mhurhangee/patent-ind-claim-en huggingface dataset:
A molded piston for an air spring for a vehicle, comprising: an outer shell ; a non-cylindrical central column configured for providing lateral stiffness and strength to the outer shell by being braced in its relation to said outer shell by outer radial webs ; and an upper surface having a recessed lower end closure seating surface ; wherein said non-cylindrical central column further includes a mounting stud sleeve and hole braced in its relation to said non-cylindrical central column by inner radial webs , wherein said mounting stud sleeve and hole includes a spline within said mounting stud sleeve and hole , the spline having an inner diameter that remains constant along its length, and having an outer diameter that tapers inward along its length. an outer shell ; a non-cylindrical central column configured for providing lateral stiffness and strength to the outer shell by being braced in its relation to said outer shell by outer radial webs ; and an upper surface having a recessed lower end closure seating surface ; wherein said non-cylindrical central column further includes a mounting stud sleeve and hole braced in its relation to said non-cylindrical central column by inner radial webs , wherein said mounting stud sleeve and hole includes a spline within said mounting stud sleeve and hole , the spline having an inner diameter that remains constant along its length, and having an outer diameter that tapers inward along its length.
A method of initiating a regenerative converter including a line bridge and a machine bridge , which are interconnected via a DC intermediate circuit , and wherein the converter includes line current filtering inductors arranged in series between line bridge AC output terminals and mains , and wherein the line bridge comprises controllable solid state switches arranged as legs , wherein each one of the legs comprises a high-side solid state switch and a low-side solid state switch connected in series between a high-voltage and a low-voltage busbars of the DC intermediate circuit, characterized in that the legs comprise diodes connected in anti-parallel with each one of the controllable solid state switches , and the method comprises: - charging, through the line current filtering inductors and the line bridge , while the machine bridge remains inactive in an initiation mode of the converter , the DC intermediate circuit to a target voltage higher than peak value of the mains voltage , the mains voltage being a voltage between two phases of the mains, by switching: one or simultaneously more of the low-side solid state switches with a preselected pulse pattern or with a switching pattern defined by using a control loop for a subset of switches operating during the initiation of the converter, while each one of the high-side solid state switches remain inactive, or one or simultaneously more of the high-side switches with a preselected pulse pattern or with a switching pattern defined by using a control loop for a subset of switches operating during the initiation of the converter, while each one of the low-side solid state switches remain inactive. - charging, through the line current filtering inductors and the line bridge , while the machine bridge remains inactive in an initiation mode of the converter , the DC intermediate circuit to a target voltage higher than peak value of the mains voltage , the mains voltage being a voltage between two phases of the mains, by switching: one or simultaneously more of the low-side solid state switches with a preselected pulse pattern or with a switching pattern defined by using a control loop for a subset of switches operating during the initiation of the converter, while each one of the high-side solid state switches remain inactive, or one or simultaneously more of the high-side switches with a preselected pulse pattern or with a switching pattern defined by using a control loop for a subset of switches operating during the initiation of the converter, while each one of the low-side solid state switches remain inactive.
A method performed by a master base station in a wireless communication system, the method comprising: transmitting, to a secondary base station, a secondary base station setup request message for requesting the secondary base station to allocate resources for a dual connectivity, DC, operation; receiving, from the secondary base station, a secondary base station setup response message, after transmitting the secondary base station setup request message; and transmitting, to the secondary base station, a modification message, after receiving the secondary base station setup response message, wherein the secondary base station setup request message comprises a quality of service, QoS, flow identifier, ID, and a data radio bearer, DRB, ID, wherein the secondary base station setup response message comprises the QoS flow ID and a new DRB ID corresponding to the QoS flow ID, and wherein the modification message comprises tunnel information for the new DRB ID, comprising an internet protocol, IP, address and a tunnel endpoint identifier, TEID. transmitting, to a secondary base station, a secondary base station setup request message for requesting the secondary base station to allocate resources for a dual connectivity, DC, operation; receiving, from the secondary base station, a secondary base station setup response message, after transmitting the secondary base station setup request message; and transmitting, to the secondary base station, a modification message, after receiving the secondary base station setup response message, wherein the secondary base station setup request message comprises a quality of service, QoS, flow identifier, ID, and a data radio bearer, DRB, ID, wherein the secondary base station setup response message comprises the QoS flow ID and a new DRB ID corresponding to the QoS flow ID, and wherein the modification message comprises tunnel information for the new DRB ID, comprising an internet protocol, IP, address and a tunnel endpoint identifier, TEID.
Computer system comprising at least one processor (CPU) and one memory controller (CTL) for a non-volatile mass storage medium (FLSH), wherein - the computer system is configured to execute on the processor (CPU) a master operating system core (MBS) and a first and at least one second operating system core (BS1, BS2) under the control of the master operating system core (MBS); - the memory controller (CTL) is configured to provide the master operating system core (MBS) with defined areas of a mass storage medium (FLSH) as a first and at least one second mass memory which are in each case independent of one another, and to control a mapping of the first and of the at least one second mass memory to the defined areas of the mass storage medium (FLSH), and - the master operating system core (MBS) is configured to provide the first and the at least one second operating system core (BS1, BS2) with exclusive access to in each case at least one of the mass memories provided; - in which the memory controller (CTL) has a first and at least one second virtual controller (VC1, VC2, ..., VCn) which in each case provide one of the mass memories and in each case have a register which is mapped into a memory area of the master operating system core (MBS), characterized in that - an access priority is allocated for each virtual controller (VC1, VC2, ..., VCn), with the result that one or more blocks can be written in the short term to the mass storage medium (FLSH) in order to bypass or terminate other requests of other virtual controllers. - the computer system is configured to execute on the processor (CPU) a master operating system core (MBS) and a first and at least one second operating system core (BS1, BS2) under the control of the master operating system core (MBS); - the memory controller (CTL) is configured to provide the master operating system core (MBS) with defined areas of a mass storage medium (FLSH) as a first and at least one second mass memory which are in each case independent of one another, and to control a mapping of the first and of the at least one second mass memory to the defined areas of the mass storage medium (FLSH), and - the master operating system core (MBS) is configured to provide the first and the at least one second operating system core (BS1, BS2) with exclusive access to in each case at least one of the mass memories provided; - in which the memory controller (CTL) has a first and at least one second virtual controller (VC1, VC2, ..., VCn) which in each case provide one of the mass memories and in each case have a register which is mapped into a memory area of the master operating system core (MBS), characterized in that - an access priority is allocated for each virtual controller (VC1, VC2, ..., VCn), with the result that one or more blocks can be written in the short term to the mass storage medium (FLSH) in order to bypass or terminate other requests of other virtual controllers.
A stator comprising: a plurality of multi-phase stator coils each having a salient pole concentrated winding; a stator iron core formed with a plurality of teeth around which the plurality of multi-phase stator coils are wound; a plurality of substantially circular connection rings , each having a different diameter and configured to connect plural of the plurality of multi-phase stator coils ; and a connection plate comprising a plurality of through holes with a coil terminal of one of the multi-phase stator coils being inserted through one of the through holes and into a corresponding connection hole of a connection ring , characterized in that in each of the multi-phase stator coils , a winding end position is made different by changing the number of stages and/or the number of rows of windings for each phase so that the winding end position of each of the multi-phase stator coils is disposed closest in the radial direction to the corresponding connection ring to which the multi-phase stator coil is connected among the plurality of connection rings , and wherein the multi-phase stator coils have the same number of turns of windings. a plurality of multi-phase stator coils each having a salient pole concentrated winding; a stator iron core formed with a plurality of teeth around which the plurality of multi-phase stator coils are wound; a plurality of substantially circular connection rings , each having a different diameter and configured to connect plural of the plurality of multi-phase stator coils ; and a connection plate comprising a plurality of through holes with a coil terminal of one of the multi-phase stator coils being inserted through one of the through holes and into a corresponding connection hole of a connection ring , characterized in that in each of the multi-phase stator coils , a winding end position is made different by changing the number of stages and/or the number of rows of windings for each phase so that the winding end position of each of the multi-phase stator coils is disposed closest in the radial direction to the corresponding connection ring to which the multi-phase stator coil is connected among the plurality of connection rings , and wherein the multi-phase stator coils have the same number of turns of windings.
A servovalve comprising: a fluid transfer valve assembly comprising a supply port and a control port; a moveable valve spool arranged to regulate flow of fluid from the supply port to the control port in response to a control signal; and a jet pipe assembly configured to axially move the valve spool relative to the fluid transfer valve assembly in response to the control signal to regulate the fluid flow; wherein the jet pipe assembly comprises a steerable nozzle from which fluid is directed to the ends of the spool in an amount determined by the control signal; and wherein fluid is provided to the nozzle via a connector header in fluid communication with the interior of the spool , the spool comprising a tubular body defining a path for fluid flow, the tubular body closed at each end by a respective end cap ; the spool further being provided with openings in the tubular body via which, in use, fluid enters the interior of the spool ; and characterised in that the end caps extend within the tubular body at least to an extent that they overlap the openings , and wherein the end caps are provided with filter means for filtering the fluid from the openings as it enters the interior of the spool .
Tool for lifting a strut from a shock absorber mounted on a motor vehicle, the tool comprising: a first part extending along a vertical Z-axis, a lower distal end of the first part being suitable for connection to a lifting device, a second part extending along an X-axis transverse to the Z axis, the second part being connected to the first part , a third part having a distal end capable of enclosing the strut, the third part being connected to the second part , characterized in that the second part is mounted sliding along the X-axis with respect to the first part , and in that the third part is mounted pivoting about a Y-axis with respect to the second part , the Y-axis being perpendicular to the X-axis.
A gas detector configured to detect difluoromethane present in a remote target space, the gas detector comprising: a detection portion configured to detect the difluoromethane by using absorption of light of a predetermined wavelength, wherein the predetermined wavelength is in a wavelength range of any of a first wavelength range of 1659 to 1673 nm, a second wavelength range of 1724 to 1726 nm, a third wavelength range of 2218 to 2221 nm, a fourth wavelength range of 2463 to 2466 nm, and the light reception portion is configured to receive light reflected or scattered by an object opposite the emission portion with the target space. a detection portion configured to detect the difluoromethane by using absorption of light of a predetermined wavelength, wherein the predetermined wavelength is in a wavelength range of any of a first wavelength range of 1659 to 1673 nm, a second wavelength range of 1724 to 1726 nm, a third wavelength range of 2218 to 2221 nm, a fourth wavelength range of 2463 to 2466 nm, and a first wavelength range of 1659 to 1673 nm, a second wavelength range of 1724 to 1726 nm, a third wavelength range of 2218 to 2221 nm, a fourth wavelength range of 2463 to 2466 nm, and the light reception portion is configured to receive light reflected or scattered by an object opposite the emission portion with the target space.
Apparatus for the controlled transport of a cable in the form of a catheter with a light conductor or an optical fibre respectively or an electric cable or a cable-like tube, which includes a drive wheel and a pressure wheel which can be pressed radially thereon, between which the cable to be conveyed can be clamped, so that it can be conveyed by driving the drive wheel by a drive unit with associated control unit and electronic control, and the rotary movement and rotary speed of the drive wheel can be measured by means of a measuring device characterized by this , in that the device is constructed in three parts, with firstly a cover plate which can be sterilised to at least 180°C and on which the drive wheel and the pressure wheel which can be pressed radially against it are mounted externally, and secondly a non-sterilisable drive unit with electronic control , electric motor , reduction gear and power supply , and thirdly a box-shaped housing which can be sterilized to at least 180°C, into which the drive unit can be completely inserted and can be sterilely closed with the cover plate so that the device is completely sterile on all sides from the outside, and an associated control unit which can be connected to the sterilized device via an electrical cable .
A computer-implemented method for identifying and pre-buffering audio/video stream pairs, the method comprising: identifying for pre-buffering at least one audio/video stream pair that may be selected for playback by a user subsequent to a currently playing audio/video stream pair; computing a first rate for pre-buffering an audio portion of the identified at least one audio/video stream pair and a second rate for pre-buffering a video portion of the identified at least one audio/video stream pair, wherein the first rate and the second rate are proportional to a probability indicating the likelihood that the identified at least one audio/video stream pair may be selected for playback by the user subsequent to the currently playing audio/video stream pair and wherein the second rate is less than the first rate; downloading the audio portion of the identified at least one audio/video stream pair at the first rate and downloading the video portion of the identified at least one audio/video stream pair at the second rate; and storing the downloaded audio portion of the identified at least one audio/video stream pair and the downloaded video portion of the identified at least one audio/video stream pair in a content buffer . identifying for pre-buffering at least one audio/video stream pair that may be selected for playback by a user subsequent to a currently playing audio/video stream pair; computing a first rate for pre-buffering an audio portion of the identified at least one audio/video stream pair and a second rate for pre-buffering a video portion of the identified at least one audio/video stream pair, wherein the first rate and the second rate are proportional to a probability indicating the likelihood that the identified at least one audio/video stream pair may be selected for playback by the user subsequent to the currently playing audio/video stream pair and wherein the second rate is less than the first rate; downloading the audio portion of the identified at least one audio/video stream pair at the first rate and downloading the video portion of the identified at least one audio/video stream pair at the second rate; and storing the downloaded audio portion of the identified at least one audio/video stream pair and the downloaded video portion of the identified at least one audio/video stream pair in a content buffer .
A method of wireless communications performed by a base station, BS, comprising: transmitting control information in a subframe of a first subset of subframes to schedule data transmissions in one or more subframes of a second subset of subframes , wherein the first subset of subframes is designated for transmitting control information without transmitting data and the second subset of subframes is designated for transmitting data without transmitting control information; transmitting the data in the one or more subframes of the second subset in accordance with the transmitted control information; and wherein the subframe containing control information is user equipment specifically configured, characterized by providing an indication of which subframes belong in the first subset. transmitting control information in a subframe of a first subset of subframes to schedule data transmissions in one or more subframes of a second subset of subframes , wherein the first subset of subframes is designated for transmitting control information without transmitting data and the second subset of subframes is designated for transmitting data without transmitting control information; transmitting the data in the one or more subframes of the second subset in accordance with the transmitted control information; and wherein the subframe containing control information is user equipment specifically configured, characterized by providing an indication of which subframes belong in the first subset.
A method comprising: sending data from a memory buffer device to a host device over a link , wherein the data comprises a read return responsive to a read request of the host device; determining subsequently by the memory buffer device an error in the data; and sending a read response cancellation signal from the memory buffer device to the host device to indicate the error to the host device , wherein the read response cancellation signal is to be sent subsequent to the data being sent from the memory buffer device to the host device , wherein the read response cancellation signal is to cancel further transmission of the data from the host device to a destination device , wherein the read response cancellation signal is to be sent over the link. sending data from a memory buffer device to a host device over a link , wherein the data comprises a read return responsive to a read request of the host device; determining subsequently by the memory buffer device an error in the data; and sending a read response cancellation signal from the memory buffer device to the host device to indicate the error to the host device , wherein the read response cancellation signal is to be sent subsequent to the data being sent from the memory buffer device to the host device , wherein the read response cancellation signal is to cancel further transmission of the data from the host device to a destination device , wherein the read response cancellation signal is to be sent over the link.
An induction heating apparatus for use with a range of workpiece diameters, comprising: a first set of two or more conductors including a first conductor and a second set of two or more conductors including a second conductor , being capable of flexibility or other deformation so as to match the physical shape of a workpiece and configured to be arranged in conformance with the workpiece while the conductors are not electrically connected in series; a turn connector configured to: couple the first set of two or more conductors in parallel with each other to form a first one of a plurality of turns; couple the second set of two or more conductors in parallel with each other; connect the first and second sets of two or more conductors in series to configure the first and second sets of two or more conductors as an inductor having a plurality of turns; and arrange portions of the first and second conductors located between the turn connector and the workpiece to be adjacent. a first set of two or more conductors including a first conductor and a second set of two or more conductors including a second conductor , being capable of flexibility or other deformation so as to match the physical shape of a workpiece and configured to be arranged in conformance with the workpiece while the conductors are not electrically connected in series; a turn connector configured to: couple the first set of two or more conductors in parallel with each other to form a first one of a plurality of turns; couple the second set of two or more conductors in parallel with each other; connect the first and second sets of two or more conductors in series to configure the first and second sets of two or more conductors as an inductor having a plurality of turns; and arrange portions of the first and second conductors located between the turn connector and the workpiece to be adjacent. couple the first set of two or more conductors in parallel with each other to form a first one of a plurality of turns; couple the second set of two or more conductors in parallel with each other; connect the first and second sets of two or more conductors in series to configure the first and second sets of two or more conductors as an inductor having a plurality of turns; and arrange portions of the first and second conductors located between the turn connector and the workpiece to be adjacent.