mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting assembly for a rock excavation machine including a frame, the cutting assembly comprising: a boom including a first portion and a second portion , the first portion configured to be supported by the frame, the second portion pivotably coupled to the first portion by a universal joint, the first portion including a base and a moveable structure , the base extending along a longitudinal base axis , the moveable structure coupled to the second portion by the universal joint , the moveable structure supported for movement relative to the base in a direction parallel to the longitudinal base axis ; and a cutting device supported by the second portion of the boom . a boom including a first portion and a second portion , the first portion configured to be supported by the frame, the second portion pivotably coupled to the first portion by a universal joint, the first portion including a base and a moveable structure , the base extending along a longitudinal base axis , the moveable structure coupled to the second portion by the universal joint , the moveable structure supported for movement relative to the base in a direction parallel to the longitudinal base axis ; and a cutting device supported by the second portion of the boom .
Rotor for an electric machine, in particular for an electric motor for the traction drive of a motor vehicle having an electric or hybrid drive, having a rotor shaft or a rotor carrier and a plurality of laminated rotor cores arranged thereon in a twist-proof manner by means of a shaft-hub connection formed as a spline, wherein adjacent laminated rotor cores are attached to the rotor shaft or the rotor carrier so as to be offset by at least one tooth spacing and, as a result, have an angular offset (W) relative to one another, characterized in that the spline is formed in segments in such a way that the external toothing on the rotor shaft or the rotor carrier is formed only in specific external circumferential segments, and that the internal toothing on the laminated rotor cores is formed only in specific internal circumferential segments, wherein the external toothing segments on the rotor shaft or the rotor carrier comprise more teeth than the internal toothing segments on the laminated rotor cores or, conversely, the internal toothing segments on the laminated rotor cores comprise more teeth than the external toothing segments on the rotor shaft or the rotor carrier . wherein adjacent laminated rotor cores are attached to the rotor shaft or the rotor carrier so as to be offset by at least one tooth spacing and, as a result, have an angular offset (W) relative to one another, characterized in that the spline is formed in segments in such a way that the external toothing on the rotor shaft or the rotor carrier is formed only in specific external circumferential segments, and that the internal toothing on the laminated rotor cores is formed only in specific internal circumferential segments, wherein the external toothing segments on the rotor shaft or the rotor carrier comprise more teeth than the internal toothing segments on the laminated rotor cores or, conversely, the internal toothing segments on the laminated rotor cores comprise more teeth than the external toothing segments on the rotor shaft or the rotor carrier .
A method of managing system components within a controlled environment, comprising: detecting an occurrence of a commencement parameter associated with a control macro; characterized by comprising the steps of: retrieving a set of commands associated with the control macro where specific system components are not identified in the commands; determining a region within the controlled environment for implementing the control macro, wherein said region is a region in which a user is currently located; identifying a plurality of system components located within the region; interpreting the control macro in the context of the region by determining which commands are associated with each system component located within the region; sending the determined component-specific commands to the identified system components ; and where each component-specific command is executable to control a corresponding identified system component upon receipt of the component-specific command at the corresponding identified system component . detecting an occurrence of a commencement parameter associated with a control macro; characterized by comprising the steps of: retrieving a set of commands associated with the control macro where specific system components are not identified in the commands; determining a region within the controlled environment for implementing the control macro, wherein said region is a region in which a user is currently located; identifying a plurality of system components located within the region; interpreting the control macro in the context of the region by determining which commands are associated with each system component located within the region; sending the determined component-specific commands to the identified system components ; and where each component-specific command is executable to control a corresponding identified system component upon receipt of the component-specific command at the corresponding identified system component . retrieving a set of commands associated with the control macro where specific system components are not identified in the commands; determining a region within the controlled environment for implementing the control macro, wherein said region is a region in which a user is currently located; identifying a plurality of system components located within the region; interpreting the control macro in the context of the region by determining which commands are associated with each system component located within the region; sending the determined component-specific commands to the identified system components ; and where each component-specific command is executable to control a corresponding identified system component upon receipt of the component-specific command at the corresponding identified system component .
A system (1; 1A) for use in connection with mechanical ventilation of a patient , provided by a ventilator , the system comprising: - at least one bioelectric sensor arrangement (7; 7A; 7B) configured to register at least one bioelectric signal (S LP ; S LP(TA) , S LP(CT) ; S e1-5 ; S e11-12 ), hereinafter referred to as LP signal, originating from and relating to muscular activity of at least one muscle in the laryngopharyngeal region of said patient , and - at least one control unit (11; 11A, 11B) configured to control the operation of said ventilator based on said at least one LP signal, characterised in that said at least one bioelectric sensor arrangement is further configured to register at least one other bioelectric signal (Edi; S e5-e9 ) related to the muscular activity of the patient's diaphragm, wherein said at least one control unit (11; 11A, 11B) is configured to use said at least one LP signal (S LP ; S LP(TA) , S LP(CT) ; S e1-5 ; S e11-12 ) together with the at least one other signal (Edi; S e5-e9 ) related to the muscular activity of the patient's diaphragm, in the control of the operation of said ventilator . - at least one bioelectric sensor arrangement (7; 7A; 7B) configured to register at least one bioelectric signal (S LP ; S LP(TA) , S LP(CT) ; S e1-5 ; S e11-12 ), hereinafter referred to as LP signal, originating from and relating to muscular activity of at least one muscle in the laryngopharyngeal region of said patient , and - at least one control unit (11; 11A, 11B) configured to control the operation of said ventilator based on said at least one LP signal,
A saturation controller for a flyback switched-mode power supply,SMPS, having a switch (S1), the saturation controller comprising: a stroke length detector configured to measure a length related to a primary stroke, corresponding to the switch being closed, in the flyback SMPS; a stroke length comparator configured to compare the length related to the primary stroke to a length related to a previous primary stroke in the flyback SMPS to generate a comparison result; and a switching period controller configured to adjust a switching period time of the flyback SMPS based on the comparison result such that saturation of the flyback SMPS is reduced. a stroke length detector configured to measure a length related to a primary stroke, corresponding to the switch being closed, in the flyback SMPS; a stroke length comparator configured to compare the length related to the primary stroke to a length related to a previous primary stroke in the flyback SMPS to generate a comparison result; and a switching period controller configured to adjust a switching period time of the flyback SMPS based on the comparison result such that saturation of the flyback SMPS is reduced.
A dressing for treating an area around an articulating joint with negative pressure, the dressing comprising: an attachment device having a treatment aperture ; a manifold comprising a stem , a first arm joined to a first end of the stem , and a second arm joined to a second end of the stem , the manifold at least partially exposed through the treatment aperture; a cover disposed over the manifold and coupled to the attachment device around the manifold ; and an adhesive on the attachment device for bonding to the area around the articulating joint, wherein the dressing has a line of symmetry through the stem , and each of the first arm and second arm has a span that is orthogonal to the line of symmetry and the first arm and the second arm flare away from the stem . an attachment device having a treatment aperture ; a manifold comprising a stem , a first arm joined to a first end of the stem , and a second arm joined to a second end of the stem , the manifold at least partially exposed through the treatment aperture; a cover disposed over the manifold and coupled to the attachment device around the manifold ; and an adhesive on the attachment device for bonding to the area around the articulating joint, wherein the dressing has a line of symmetry through the stem , and each of the first arm and second arm has a span that is orthogonal to the line of symmetry and the first arm and the second arm flare away from the stem .
Current measuring device for measuring at least one alternating current, with at least one inductive coupling unit which is configured for converting at least one electric primary signal into at least one electric secondary signal and which comprises at least one primary winding and at least one secondary winding wound onto a common ferromagnetic core which couples the primary winding with the secondary winding, and with a computing unit , which is configured for a determination of the primary signal from the secondary signal , wherein the computing unit is configured to take into account at least one higher harmonic of the secondary signal when determining the primary signal , and to calculate a correction value for the determination of the primary signal from a fundamental of the secondary signal using the higher harmonic.
A heatsink module for an inverter I, wherein the module is configured to dissipate heat generated from a main body of the inverter, wherein the heatsink module comprises: a housing having: a bottom face ; both spaced side walls vertically extending from both sides of the bottom face respectively; and both flanges horizontally and inwardly extending from tops of both side walls respectively; and a heat-dissipation plate including: a base fixed to the both flanges ; and a plurality of heat-dissipation fins extending downward from a bottom of the base ; and wherein the heatsink module is characterized by : a supporter interposed between the bottom face of the housing and the heat-dissipation fins , wherein the supporter has slots defined therein for accommodating at least portions of the heat-dissipation fins respectively, wherein a fixed rail is formed on the bottom face of the housing , wherein the fixed rail is engaged with the supporter to restrict a movement of the supporter , and wherein a rail groove is defined in a bottom of the supporter , wherein the rail groove has a shape corresponding to a shape of the fixed rail such that the fixed rail is press-fitted into the rail groove . a housing having: a bottom face ; both spaced side walls vertically extending from both sides of the bottom face respectively; and both flanges horizontally and inwardly extending from tops of both side walls respectively; and a bottom face ; both spaced side walls vertically extending from both sides of the bottom face respectively; and both flanges horizontally and inwardly extending from tops of both side walls respectively; and a heat-dissipation plate including: a base fixed to the both flanges ; and a plurality of heat-dissipation fins extending downward from a bottom of the base ; and a base fixed to the both flanges ; and a plurality of heat-dissipation fins extending downward from a bottom of the base ; and wherein the heatsink module is characterized by : a supporter interposed between the bottom face of the housing and the heat-dissipation fins , wherein the supporter has slots defined therein for accommodating at least portions of the heat-dissipation fins respectively, wherein a fixed rail is formed on the bottom face of the housing , wherein the fixed rail is engaged with the supporter to restrict a movement of the supporter , and wherein a rail groove is defined in a bottom of the supporter , wherein the rail groove has a shape corresponding to a shape of the fixed rail such that the fixed rail is press-fitted into the rail groove . a supporter interposed between the bottom face of the housing and the heat-dissipation fins , wherein the supporter has slots defined therein for accommodating at least portions of the heat-dissipation fins respectively, wherein a fixed rail is formed on the bottom face of the housing , wherein the fixed rail is engaged with the supporter to restrict a movement of the supporter , and wherein a rail groove is defined in a bottom of the supporter , wherein the rail groove has a shape corresponding to a shape of the fixed rail such that the fixed rail is press-fitted into the rail groove .
A method comprising the following steps: a) providing an LED lamp with at least one LED element and internal electrical components both of which are energizable through an electrical connection, the LED lamp comprising: a1) a frangible enclosure enclosing the at least one LED element and the internal components, the frangible enclosure comprising a globe-shaped main body having an apex and a wide portion tapering to a narrow neck; a2) wherein the frangible enclosure comprises a light transparent polymer matrix as a first coating, wherein the light transparent polymer matrix is on an interior surface of the frangible enclosure, and b) the light transparent polymer matrix preventing or eliminating access to the energizable internal components; and c) the light transparent polymer matrix controlling transport of one or more gases or liquids from egress into or out of the frangible enclosure upon breach of the frangible enclosure, characterized in that a second coating is on the first coating at the wide portion or the apex of the frangible enclosure and the thickness of the coating consisting of the first and the second coating at the wide portion or the apex of the frangible enclosure is different from that at the narrow neck to improve impact and/or shutter resistance. a) providing an LED lamp with at least one LED element and internal electrical components both of which are energizable through an electrical connection, the LED lamp comprising: a1) a frangible enclosure enclosing the at least one LED element and the internal components, the frangible enclosure comprising a globe-shaped main body having an apex and a wide portion tapering to a narrow neck; a2) wherein the frangible enclosure comprises a light transparent polymer matrix as a first coating, wherein the light transparent polymer matrix is on an interior surface of the frangible enclosure, and a1) a frangible enclosure enclosing the at least one LED element and the internal components, the frangible enclosure comprising a globe-shaped main body having an apex and a wide portion tapering to a narrow neck; a2) wherein the frangible enclosure comprises a light transparent polymer matrix as a first coating, wherein the light transparent polymer matrix is on an interior surface of the frangible enclosure, and b) the light transparent polymer matrix preventing or eliminating access to the energizable internal components; and c) the light transparent polymer matrix controlling transport of one or more gases or liquids from egress into or out of the frangible enclosure upon breach of the frangible enclosure, characterized in that a second coating is on the first coating at the wide portion or the apex of the frangible enclosure and the thickness of the coating consisting of the first and the second coating at the wide portion or the apex of the frangible enclosure is different from that at the narrow neck to improve impact and/or shutter resistance.
A short milk tube and a vent plug , wherein the short milk tube comprises: a barrel having a wall and defining a bore between an upstream end of the barrel and a downstream end of the barrel; a vent and a vent plug seat at least partially surrounding the vent; and a stiffener adjacent to and in contact with the vent plug seat , wherein the vent plug extends through the wall to at least partially vent the bore. a barrel having a wall and defining a bore between an upstream end of the barrel and a downstream end of the barrel; a vent and a vent plug seat at least partially surrounding the vent; and a stiffener adjacent to and in contact with the vent plug seat , wherein the vent plug extends through the wall to at least partially vent the bore.
A method performed for a first steered frame exchange, comprising: receiving an unsteered training request; sending a first unsteered sounding frame in response to the unsteered training request; receiving an unsteered request for explicit feedback for beamforming; receiving a second sounding frame for beamforming; generating the explicit feedback based on the second sounding frame; and sending the explicit feedback in response to the unsteered request for explicit feedback; and receiving the first steered frame sent based on either the explicit feedback or implicit feedback, the implicit feedback being derived based on the first unsteered sounding frame. receiving an unsteered training request; sending a first unsteered sounding frame in response to the unsteered training request; receiving an unsteered request for explicit feedback for beamforming; receiving a second sounding frame for beamforming; generating the explicit feedback based on the second sounding frame; and sending the explicit feedback in response to the unsteered request for explicit feedback; and receiving the first steered frame sent based on either the explicit feedback or implicit feedback, the implicit feedback being derived based on the first unsteered sounding frame.
An automated checkout system, comprising: a data reader having a read zone , the data reader being operable to identify items being transported through the read zone ; a conveyor system (30/32) having an input zone and an exit zone, the conveyor system (30/32) configured to automatically transport the items from the input zone, through the read zone of the data reader , and to the exit zone; and a lighting indicator system alighting a given color in response to input from the data reader ; characterized in that the lighting indicator system is disposed at an indicator location proximate the exit zone of the conveyor system (30/32), the lighting indicator system turning on upon the item (42-48) reaching or entering the indicator location ; and the lighting indicator system is operative to turn on upon a leading portion of the item (42-48) reaching the indicator location and then turn off upon a trailing portion of the item (42-48) reaching the indicator location , or the lighting indicator system is operative to turn on and alight continuously upon a leading portion of the item (42-48) reaching the indicator location . a data reader having a read zone , the data reader being operable to identify items being transported through the read zone ; a conveyor system (30/32) having an input zone and an exit zone, the conveyor system (30/32) configured to automatically transport the items from the input zone, through the read zone of the data reader , and to the exit zone; and a lighting indicator system alighting a given color in response to input from the data reader ; characterized in that the lighting indicator system is disposed at an indicator location proximate the exit zone of the conveyor system (30/32), the lighting indicator system turning on upon the item (42-48) reaching or entering the indicator location ; and the lighting indicator system is operative to turn on upon a leading portion of the item (42-48) reaching the indicator location and then turn off upon a trailing portion of the item (42-48) reaching the indicator location , or the lighting indicator system is operative to turn on and alight continuously upon a leading portion of the item (42-48) reaching the indicator location .
A stalk roll mountable to a header of an agricultural combine for rotation about a rotation axis during processing of plant stalks, the stalk roll comprising: an annular drum having a plurality of circumferentially spaced flutes extending in an axial direction of the rotation axis of the drum and projecting radially outwardly from the drum, the flutes defining mounting surfaces along lengths of the flutes; a plurality of blades attachable to the drum, multiple of the plurality of blades are attachable to the mounting surface of a common one of the flutes; and mounting hardware configured to removably connect the plurality of blades to the mounting surfaces of the flutes, wherein each mounting surface has at least one flat side configured to make surface contact with the associated blades and each mounting surface is a multi-sided pocket configured to make surface contact with multiple sides of the associated blades, characterized by further including seat inserts mounted intermediate the flutes and the associated blades, the seat inserts having a higher surface finish at a blade-contacting side than at a flute-contacting side . an annular drum having a plurality of circumferentially spaced flutes extending in an axial direction of the rotation axis of the drum and projecting radially outwardly from the drum, the flutes defining mounting surfaces along lengths of the flutes; a plurality of blades attachable to the drum, multiple of the plurality of blades are attachable to the mounting surface of a common one of the flutes; and mounting hardware configured to removably connect the plurality of blades to the mounting surfaces of the flutes, wherein each mounting surface has at least one flat side configured to make surface contact with the associated blades and each mounting surface is a multi-sided pocket configured to make surface contact with multiple sides of the associated blades, characterized by further including seat inserts mounted intermediate the flutes and the associated blades, the seat inserts having a higher surface finish at a blade-contacting side than at a flute-contacting side .