one or more accelerator engines, the fault processing hardware logic to implement a specified page fault handling mode for each work queue of the plurality of work queues, the page fault handling modes including a first page fault handling mode and a second page fault handling mode, wherein in the first page fault handling mode, the fault processing logic is to notify a client and terminate processing of a work descriptor associated with a page fault, characterized in that: wherein the fault processing hardware logic is to submit information to a completion record buffer and/or an event log responsive to the page fault, the information associated with the page fault and usable by the client and/or system software to resolve the page fault, and wherein if the page fault occurs on an address associated with the completion record buffer, then the information is submitted to the event log but not the completion record buffer. one or more accelerator engines to process work descriptors submitted by clients to a plurality of work queues; and fault processing hardware logic associated with the one or more accelerator engines, the fault processing hardware logic to implement a specified page fault handling mode for each work queue of the plurality of work queues, the page fault handling modes including a first page fault handling mode and a second page fault handling mode, wherein in the first page fault handling mode, the fault processing logic is to notify a client and terminate processing of a work descriptor associated with a page fault, characterized in that: wherein the fault processing hardware logic is to submit information to a completion record buffer and/or an event log responsive to the page fault, the information associated with the page fault and usable by the client and/or system software to resolve the page fault, and wherein if the page fault occurs on an address associated with the completion record buffer, then the information is submitted to the event log but not the completion record buffer. wherein the fault processing hardware logic is to submit information to a completion record buffer and/or an event log responsive to the page fault, the information associated with the page fault and usable by the client and/or system software to resolve the page fault, and wherein if the page fault occurs on an address associated with the completion record buffer, then the information is submitted to the event log but not the completion record buffer.
A method for preserving cooked or pre-cooked food, characterized in that the cooked or pre-cooked food is kept in a preserving chamber with a controlled atmosphere, at atmospheric pressure and at a predetermined temperature in the range from 58°C to 72°C, and the partial oxygen pressure in the chamber is kept below 10 kPa, by at least partially replacing the oxygen present in the chamber with another non-oxidizing gas which is introduced into the chamber, so that the cooked or pre-cooked food can be preserved for a preservation time of more than at least 24 hours.
A post system with a post, in particular a barrier post, and a ground anchorage, wherein the post is detachably arranged in the ground anchorage, wherein the post is rotatably arranged by means of a latch located on the underside thereof on a counterlatch located on the upper side of the ground anchorage and associated therewith, wherein a lock is provided at the top in the post and a bolt is provided at the bottom, which bolt is operatively connected to the lock by a tension element and, in the closed position, engages in a bolt-receiving recess in the floor anchorage, penetrating the latch, wherein the latch is detachably connected to the counterlatch by means of a plug-in rotary connection, wherein the latch of the post further comprises a centrally arranged guide pin with a centric shank on the underside and the counterlatch, positioned on the upper side of the floor anchorage, further comprises a centric recess with a centric bore complementary to the centric shank, characterised in that the guide pin has at least one projection projecting laterally outwards from the shaft and the centric recess has at least one radial recess which is complementary to the projection and which extends laterally outwards from the centric bore.
A touch input method for a mobile terminal having a touch screen, the method comprising: displaying, on the touch screen, a plurality of representative images corresponding to content objects; selecting, from the plurality of representative images, at least one representative image in response to a first touch event detected on the touch screen; displaying, after selecting the at least one representative image, at least one command tip on at least one boundary of the touch screen, the command tips corresponding to commands associated with available direction specific touch events; and executing a command corresponding to a second touch event detected on the touch screen, the second touch event being defined by a movement direction, speed, and the at least one representative image, the touch being associated with the first touch event and the second touch event, wherein the at least one command tip corresponds to a first set of at least one command or a second set of at least one command based on a number of the selected at least one representative image, and wherein the second touch event is one of the available direction-specific touch events comprising movement of the touch in a direction toward the boundary at a speed faster than a threshold speed value, and a command corresponding to the command tip presented on the boundary. displaying, on the touch screen, a plurality of representative images corresponding to content objects; selecting, from the plurality of representative images, at least one representative image in response to a first touch event detected on the touch screen; displaying, after selecting the at least one representative image, at least one command tip on at least one boundary of the touch screen, the command tips corresponding to commands associated with available direction specific touch events; and executing a command corresponding to a second touch event detected on the touch screen, the second touch event being defined by a movement direction, speed, and the at least one representative image, the touch being associated with the first touch event and the second touch event, wherein the at least one command tip corresponds to a first set of at least one command or a second set of at least one command based on a number of the selected at least one representative image, and wherein the second touch event is one of the available direction-specific touch events comprising movement of the touch in a direction toward the boundary at a speed faster than a threshold speed value, and a command corresponding to the command tip presented on the boundary.
A data transmission method, applied to a backbone device, wherein the backbone device is connected to at least two access devices (102, 103), the at least two access devices (102, 103) form a multi-chassis link aggregation group to connect to a multi-homing user device, and the method comprises: after obtaining first data that needs to be sent to a first user device, determining, by the backbone device, a first tunnel interface identifier corresponding to the first user device, wherein the first user device is a single-homing user device; and sending, by the backbone device based on the first tunnel interface identifier, a first data packet comprising the first data to a first access device of the at least two access devices (102, 103), wherein the first access device is configured with the first tunnel interface identifier, wherein the first tunnel interface identifier is an identifier of a first single-homing tunnel interface (VTEP3) of the first access device, and the first single-homing tunnel interface (VTEP3) only transmits data that needs to be sent to a single-homing user device connecting to the first access device. after obtaining first data that needs to be sent to a first user device, determining, by the backbone device, a first tunnel interface identifier corresponding to the first user device, wherein the first user device is a single-homing user device; and sending, by the backbone device based on the first tunnel interface identifier, a first data packet comprising the first data to a first access device of the at least two access devices (102, 103), wherein the first access device is configured with the first tunnel interface identifier, wherein the first tunnel interface identifier is an identifier of a first single-homing tunnel interface (VTEP3) of the first access device, and the first single-homing tunnel interface (VTEP3) only transmits data that needs to be sent to a single-homing user device connecting to the first access device.
An electric machine comprising a permanent-magnet rotor, a stator and a Hall-effect sensor for determining the position of the rotor, wherein the stator comprises a pair of asymmetric poles (8,9) and characterised in that the sensor is oriented such that an interpole axis of the rotor intersects the plane of the sensor at a non-orthogonal angle and the sensor is oriented such that it is less sensitive to armature field lines passing through the sensor.
A foot support member, comprising: a plantar support component for supporting at least a portion of a plantar surface of a wearer's foot, wherein the plantar support component includes a first surface and a second surface opposite the first surface; and a flexible support member disposed adjacent the second surface of the plantar support component, wherein the flexible support member includes a wave shaped portion, wherein the wave shaped portion is oriented such that plural wave crests extend toward the first surface of the plantar support component and plural wave troughs extend away from the first surface of the plantar support component, wherein the wave shaped portion includes a rigid plate capable of flexing under weight of a wearer, and wherein flexing of the rigid plate under weight of a wearer changes at least one of a longitudinal or transverse dimension of the foot support member, wherein the flexible support member includes a first side member that extends beyond peaks of the plural wave crests and a second side member that extends beyond peaks of the plural wave crests located opposite from the first side member, wherein the plantar support component is positioned between the first side member and the second side member, and wherein the flexible support member further comprises a tensioning element or spring component extending between the first side member and the second side member. a plantar support component for supporting at least a portion of a plantar surface of a wearer's foot, wherein the plantar support component includes a first surface and a second surface opposite the first surface; and a flexible support member disposed adjacent the second surface of the plantar support component, wherein the flexible support member includes a wave shaped portion, wherein the wave shaped portion is oriented such that plural wave crests extend toward the first surface of the plantar support component and plural wave troughs extend away from the first surface of the plantar support component, wherein the wave shaped portion includes a rigid plate capable of flexing under weight of a wearer, and wherein flexing of the rigid plate under weight of a wearer changes at least one of a longitudinal or transverse dimension of the foot support member, wherein the flexible support member includes a first side member that extends beyond peaks of the plural wave crests and a second side member that extends beyond peaks of the plural wave crests located opposite from the first side member, wherein the plantar support component is positioned between the first side member and the second side member, and wherein the flexible support member further comprises a tensioning element or spring component extending between the first side member and the second side member.