mhurhangee/ep-ind-claims huggingface dataset:
A power cylinder system for a reciprocating engine, comprising: - a cylinder - a piston configured to be disposed within the cylinder and to move in a reciprocating manner within the cylinder; - a top-most groove extending circumferentially about the piston beneath a top land of the piston; - a ring disposed within the top-most groove; and - a single channel formed in the top land or the ring, wherein the single channel extends from an outer perimeter of the piston to a space between an inner surface of the top-most groove and an inner face of the ring, wherein the channel is configured to enable combustion gases to flow from a combustion chamber to the space, characterised in that the channel has a width that is between about one percent and three percent of a diameter of the piston, and the single channel extends axially through the top land of the piston to the space. - a cylinder - a piston configured to be disposed within the cylinder and to move in a reciprocating manner within the cylinder; - a top-most groove extending circumferentially about the piston beneath a top land of the piston; - a ring disposed within the top-most groove; and - a single channel formed in the top land or the ring, wherein the single channel extends from an outer perimeter of the piston to a space between an inner surface of the top-most groove and an inner face of the ring, wherein the channel is configured to enable combustion gases to flow from a combustion chamber to the space,
A vertical baler for compressing loose material into a compact cuboid bale, the vertical baler comprising: - a press box including - a shaft base, and - side walls (2a, b), a rear wall, a front wall, whose inner surfaces define an essentially vertical press shaft, - wherein at least one wall is a door which is openable for retrieving the bale, - a press plate that is moveable in the press shaft in a direction towards the base (page 14, line 9), - wherein a drive unit that is associated with the press box is operationally connected with the press plate, - groove formers protruding into the press shaft for forming grooves in an outer surface of the bale, - wherein the press plate includes recesses that correspond to the groove formers, characterized in that - an ejector is provided that is pivotable about its forward lower body edge for unloading the finished pressed and tied bale in a flip movement, - two vertically oriented bar shaped groove formers are arranged with a horizontal distance from each other at an inner surface of the door, - wherein forks of a fork lift are insertable into the grooves produced by the groove formers in the bales. - a press box including - a shaft base, and - side walls (2a, b), a rear wall, a front wall, whose inner surfaces define an essentially vertical press shaft, - wherein at least one wall is a door which is openable for retrieving the bale, - a press plate that is moveable in the press shaft in a direction towards the base (page 14, line 9), - wherein a drive unit that is associated with the press box is operationally connected with the press plate, - groove formers protruding into the press shaft for forming grooves in an outer surface of the bale, - wherein the press plate includes recesses that correspond to the groove formers, - an ejector is provided that is pivotable about its forward lower body edge for unloading the finished pressed and tied bale in a flip movement, - two vertically oriented bar shaped groove formers are arranged with a horizontal distance from each other at an inner surface of the door, - wherein forks of a fork lift are insertable into the grooves produced by the groove formers in the bales.
A method, performed by a station, for obtaining a right to use multiple unlicensed carriers, comprising: in response to the station aggregating unlicensed carriers, performing, by the station, a clear channel assessment, CCA, with a given duration on each of the unlicensed carriers; in response to a result of the CCA on the each of the unlicensed carriers indicating that a channel is idle, generating, by the station, a random back-off value N for the each of the unlicensed carriers; wherein the station generates a same random back-off value N for all of the unlicensed carriers, and wherein the station generates the random back-off value N according to a size of a contention back-off window of one of the unlicensed carriers, and the one of the unlicensed carriers is one of the unlicensed carriers which has a largest or smallest contention back-off window; and performing an extended clear channel assessment, eCCA, to decrement the value of N until the value of N is 0 to obtain a right to use each of the unlicensed carriers, wherein in response to a result of one-time eCCA on an unlicensed carrier indicating that a channel is idle, the value of N for the unlicensed carrier is decremented once. in response to the station aggregating unlicensed carriers, performing, by the station, a clear channel assessment, CCA, with a given duration on each of the unlicensed carriers; in response to a result of the CCA on the each of the unlicensed carriers indicating that a channel is idle, generating, by the station, a random back-off value N for the each of the unlicensed carriers; wherein the station generates a same random back-off value N for all of the unlicensed carriers, and wherein the station generates the random back-off value N according to a size of a contention back-off window of one of the unlicensed carriers, and the one of the unlicensed carriers is one of the unlicensed carriers which has a largest or smallest contention back-off window; and performing an extended clear channel assessment, eCCA, to decrement the value of N until the value of N is 0 to obtain a right to use each of the unlicensed carriers, wherein in response to a result of one-time eCCA on an unlicensed carrier indicating that a channel is idle, the value of N for the unlicensed carrier is decremented once.
A method of controlling a base station system, the method comprising: generating and transmitting a control signal arranged to cause a radio equipment controller (REC-D 26) to control a first radio equipment (RE-D 25) from a plurality of radio equipment (RE-D 25) at a first time, wherein each of the plurality of radio equipment (RE-D 25) is coupled to a respective antenna having a respective coverage area; and characterised by generating and transmitting a control signal arranged to cause the radio equipment controller (REC-D 26) to control a second radio equipment (RE-D 25) from the plurality of radio equipment (RE-D 25) instead of the first radio equipment (RE-D 25) at a later time; wherein the radio equipment controller (REC-D 26) did not control the second radio equipment (RE-D 25) at the first time; and wherein generating and transmitting a control signal arranged to cause the radio equipment controller (REC-D 26) to control a second radio equipment (RE-D 25) from the plurality of radio equipment (RE-D 25) instead of the first radio equipment (RE-D 25) at a later time further comprises generating and transmitting a control signal arranged to cause the first radio equipment (RE-D 25) to switch to an inactive state. generating and transmitting a control signal arranged to cause a radio equipment controller (REC-D 26) to control a first radio equipment (RE-D 25) from a plurality of radio equipment (RE-D 25) at a first time, wherein each of the plurality of radio equipment (RE-D 25) is coupled to a respective antenna having a respective coverage area; and characterised by generating and transmitting a control signal arranged to cause the radio equipment controller (REC-D 26) to control a second radio equipment (RE-D 25) from the plurality of radio equipment (RE-D 25) instead of the first radio equipment (RE-D 25) at a later time; wherein the radio equipment controller (REC-D 26) did not control the second radio equipment (RE-D 25) at the first time; and wherein generating and transmitting a control signal arranged to cause the radio equipment controller (REC-D 26) to control a second radio equipment (RE-D 25) from the plurality of radio equipment (RE-D 25) instead of the first radio equipment (RE-D 25) at a later time further comprises generating and transmitting a control signal arranged to cause the first radio equipment (RE-D 25) to switch to an inactive state.
A turbojet engine comprising an outer cover, a member, a monitoring system for the member capable of providing information on the member; characterised in that the outer cover comprises a display screen capable of communicating with the monitoring system so as to display information from said member, the monitoring system comprising a sensor capable of measuring information from said member and communication means for transmitting information from said member to the display screen; or capable of communicating directly with the member so as to display the information from said member, the member comprising a sensor capable of measuring the information from said member.
System having a thermometer, a rechargeable battery in the thermometer, a container for the thermometer, and a lid for closing the container, wherein the container comprises a charging device (29, 30) for charging the rechargeable battery, characterized in that the lid comprises a holding device for holding the thermometer and, by closing the container using the lid, the thermometer is connected to the charging device (29, 30) for charging the rechargeable battery when the thermometer is held by the lid.
A method for controlling display of visual content, the method being performed in a wearable device, the wearable device comprising a head mounted display allowing a user to see both real-world objects and computer-rendered content, the method comprising the steps of: selecting an external display device in a vicinity of the wearable device; determining first visual content to be suitable for being displayed on the external display device; and sending a request for the external display device to display the first visual content and refraining from displaying the first visual content using the head mounted display, characterised in that the step of selecting an external display device comprises selecting one of a plurality of external display devices based on a battery level of at least one of the plurality of external display devices. selecting an external display device in a vicinity of the wearable device; determining first visual content to be suitable for being displayed on the external display device; and sending a request for the external display device to display the first visual content and refraining from displaying the first visual content using the head mounted display, characterised in that the step of selecting an external display device comprises selecting one of a plurality of external display devices based on a battery level of at least one of the plurality of external display devices.
An apparatus of a terminal in a wireless communication system, the apparatus comprising: a plurality of antennas; and a processing circuitry, coupled to the plurality of antennas, configured to: transmit a random access channel, RACH, sequence for a first random access using a transmit, Tx, beam with a first power, in response to a failure of the first random access, transmit a RACH sequence for a second random access using a Tx beam with a second power higher than the first power, and in response to a failure of the second random access, transmit a RACH sequence for a third random access using a Tx beam with the second power, wherein a spatial direction of the Tx beam used for the third random access is different from a spatial direction of the Tx beam used for the second random access. a plurality of antennas; and a processing circuitry, coupled to the plurality of antennas, configured to: transmit a random access channel, RACH, sequence for a first random access using a transmit, Tx, beam with a first power, in response to a failure of the first random access, transmit a RACH sequence for a second random access using a Tx beam with a second power higher than the first power, and in response to a failure of the second random access, transmit a RACH sequence for a third random access using a Tx beam with the second power, transmit a random access channel, RACH, sequence for a first random access using a transmit, Tx, beam with a first power, in response to a failure of the first random access, transmit a RACH sequence for a second random access using a Tx beam with a second power higher than the first power, and in response to a failure of the second random access, transmit a RACH sequence for a third random access using a Tx beam with the second power, wherein a spatial direction of the Tx beam used for the third random access is different from a spatial direction of the Tx beam used for the second random access.
An electrode assembly for transdermal delivery of an active agent, comprising: a penetrative electrode of one polarity configured to provide an electrical contact beneath the stratum corneum; a surface electrode of the opposite polarity configured to provide an electrical contact to the external surface of the skin; a dispenser configured to dispense the active agent to the external surface of the skin, wherein the penetrative electrode includes a plurality of microneedles that project from a skin contact surface and are configured to be inserted into the skin of the human body, the microneedles comprising shafts extending from bases on the skin contact surface to tips, wherein the exterior of the shafts are electrically insulated and the tips provide the electrical contact beneath the stratum corneum. a penetrative electrode of one polarity configured to provide an electrical contact beneath the stratum corneum; a surface electrode of the opposite polarity configured to provide an electrical contact to the external surface of the skin; a dispenser configured to dispense the active agent to the external surface of the skin, wherein the penetrative electrode includes a plurality of microneedles that project from a skin contact surface and are configured to be inserted into the skin of the human body, the microneedles comprising shafts extending from bases on the skin contact surface to tips, wherein the exterior of the shafts are electrically insulated and the tips provide the electrical contact beneath the stratum corneum.
Rail vehicle, with - at least one electrical traction network, with which at least one drive of the rail vehicle can be fed electrical energy, - at least one electrical on-board network, with which other components of the rail vehicle can be fed, and - at least one battery (40, 41), wherein the rail vehicle is embodied in such a manner that it can operate the battery (40, 41) in a normal operation and a special operation, wherein the battery (40, 41) in normal operation is connected to the traction network via at least one traction network switch (50, 51) that is dedicated for the battery or is assigned to the battery (40, 41), and in special operation is disconnected from the traction network by the traction network switch (50, 51), characterised in that the battery (40, 41), in the event of a connection to the on-board network already existing during normal operation, remains connected to the on-board network in special operation and otherwise is connected to the on-board network, and the rail vehicle has a monitoring facility (80, 81), which detects the status of the battery (40, 41) and operates the battery (40, 41) in normal operation and has it connected to the traction network as long as the battery (40, 41) fulfils a predefined status criterion, and operates the battery (40, 41) in special operation and disconnects it from the traction network as soon as the status of the battery (40, 41) no longer fulfils the predefined status criterion. - at least one electrical traction network, with which at least one drive of the rail vehicle can be fed electrical energy, - at least one electrical on-board network, with which other components of the rail vehicle can be fed, and - at least one battery (40, 41), the rail vehicle is embodied in such a manner that it can operate the battery (40, 41) in a normal operation and a special operation, wherein the battery (40, 41) in normal operation is connected to the traction network via at least one traction network switch (50, 51) that is dedicated for the battery or is assigned to the battery (40, 41), and in special operation is disconnected from the traction network by the traction network switch (50, 51), characterised in that the battery (40, 41), in the event of a connection to the on-board network already existing during normal operation, remains connected to the on-board network in special operation and otherwise is connected to the on-board network, and the rail vehicle has a monitoring facility (80, 81), which detects the status of the battery (40, 41) and operates the battery (40, 41) in normal operation and has it connected to the traction network as long as the battery (40, 41) fulfils a predefined status criterion, and operates the battery (40, 41) in special operation and disconnects it from the traction network as soon as the status of the battery (40, 41) no longer fulfils the predefined status criterion.
A medicament delivery device comprising: a cartridge holder to which an injection needle holder can be fixed, the injection needle holder holding an injection needle having a proximal end and a distal end, the proximal end being protected by an inner injection needle cap detachably connected to the injection needle holder, the cartridge holder being mounted in a housing and configured to receive a cartridge of medicament; a cap assembly detachably connected to the housing; and a gripping mechanism configured to remove the inner injection needle cap from the injection needle holder when the cap assembly is pulled away from the cartridge holder, characterised in that the gripping mechanism comprises a plurality of spring arms each having a free end, wherein the spring arms are biased towards each other and are movable relative to the cap assembly from a retracted position towards an engaged position in which the free ends fold on and clamp the inner injection needle cap, wherein the spring arms move from the retracted position towards the engaged position when the cap assembly is pulled away from the cartridge holder. a cartridge holder to which an injection needle holder can be fixed, the injection needle holder holding an injection needle having a proximal end and a distal end, the proximal end being protected by an inner injection needle cap detachably connected to the injection needle holder, the cartridge holder being mounted in a housing and configured to receive a cartridge of medicament; a cap assembly detachably connected to the housing; and a gripping mechanism configured to remove the inner injection needle cap from the injection needle holder when the cap assembly is pulled away from the cartridge holder, characterised in that the gripping mechanism comprises a plurality of spring arms each having a free end, wherein the spring arms are biased towards each other and are movable relative to the cap assembly from a retracted position towards an engaged position in which the free ends fold on and clamp the inner injection needle cap, wherein the spring arms move from the retracted position towards the engaged position when the cap assembly is pulled away from the cartridge holder.
A software updating device that executes a process for updating software that operates a vehicle-mounted equipment, the software updating device comprising a controller that acquires the software and applies the software to the equipment to control the equipment, and the controller being configured to acquire the software and apply the software to the equipment, thereby executing the update process; cause a warning device of the software updating device to output a warning when an abnormality relating to the equipment is detected while the update process is not being executed; and record a fault code corresponding to the abnormality in a storage region of the controller and cause the warning device to output the warning based on the fault code that was recorded when the abnormality relating to the equipment occurs; characterized in that the controller is further configured to prohibit outputting of the warning by the warning device when the abnormality relating to the equipment is detected while the update process is being executed; and prohibit the outputting of the warning by the warning device without recording the fault code when the abnormality relating to the equipment occurs while the update process is being executed. the software updating device comprising a controller that acquires the software and applies the software to the equipment to control the equipment, and the controller being configured to acquire the software and apply the software to the equipment, thereby executing the update process; cause a warning device of the software updating device to output a warning when an abnormality relating to the equipment is detected while the update process is not being executed; and record a fault code corresponding to the abnormality in a storage region of the controller and cause the warning device to output the warning based on the fault code that was recorded when the abnormality relating to the equipment occurs; characterized in that the controller is further configured to prohibit outputting of the warning by the warning device when the abnormality relating to the equipment is detected while the update process is being executed; and prohibit the outputting of the warning by the warning device without recording the fault code when the abnormality relating to the equipment occurs while the update process is being executed.