mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless device for performing active bandwidth part switching, the method comprising: performing a first active bandwidth part switching on a first link for the wireless device; determining that a second active bandwidth part switching on a second link for the wireless device is to be performed while the first active bandwidth part switching is ongoing; and adapting at least one of the first and second active bandwidth part switching based on a rule, characterized in that the adapting the at least one of the first and second active bandwidth part switching based on the rule comprises: extending a duration of the first active bandwidth part switching by a time period based on a number of ongoing active bandwidth part switching activities on one or more of the first and second links. performing a first active bandwidth part switching on a first link for the wireless device; determining that a second active bandwidth part switching on a second link for the wireless device is to be performed while the first active bandwidth part switching is ongoing; and adapting at least one of the first and second active bandwidth part switching based on a rule, characterized in that the adapting the at least one of the first and second active bandwidth part switching based on the rule comprises: extending a duration of the first active bandwidth part switching by a time period based on a number of ongoing active bandwidth part switching activities on one or more of the first and second links.
A measurement device for determining the quantity of liquid in a tank, including: a first pressure sensor to measure a first pressure value for liquid in the tank, a second pressure sensor for measuring a second pressure value in an ullage space above the liquid in the tank, an accelerometer, characterised in that the first pressure sensor is for mounting on a liquid outlet pipe connected to the tank for discharging liquid from the tank, and the measurement device includes a flow measurement device to determine the rate of liquid flow through the liquid outlet pipe, and means for calculating the quantity of liquid in the tank in response to the measured values from the pressure sensors (109, 125), accelerometer and flow measurement device. a first pressure sensor to measure a first pressure value for liquid in the tank, a second pressure sensor for measuring a second pressure value in an ullage space above the liquid in the tank, an accelerometer, characterised in that the first pressure sensor is for mounting on a liquid outlet pipe connected to the tank for discharging liquid from the tank, and the measurement device includes a flow measurement device to determine the rate of liquid flow through the liquid outlet pipe, and means for calculating the quantity of liquid in the tank in response to the measured values from the pressure sensors (109, 125), accelerometer and flow measurement device.
A vaso-occlusive device, comprising a carrier member and an expansile element; wherein the expansile element comprises a hydrogel adapted to expand upon contact with a bodily fluid; wherein the hydrogel is prepared from a combination of: at least one ethylenically unsaturated macromer selected from poly(ethylene glycol) diacrylamide, poly(ethylene glycol) di-acrylate, poly(ethylene glycol) di-methacrylate, or combinations thereof; at least one monomer having at least one ionisable functional group and at least one ethylenically unsaturated moiety; at least one polymerisation initiator; and at least one solvent; wherein the carrier member is flexible, elongate structure configured to assist the delivery of the expansile element to a body cavity. at least one ethylenically unsaturated macromer selected from poly(ethylene glycol) diacrylamide, poly(ethylene glycol) di-acrylate, poly(ethylene glycol) di-methacrylate, or combinations thereof; at least one monomer having at least one ionisable functional group and at least one ethylenically unsaturated moiety; at least one polymerisation initiator; and at least one solvent;
A battery pack for a respiratory therapy device that generates a flow of breathable gas to a patient, the battery pack comprising; a battery housing for engagement with a flow generator (404, 818) housing; a cell within the battery housing for producing a voltage; a converter to convert the voltage from the cell to an operating voltage for the respiratory therapy device; and an output connector of the battery pack configured to provide the operating voltage to an input connector of the flow generator; characterised in that it further comprises a stand-by circuit coupled to the battery pack, the stand-by circuit configured to switch the battery pack from a stand-by mode to an operating mode of the battery pack upon detection of a current drawn from the battery pack; wherein the stand-by circuit is configured to provide a stand-by operations voltage to the output connector while in the stand-by mode that is less than the operating voltage of the flow generator.
Method for releasing the rotor poles of a large electrical machine from the rotor hub, which in the fitted state is located within the stator, wherein, in one method step, at least one device is introduced into the air gap between the stator and a rotor pole to be released, wherein the device consists of a carrier plate and at least one cushion that can be filled with gas and is attached to the carrier plate, and in that, in a following method step, the cushions belonging to the device are filled with gas under pressure, the pressure being successively increased until the pole to be released has come away, and in that, in a following method step, the at least one device is removed from the air gap and in that, in a further step, the released pole is pulled out of the rotor hub.
An article comprising at least one glass-ceramic substrate, in particular a plate, intended, for example, to cover or receive at least one heating element, characterized in that said substrate exhibiting, in at least one region, a surface roughness such that the characteristic dimensions of the designs forming said roughness in the plane of the rough surface are between 2 and 100 μm, and the height H of the designs is between 2 and 50 μm.
A lock assembly comprising: a lock comprising: a barrel; a locking mechanism; and a head; a support adapted to receive the lock, such that, in use, the support is positioned between the head and the locking mechanism; a nut threadingly engageable with the barrel, such that tightening of the nut along the barrel causes the nut to engage with the support to thereby hold the lock in place relative to the support; characterised in that the support is resiliently deformable and comprises a protrusion extending from the support; and the nut comprises a detent engageable with the protrusion. a lock comprising: a barrel; a locking mechanism; and a head; a barrel; a locking mechanism; and a head; a support adapted to receive the lock, such that, in use, the support is positioned between the head and the locking mechanism; a nut threadingly engageable with the barrel, such that tightening of the nut along the barrel causes the nut to engage with the support to thereby hold the lock in place relative to the support; characterised in that the support is resiliently deformable and comprises a protrusion extending from the support; and the nut comprises a detent engageable with the protrusion.
Electrical transformer, comprising: a tank having sidewall portions, a cover and a bottom portion, whereby the cover is carrying a first bushing assembly and wherein a sidewall portion has an opening; a magnetic core and a winding assembly disposed in the tank; a bushing compartment attached on the side wall portion and disposed to seal the opening; said bushing compartment having sidewalls, a cover and a bottom portion, whereby the bottom portion of said bushing compartment having a second opening therein for receiving an second bushing assembly, said second bushing assembly having electrical conductor means being mounted through the second opening and having first terminals being encased and electrically connected with the winding assembly and second terminals remaining outside of the bottom portion of said bushing compartment, characterized in that, the cover portion of the tank is arranged in a first plane and the bottom portion of the bushing compartment is arranged in a second plane, whereby the planes (20, 21) having a vertical distance to each other, wherein the cover of the tank and the cover of the bushing compartment are arranged in the first plane, wherein the second terminals are oriented substantially vertically and parallel to each other. a tank having sidewall portions, a cover and a bottom portion, whereby the cover is carrying a first bushing assembly and wherein a sidewall portion has an opening; a magnetic core and a winding assembly disposed in the tank; a bushing compartment attached on the side wall portion and disposed to seal the opening; said bushing compartment having sidewalls, a cover and a bottom portion, whereby the bottom portion of said bushing compartment having a second opening therein for receiving an second bushing assembly, said second bushing assembly having electrical conductor means being mounted through the second opening and having first terminals being encased and electrically connected with the winding assembly and second terminals remaining outside of the bottom portion of said bushing compartment, characterized in that, the cover portion of the tank is arranged in a first plane and the bottom portion of the bushing compartment is arranged in a second plane, whereby the planes (20, 21) having a vertical distance to each other, wherein the cover of the tank and the cover of the bushing compartment are arranged in the first plane, wherein the second terminals are oriented substantially vertically and parallel to each other.
A multiple-interface apparatus comprising: a plurality of system side lanes configured to connect to an electrical signal source; a plurality of line side lanes, wherein the number of the plurality of line side lanes matches the number of the plurality of system side lanes, and wherein a first set of line side lanes is configured to connect to a first optical transceiver module, a second set of line side lanes is configured to connect to a second optical transceiver module; and an adaptation module to adapt the electrical signal for at least one of the first set of line side lanes or the second set of line side lanes, characterized in that a mode selector module can be set to transmit the electrical signal to the first optical transceiver module on the first set of line side lanes or the second optical transceiver module on the second set of line side lanes, the apparatus being arranged to transmit the electrical signal to the first optical transceiver module when lanes at the optical transceiver module operate at an equivalent per lane data rate as the electrical signal source and to transmit the electrical signal to the second optical transceiver module when lanes at the optical transceiver module operate at a different per lane data rate than the electrical signal source and the multiple-interface apparatus adapts the electrical signal accordingly. a plurality of system side lanes configured to connect to an electrical signal source; a plurality of line side lanes, wherein the number of the plurality of line side lanes matches the number of the plurality of system side lanes, and wherein a first set of line side lanes is configured to connect to a first optical transceiver module, a second set of line side lanes is configured to connect to a second optical transceiver module; and an adaptation module to adapt the electrical signal for at least one of the first set of line side lanes or the second set of line side lanes, characterized in that a mode selector module can be set to transmit the electrical signal to the first optical transceiver module on the first set of line side lanes or the second optical transceiver module on the second set of line side lanes, the apparatus being arranged to transmit the electrical signal to the first optical transceiver module when lanes at the optical transceiver module operate at an equivalent per lane data rate as the electrical signal source and to transmit the electrical signal to the second optical transceiver module when lanes at the optical transceiver module operate at a different per lane data rate than the electrical signal source and the multiple-interface apparatus adapts the electrical signal accordingly.
Electromagnetically actuated micromechanical device with comprising: - a support, - an active element rotatably mounted on said support along a first axis AA, - a first rotor formed of at least one conductive line and fixedly rotatably mounted together with said active element, also along the axis AA, and - a first stator comprising at least two opposed magnetic poles (20, 21) separated by an air gap in which said rotor is partially placed, said rotor comprising a first segment separated from said active element by a first hollow space, said stator being positioned inside the support so as to receive said segment in its air gap, its poles (20, 21) being placed on both sides of said segment, one of them being placed inside said first hollow space, characterized in that all the conductive lines of said segment are placed across the air gap and are able to transport a current flowing in the same direction and perpendicularly to the magnetic field B formed by the two poles (20, 21). - a support, - an active element rotatably mounted on said support along a first axis AA, - a first rotor formed of at least one conductive line and fixedly rotatably mounted together with said active element, also along the axis AA, and - a first stator comprising at least two opposed magnetic poles (20, 21) separated by an air gap in which said rotor is partially placed, said rotor comprising a first segment separated from said active element by a first hollow space, said stator being positioned inside the support so as to receive said segment in its air gap, its poles (20, 21) being placed on both sides of said segment, one of them being placed inside said first hollow space,
A facility combining magnetic resonance imaging apparatus and radiotherapy apparatus inside a purpose-built structure and comprising a lifting apparatus adapted and configured for use in the limited internal space of the facility, the facility comprising a fixed wall with guides mounted thereto, the lifting apparatus comprising a wall-mounted articulating jib crane which is selectively moveable between a stowed state and a free state in which it is operable as a crane, in which substantially all of the load-bearing parts of the crane are made of non-ferromagnetic metal material, and in which the crane is adapted to be received by and releasably held by the guides in a fixed position relative to the wall when the crane is in the stowed state.
An apparatus comprising: a medical imaging scintillator arrangement comprising: a bundled plurality of optically isolated scintillator fibers that extend lengthwise along a plurality of respective curved parallel axes and define respective scintillation channels, wherein each of the optically isolated scintillator fibers extends lengthwise between an input interface and an output interface and is arranged to receive higher energy photons at the input interface, to convert high energy photons to lower energy photons, and to output lower energy photons from the output interface in a respective scintillation channel, wherein the optical isolation reduces transmission of lower energy photons between scintillation channels.
An oriented film layer including a blend of a crystalline polypropylene wax and a high crystallinity polypropylene homopolymer, the crystalline polypropylene wax being included in less than 10% by weight of the blend, the crystalline polypropylene wax being defined as such waxes including the following properties: a DSC peak melting point of greater than 80 °C; a viscosity, measured in the melt at 170° C, in the range from 20 to 30,000 mPa.s; a crystallinity as measured by DSC of greater than 5%; and a weight average molecular weight, as measured by GPC, in the range from 3,000 to 30,000 Daltons; the high crystallinity polypropylene homopolymer has xylene soluble levels of lower than 3% and is a polypropylene homopolymer selected from a crystalline propylene homopolymer or a copolymer of propylene with another α-monoolefin having from 2 to 8 carbon atoms in an amount insufficient to have a significant effect on the crystallinity of the polypropylene and having a delta heat of fusion (Hf), as measured by DSC, of greater than 82 J/g, and an intermolecular stereoregularity greater than 93%.
A method, comprising: receiving, by user equipment, UE, an authentication request from a visited public land mobile network, VPLMN, the request identifying an authentication application and a third-party device, wherein the UE includes a Subscriber Identity Module, SIM, and said authentication application is a third-party authentication application different from a SIM authentication application assigned to a home public land mobile network, HPLMN, of the UE, and wherein the authentication application is stored in the specified third-party device wirelessly coupled to the UE, wherein the third-party device is separate from the UE; executing the authentication application to determine an authentication response, wherein executing the authentication application includes the UE wirelessly communicating with the specified third-party device and comprises: transmitting, by the UE, authentication parameters to the specified third-party device; and receiving, by the UE, an authentication response from the specified third-party device; and transmitting, by the UE, the authentication response to the VPLMN. receiving, by user equipment, UE, an authentication request from a visited public land mobile network, VPLMN, the request identifying an authentication application and a third-party device, wherein the UE includes a Subscriber Identity Module, SIM, and said authentication application is a third-party authentication application different from a SIM authentication application assigned to a home public land mobile network, HPLMN, of the UE, and wherein the authentication application is stored in the specified third-party device wirelessly coupled to the UE, wherein the third-party device is separate from the UE; executing the authentication application to determine an authentication response, wherein executing the authentication application includes the UE wirelessly communicating with the specified third-party device and comprises: transmitting, by the UE, authentication parameters to the specified third-party device; and receiving, by the UE, an authentication response from the specified third-party device; and transmitting, by the UE, authentication parameters to the specified third-party device; and receiving, by the UE, an authentication response from the specified third-party device; and transmitting, by the UE, the authentication response to the VPLMN.
A method on a portable data carrier with a multithreading-capable operating system, comprising the steps to be executed by a memory management of the operating system: - selecting a thread that is stored in a volatile memory of the data carrier and comprises at least one object; - determining at least one swappable object (A1, A2, A3) of the thread; - swapping out only the determined at least one object (A1, A2, A3) to a persistent memory of the data carrier. - selecting a thread that is stored in a volatile memory of the data carrier and comprises at least one object; - determining at least one swappable object (A1, A2, A3) of the thread; - swapping out only the determined at least one object (A1, A2, A3) to a persistent memory of the data carrier.
An arrangement comprising a suspension profile and a suspension element which can be suspended therein, the suspension profile having a first holding rail and a second holding rail, on which the suspension element rests in a contacting position and contacts a bearing surface of at least one electrical conductor which is separated electrically via an insulator from the first and second holding rails (4,5) and a fastening section for mounting the suspension profile on a base, characterized in that the first and second holding rails (4; 5) lie in a common plane which is inclined at an angle (α) to the horizontal and slopes down towards the contact surface, so that the suspension element is guided into the contacting position when it rests on the first and second holding rails (4,5) in a position other than the contacting position.
A patient monitor device, comprising: an outer housing having a rear housing portion and a front housing portion; an inner case at least partially disposed within the rear housing portion of the outer housing and enclosed by the front housing portion, wherein the inner case includes a plurality of auxiliary ports (612, 614, 616) adapted to receive cables from a plurality of physiological sensors; a heat sink disposed between the front housing portion of the outer housing and the inner case, wherein the heat sink includes a heat dissipation channel; and a support bracket that is adapted to receive the patient monitor device and engage the heat sink to facilitate removal of heat from the patient monitor device. an outer housing having a rear housing portion and a front housing portion; an inner case at least partially disposed within the rear housing portion of the outer housing and enclosed by the front housing portion, wherein the inner case includes a plurality of auxiliary ports (612, 614, 616) adapted to receive cables from a plurality of physiological sensors; a heat sink disposed between the front housing portion of the outer housing and the inner case, wherein the heat sink includes a heat dissipation channel; and a support bracket that is adapted to receive the patient monitor device and engage the heat sink to facilitate removal of heat from the patient monitor device.