mhurhangee/patent-ind-claim-en huggingface dataset:
A system for forming an upper plug in a well, the system, comprising: a lower tool segment comprising a landing structure that is adapted to land within a wellhead housing and contact a structure positioned in the wellhead housing ; a well control package that is adapted to be positioned above the lower tool segment positioned within the wellhead housing and coupled to the wellhead housing , the well control package comprising at least one seal ram ; an upper tool segment that is adapted to be positioned through the well control package and operatively coupled to the lower tool segment, wherein the at least one seal ram is adapted to engage an outer surface of the upper tool segment ; and at least one cutting means that is coupled to the lower segment and adapted to be actuated to cut at least one opening in at least one section of casing within the well. a lower tool segment comprising a landing structure that is adapted to land within a wellhead housing and contact a structure positioned in the wellhead housing ; a well control package that is adapted to be positioned above the lower tool segment positioned within the wellhead housing and coupled to the wellhead housing , the well control package comprising at least one seal ram ; an upper tool segment that is adapted to be positioned through the well control package and operatively coupled to the lower tool segment, wherein the at least one seal ram is adapted to engage an outer surface of the upper tool segment ; and at least one cutting means that is coupled to the lower segment and adapted to be actuated to cut at least one opening in at least one section of casing within the well.
Control unit for an internal combustion engine , with a function which determines, with consideration of an operating state information item (FW, SB) - of an upper limit and - of a cumulative actual variable, the cumulative actual variable comprising the sum of all the emissions emitted by the internal combustion engine in a defined operating time period, a command variable (x(t)) which comprises at least one of the variables of EGR rate, EGR distribution, filling, boost pressure, injection time, ignition time or rail pressure and influences an operating state of the internal combustion engine in such a way that a plurality of actual variables are set in such a way that cumulative actual variables in an operating time period with a combination of any desired different operating states of the internal combustion engine which are set in a random sequence do not exceed upper limits for the said operating time period, a target function which comprises at least one actual emissions variable (Em DS ), a fuel consumption and/or a CO 2 emission, by the command variable (x(t)) being selected from pareto-optimal alternatives by means of an indifference curve with consideration of a separation of the cumulative actual variable from the upper limit. - of an upper limit and - of a cumulative actual variable, the cumulative actual variable comprising the sum of all the emissions emitted by the internal combustion engine in a defined operating time period, a command variable (x(t)) which comprises at least one of the variables of EGR rate, EGR distribution, filling, boost pressure, injection time, ignition time or rail pressure and influences an operating state of the internal combustion engine in such a way that a plurality of actual variables are set in such a way that cumulative actual variables in an operating time period with a combination of any desired different operating states of the internal combustion engine which are set in a random sequence do not exceed upper limits for the said operating time period, a target function which comprises at least one actual emissions variable (Em DS ), a fuel consumption and/or a CO 2 emission, by the command variable (x(t)) being selected from pareto-optimal alternatives by means of an indifference curve with consideration of a separation of the cumulative actual variable from the upper limit.
A forceps , comprising: an end effector assembly including first and second jaw members disposed in parallel orientation relative to one another, at least one of the jaw members movable relative to the other along a first axis between a spaced-apart position and an approximated position for grasping tissue therebetween, wherein the first and second jaw members are coupled to an outer shaft ; the first and second jaw members disposed in slidable inter-fit engagement with one another to maintain the parallel orientation between the jaw members upon movement of the jaw members between the spaced-apart and approximated positions; a drive bar coupled to the at least one jaw member, the drive bar selectively movable along a second axis different from the first axis for moving the jaw members between the spaced-apart and approximated positions, wherein the drive bar is selectively movable along the second axis relative to the outer shaft, and characterized in that the drive bar defines at least one cam slot , a first portion of the cam slot defining a longitudinal configuration and a second portion of the cam slot extending in a generally diagonal direction relative to the first portion, the first portion of the cam slot configured to slidably receive a first pin of the outer shaft and the second portion of the cam slot configured to slidably receive a second pin of the at least one jaw member such that translation of the drive bar along the second axis effects movement of the at least one jaw member along the first axis. an end effector assembly including first and second jaw members disposed in parallel orientation relative to one another, at least one of the jaw members movable relative to the other along a first axis between a spaced-apart position and an approximated position for grasping tissue therebetween, wherein the first and second jaw members are coupled to an outer shaft ; the first and second jaw members disposed in slidable inter-fit engagement with one another to maintain the parallel orientation between the jaw members upon movement of the jaw members between the spaced-apart and approximated positions; a drive bar coupled to the at least one jaw member, the drive bar selectively movable along a second axis different from the first axis for moving the jaw members between the spaced-apart and approximated positions, wherein the drive bar is selectively movable along the second axis relative to the outer shaft, and characterized in that the drive bar defines at least one cam slot , a first portion of the cam slot defining a longitudinal configuration and a second portion of the cam slot extending in a generally diagonal direction relative to the first portion, the first portion of the cam slot configured to slidably receive a first pin of the outer shaft and the second portion of the cam slot configured to slidably receive a second pin of the at least one jaw member such that translation of the drive bar along the second axis effects movement of the at least one jaw member along the first axis.
An abnormality diagnosis system configured to diagnose an abnormality of an electric drive system to drive a motor for moving a mobile body , the abnormality diagnosis system comprising: an information acquisition unit configured to acquire a motor output information which is information related to an output state of the motor; an output state determination unit configured to determine whether the output state of the motor is a low output state that does not contribute to a movement of the mobile body by using the motor output information; and a diagnosis execution unit configured to diagnose an abnormality of the electric drive system when it is determined that the motor is in the low output state, wherein the mobile body comprises a plurality of electric drive systems, characterized in that the output state determination unit determines whether each of a plurality of motors driven by the plurality of electric drive systems is in the low output state, and when at least two of the motors are determined to be in the low output state, the diagnosis execution unit determines an execution order of abnormality diagnosis based on at least one of a scheduled restart time at which each of the motors changes from the low output state to a state contributing to the movement of the mobile body, a magnitude of influence caused by abnormality in the electric drive system for driving each of the motors, and a history of abnormality diagnosis in the electric drive system for driving each of the motors. an information acquisition unit configured to acquire a motor output information which is information related to an output state of the motor; an output state determination unit configured to determine whether the output state of the motor is a low output state that does not contribute to a movement of the mobile body by using the motor output information; and a diagnosis execution unit configured to diagnose an abnormality of the electric drive system when it is determined that the motor is in the low output state, wherein the mobile body comprises a plurality of electric drive systems, characterized in that the output state determination unit determines whether each of a plurality of motors driven by the plurality of electric drive systems is in the low output state, and when at least two of the motors are determined to be in the low output state, the diagnosis execution unit determines an execution order of abnormality diagnosis based on at least one of a scheduled restart time at which each of the motors changes from the low output state to a state contributing to the movement of the mobile body, a magnitude of influence caused by abnormality in the electric drive system for driving each of the motors, and a history of abnormality diagnosis in the electric drive system for driving each of the motors.
Use of at least one aldoxime of formula R-CH=N-OH where R is a linear or branched hydrocarbon chain having at least 4 carbon atoms, as anti-nitrous agent in a reductive stripping operation of plutonium.
A flip-type multifunctional air fryer, comprising a cookware , a head , a base and a side plate which is provided between the head and the base , wherein a bottom of the head is configured as an open structure, an air frying module is mounted in the head , and the cookware at least comprises a basket , wherein the head is rotatably connected with the side plate , and the head at least has following two positions in a rotation process: a first position where a bottom opening of the head faces downwards and is communicated with a top opening of the basket ; and a second position where the bottom opening of the head faces upwards and is connected with a bottom of the cookware , wherein a handle is provided on the head , wherein when the head is rotated to the second position, the handle supports the head , characterized in that the handle is hinged to the head , wherein when the head is rotated to the first position, the handle is accommodated on a surface of the head ; and when the head is rotated to the second position, the handle supports the head . a first position where a bottom opening of the head faces downwards and is communicated with a top opening of the basket ; and a second position where the bottom opening of the head faces upwards and is connected with a bottom of the cookware , wherein a handle is provided on the head , wherein when the head is rotated to the second position, the handle supports the head , characterized in that the handle is hinged to the head , wherein when the head is rotated to the first position, the handle is accommodated on a surface of the head ; and when the head is rotated to the second position, the handle supports the head .
Method for manufacturing a roll-profiled component , wherein a metal strip to be formed is embossed in sections at least partially between a punch and a die before or after roll profiling is carried out and is displaced between embossing steps in a feed direction parallel to the longitudinal direction of the metal strip , wherein one embossing section is embossed per embossing step, characterised in that the metal strip has at least a first region and a second region continuously in the longitudinal direction, wherein the first region is embossed from a first level of the metal strip , which corresponds to an initial level of the metal strip , to a second level by forming a transition section in the first region of the metal strip in each embossing step, which leads seamlessly and without jumps in the feed direction from the first level to the second level , wherein the transition section formed is completely embossed onto the second level in a subsequent embossing step, wherein the transition section is embossed in a defined shape by the punch and die .
A method of operating a first communication unit in a wireless Time Division Duplex, TDD, system, in which communication in two directions between the first communication unit and a second communication unit is separated by allocation of different time slots, wherein the first communication unit comprises at least two logical units , communication circuitry , and a coordination unit , and wherein the method comprises: - activating (S1), for the first communication unit, the at least two logical units for operation with the communication circuitry for enabling communication on the same frequency channel with communication circuitry and corresponding logical units in the second communication unit , each logical unit of the first communication unit being allocated at least one time slot for each of the two directions in a time slot structure, wherein the time slot structure is clocked in time by a reference clock; and - coordinating (S2), by the coordination unit , the operation of the logical units of the first communication unit by introducing a relative time offset between the time slot structures of the logical units for controlling communication delay and enabling the offset to be maintained by using the same reference clock for the logical units . - activating (S1), for the first communication unit, the at least two logical units for operation with the communication circuitry for enabling communication on the same frequency channel with communication circuitry and corresponding logical units in the second communication unit , each logical unit of the first communication unit being allocated at least one time slot for each of the two directions in a time slot structure, wherein the time slot structure is clocked in time by a reference clock; and - coordinating (S2), by the coordination unit , the operation of the logical units of the first communication unit by introducing a relative time offset between the time slot structures of the logical units for controlling communication delay and enabling the offset to be maintained by using the same reference clock for the logical units .
A radiofrequency generator , comprising: a housing ; a high-power circuit including a power amplifier ; a low-power circuit ; a cooling air duct dividing the housing into at least two compartments including a high-power compartment and a low-power compartment , wherein the high-power circuit is disposed within the high-power compartment and the low-power circuit is disposed within the low-power compartment ; and a fan inlet at one end of the housing and a cooling air outlet at an opposed end of the housing , wherein cooling air passes from the fan inlet to the cooling air outlet within the cooling air duct ; wherein the low-power circuit comprises a control circuit for generating control signals for controlling at least one transistor of the power amplifier ; and wherein the cooling air duct comprises an air flow guidance plate comprising a distribution of cooling air holes allowing cooling air to pass between the low-power compartment and the cooling air duct ; characterized in that the air flow guidance plate is shaped to reduce a cross-sectional area of the cooling air duct adjacent to the low power circuit , thereby forming a reduced cross-sectional area region of the cooling air duct , wherein the distribution of cooling air holes is located in the reduced cross-sectional area region . a housing ; a high-power circuit including a power amplifier ; a low-power circuit ; a cooling air duct dividing the housing into at least two compartments including a high-power compartment and a low-power compartment , wherein the high-power circuit is disposed within the high-power compartment and the low-power circuit is disposed within the low-power compartment ; and a fan inlet at one end of the housing and a cooling air outlet at an opposed end of the housing , wherein cooling air passes from the fan inlet to the cooling air outlet within the cooling air duct ; wherein the low-power circuit comprises a control circuit for generating control signals for controlling at least one transistor of the power amplifier ; and wherein the cooling air duct comprises an air flow guidance plate comprising a distribution of cooling air holes allowing cooling air to pass between the low-power compartment and the cooling air duct ; characterized in that the air flow guidance plate is shaped to reduce a cross-sectional area of the cooling air duct adjacent to the low power circuit , thereby forming a reduced cross-sectional area region of the cooling air duct , wherein the distribution of cooling air holes is located in the reduced cross-sectional area region .
Adapter for releasably connecting a power tool to at least one rechargeable battery , having - a first interface for releasably connecting the power tool to the adapter and a second interface for releasably connecting the at least one rechargeable battery to the adapter ; - first control electronics for open-loop and closed-loop control of the functionality of the power tool and second control electronics for open-loop and closed-loop control of the functionality of the rechargeable battery ; - a switching element for reversibly setting the second control electronics to an activation mode or deactivation mode, wherein in the activation mode at least a first transistor is able to be actuated such that electrical energy can pass from the at least one rechargeable battery to the power tool , characterized by - at least one sensor for detecting at least one parameter of the power tool and a second transistor , wherein the second transistor is designed to interrupt at least temporarily the supply of the electrical energy from the rechargeable battery to the power tool if a parameter detected by the sensor reaches a predetermined threshold value. - a first interface for releasably connecting the power tool to the adapter and a second interface for releasably connecting the at least one rechargeable battery to the adapter ; - first control electronics for open-loop and closed-loop control of the functionality of the power tool and second control electronics for open-loop and closed-loop control of the functionality of the rechargeable battery ; - a switching element for reversibly setting the second control electronics to an activation mode or deactivation mode, wherein in the activation mode at least a first transistor is able to be actuated such that electrical energy can pass from the at least one rechargeable battery to the power tool , characterized by - at least one sensor for detecting at least one parameter of the power tool and a second transistor , wherein the second transistor is designed to interrupt at least temporarily the supply of the electrical energy from the rechargeable battery to the power tool if a parameter detected by the sensor reaches a predetermined threshold value.
A linker-active agent or a pharmaceutically acceptable salt thereof, wherein the linker-active agent is or
Device with a manipulator unit which comprises a driveable manipulator arm on a main body of the manipulator unit , wherein a lifting arrangement with a plurality of separate flexible pulling elements is provided, on which lifting arrangement the manipulator unit can be lowered and/or raised in a freely suspended manner, wherein coupling means acting between the flexible pulling elements and the main body of the manipulator unit are provided such that in the suspended state of the manipulator unit on the pulling elements the main body is adjustable in order to set a predefined spatial orientation of the main body , characterised in that a main plane of the manipulator unit can be tilted from a vertical orientation into a horizontal orientation by a tilting movement, wherein the main plane is a surface side of the main body .
A windscreen wiper device, comprising: a longitudinally extending wiper blade of a flexible material for sealing against a windshield of a vehicle; an elastic, elongated carrier that is self-biased into a pre-curved shape and which extends longitudinally between opposite ends, said carrier operably supporting and biasing said wiper blade into a pre-curved configuration; a connecting device secured to said carrier for attachment to an oscillating wiper arm; a pair of subspoilers constructed as separate pieces from one another and from said wiper blade and arranged on longitudinally opposite sides of said connecting device; and each of said subspoilers being joined with said carrier along less than a full longitudinal length of the respective subspoiler with an adhesive , the wiper device being characterised in that each of said subspoilers is joined with said carrier in at least two adhesive regions which are spaced apart by a non-adhesive region. a longitudinally extending wiper blade of a flexible material for sealing against a windshield of a vehicle; an elastic, elongated carrier that is self-biased into a pre-curved shape and which extends longitudinally between opposite ends, said carrier operably supporting and biasing said wiper blade into a pre-curved configuration; a connecting device secured to said carrier for attachment to an oscillating wiper arm; a pair of subspoilers constructed as separate pieces from one another and from said wiper blade and arranged on longitudinally opposite sides of said connecting device; and each of said subspoilers being joined with said carrier along less than a full longitudinal length of the respective subspoiler with an adhesive , the wiper device being characterised in that each of said subspoilers is joined with said carrier in at least two adhesive regions which are spaced apart by a non-adhesive region.