mhurhangee/patent-ind-claim-en huggingface dataset:
A system arrangement for fault-tolerant and electromagnetically compatible control of a plurality of execution units (AE) of the system arrangement, having : - an instruction unit (BE) and a plurality of line driver units (LTE), wherein - the plurality of execution units (AE) is segmented into a plurality of respective serial sub-chains, each sub-chain having at least one execution unit (AE) along a first data line, and a line driver (LTE) is located upstream of each sub-chain; and - the plurality of execution units (AE) is segmented into a plurality of respective serial sub-chains, each sub-chain having at least one execution unit (AE) along a first data line, and a line driver (LTE) is located upstream of each sub-chain; and - the line driver units (LTE) are coupled in serial communication with each other by means of a second data line, and the serially connected first line driver unit (LTE) is coupled in communication with the instruction unit (BE) by means of the second data line, characterized in that the first data line and the second data line are optical data lines, the line drivers (LTE) are each designed in such a way that signals on the second data line can be passively transferred by a line driver (LTE) in an inactive state of this line driver (LTE) in such a way that a signal which is present at an input of this line driver (LTE) can be passively output again by unprocessed transfer at the output of this line driver (LTE) . - an instruction unit (BE) and a plurality of line driver units (LTE), wherein - the plurality of execution units (AE) is segmented into a plurality of respective serial sub-chains, each sub-chain having at least one execution unit (AE) along a first data line, and a line driver (LTE) is located upstream of each sub-chain; and - the plurality of execution units (AE) is segmented into a plurality of respective serial sub-chains, each sub-chain having at least one execution unit (AE) along a first data line, and a line driver (LTE) is located upstream of each sub-chain; and - the line driver units (LTE) are coupled in serial communication with each other by means of a second data line, and the serially connected first line driver unit (LTE) is coupled in communication with the instruction unit (BE) by means of the second data line,
A MAPK signaling pathway inhibitor selected from the group consisting of PD0325901 and trametinib for use in the treatment of Parkinson's Disease.
A medical device for multiple treatment therapies, comprising: a hollow tube having a first end portion with an electrode disposed at the first end portion and an insulator configured over a length of the tube such that conductive materials of the tube except for the electrode are electrically isolated from an exterior surface of the tube; a conductive connection configured to electrically couple to the electrode to provide a voltage thereto, ; and a selectively closeable valve configured to dispense a medical fluid from the tube, wherein the electrode includes a conductive tip mounted on the end portion of the tube and the conductive connection includes a wire connected to the conductive tip , wherein the wire is configured to be inserted into the hollow tube and to be releasable connected to an inner surface of the conductive tip after the device has been positioned at an internal treatment site. a hollow tube having a first end portion with an electrode disposed at the first end portion and an insulator configured over a length of the tube such that conductive materials of the tube except for the electrode are electrically isolated from an exterior surface of the tube; a conductive connection configured to electrically couple to the electrode to provide a voltage thereto, ; and a selectively closeable valve configured to dispense a medical fluid from the tube, wherein the electrode includes a conductive tip mounted on the end portion of the tube and the conductive connection includes a wire connected to the conductive tip , wherein the wire is configured to be inserted into the hollow tube and to be releasable connected to an inner surface of the conductive tip after the device has been positioned at an internal treatment site.
A torsional damping device intended to be connected to a combustion engine, that device comprising a support rotationally movable around an axis, and an assemblage of oscillating pendulum masses mounted movably on that support , each of the oscillating masses of the assemblage being intercalated circumferentially between a first oscillating mass that is adjacent to it and a second oscillating mass that is adjacent to it, and forming with these two adjacent masses a group of three circumferentially consecutive oscillating masses belonging to said assemblage, hereinafter called respectively the intercalated mass , first adjacent mass , and second adjacent mass , in which each of the oscillating masses of the assemblage is mounted movably on the support by means of a single bearing element associated with that oscillating mass, and for any group of three circumferentially consecutive oscillating masses, the intercalated mass comprises: - a first terminal edge capable, during a rotation of the device, of coming into substantially circumferential sliding contact with a terminal edge of the first adjacent mass ; - a second terminal edge capable, during a rotation of the device, of coming into substantially circumferential sliding contact with a terminal edge of the second adjacent mass , the terminal edge of the first adjacent mass or of the second adjacent mass being capable, during a rotation of the device, of radial retention respectively of the first or of the second terminal edge of the intercalated mass , and in which for each of the oscillating masses, the bearing element rolls on the support and on the oscillating mass. - a first terminal edge capable, during a rotation of the device, of coming into substantially circumferential sliding contact with a terminal edge of the first adjacent mass ; - a second terminal edge capable, during a rotation of the device, of coming into substantially circumferential sliding contact with a terminal edge of the second adjacent mass ,
Facade or roof cladding comprising a plurality of cladding elements , wherein the plurality of cladding elements comprise a cladding element base body having a head region by means of which the cladding element base body can be secured to a substructure of the facade or roof cladding , and a foot region arranged at a foot end of a cladding element outer surface of the cladding element base body opposite the head region , wherein, in the case of a plurality of cladding elements of the facade or roof cladding , a receiving profile projecting away from the cladding element outer surface , for an illumination device , is arranged in the foot region on an inner surface of the cladding element base body opposite the cladding element outer surface , and wherein the receiving profile is arranged on the foot region of a cladding element in such a way that the receiving profile together with the foot region of the cladding element within the facade or roof cladding overlaps from outside the head region of a cladding element arranged therebelow and, in doing so, buts against the cladding element outer surface of the cladding base body arranged therebelow, characterized in that the receiving profile is configured as a separate receiving profile fastened to the foot region of the cladding element , wherein the receiving profile comprises a receiving region , for the illumination device , extending along a foot edge at the foot end of the cladding element base body , and wherein the receiving profile extends at least in sections from a first side edge of the foot region of the cladding element base body as far as to an opposite second side edge of the foot region .
A computer implemented method for providing an interface between a platform-specific Trusted Execution Environment, TrEE, and a client environment , the client environment with a different security policy from the TrEE , using a TrEE driver as a combination of a first TrEE framework in the client environment and a second TrEE framework in the TrEE , the method comprising: implementing, by the first TrEE framework , a non-extensible communication interface in the client environment for discovering or exchanging messages with secure applications or services (424-432) executed in the TrEE ; implementing, by the second TrEE framework , an extensible communication interface in the TrEE comprising platform-specific mini drivers (438-444) to translate message packages into a suitable TrEE format, and to drive a hardware interface to transmit the message packages to the TrEE ; receiving from a first application or service within the client environment , via the non-extensible communication interface, a message to establish a communication with a second application or service within the TrEE ; selecting, by the extensible communication interface, an appropriate platform-specific mini-driver associated with the second application or service within the TrEE ; and establishing the communication between the first application or service and the second application or service . implementing, by the first TrEE framework , a non-extensible communication interface in the client environment for discovering or exchanging messages with secure applications or services (424-432) executed in the TrEE ; implementing, by the second TrEE framework , an extensible communication interface in the TrEE comprising platform-specific mini drivers (438-444) to translate message packages into a suitable TrEE format, and to drive a hardware interface to transmit the message packages to the TrEE ; receiving from a first application or service within the client environment , via the non-extensible communication interface, a message to establish a communication with a second application or service within the TrEE ; selecting, by the extensible communication interface, an appropriate platform-specific mini-driver associated with the second application or service within the TrEE ; and establishing the communication between the first application or service and the second application or service .
A method for producing high-purity terephthalic acid, comprising following steps (a) to (c): the step (a); obtaining a crude terephthalic acid crystal by liquid phase-oxidizing a p-phenylene compound; the step (b); obtaining terephthalic acid crystal slurry by a catalytic hydrogenation treatment of the crude terephthalic acid crystal; and the step (c); introducing the terephthalic acid crystal slurry into an upper portion of a mother liquor replacement tower, and bringing the slurry into contact with an upward flow of replacement water introduced from a bottom portion of the mother liquor replacement tower while making the terephthalic acid crystal settled down in the tower, and withdrawing the terephthalic acid crystal as slurry with the replacement water from the bottom portion, wherein a stirring blade unit is disposed in a slurry layer in the bottom portion of the mother liquor replacement tower, and fluidity of the slurry layer is maintained by rotating the stirring blade unit in such a way that stirring power is 0.1 to 1.0 kWh/m 3 per unit volume of the slurry layer, and the replacement water is fed through a replacement water feed opening provided in the stirring blade unit. the step (a); obtaining a crude terephthalic acid crystal by liquid phase-oxidizing a p-phenylene compound; the step (b); obtaining terephthalic acid crystal slurry by a catalytic hydrogenation treatment of the crude terephthalic acid crystal; and the step (c); introducing the terephthalic acid crystal slurry into an upper portion of a mother liquor replacement tower, and bringing the slurry into contact with an upward flow of replacement water introduced from a bottom portion of the mother liquor replacement tower while making the terephthalic acid crystal settled down in the tower, and withdrawing the terephthalic acid crystal as slurry with the replacement water from the bottom portion, wherein a stirring blade unit is disposed in a slurry layer in the bottom portion of the mother liquor replacement tower, and fluidity of the slurry layer is maintained by rotating the stirring blade unit in such a way that stirring power is 0.1 to 1.0 kWh/m 3 per unit volume of the slurry layer, and the replacement water is fed through a replacement water feed opening provided in the stirring blade unit. wherein a stirring blade unit is disposed in a slurry layer in the bottom portion of the mother liquor replacement tower, and fluidity of the slurry layer is maintained by rotating the stirring blade unit in such a way that stirring power is 0.1 to 1.0 kWh/m 3 per unit volume of the slurry layer, and the replacement water is fed through a replacement water feed opening provided in the stirring blade unit.
A tyre for bicycle wheels comprising: - a carcass structure ; and - a tread band arranged in radially outer position with respect to said carcass structure ; wherein said tread band is made by means of vulcanisation of a cross-linkable elastomeric composition comprising a reinforcement system comprising modified silicate fibres of nanometric size and fibrillated polymer fibres of micrometric size. - a carcass structure ; and - a tread band arranged in radially outer position with respect to said carcass structure ;
L. rhamnosus HN001, AGAL deposit number NM97/09514 dated 18 August 1997, for use in treating or preventing gestational diabetes mellitus (GDM) or one or more GDM-associated risks or one or more sequelae of GDM in an adult subject, or for use in treating or preventing one or more GDM-associated risks or one or more sequelae of GDM in a foetal, neonatal, infant or child subject, wherein a. the use in treating or preventing comprises administration of the L. rhamnosus HN001 to the adult subject or to the mother of the foetal, neonatal, infant or child subject; and b. fasting mean blood glucose level is lowered in the adult subject, or in the mother of the foetal, neonatal, infant or child subject to less than about 4.35 mmol/l. a. the use in treating or preventing comprises administration of the L. rhamnosus HN001 to the adult subject or to the mother of the foetal, neonatal, infant or child subject; and b. fasting mean blood glucose level is lowered in the adult subject, or in the mother of the foetal, neonatal, infant or child subject to less than about 4.35 mmol/l.
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station , a radio resource control, RRC, release message including first information on cell reselection priorities; and performing a slice-based cell reselection based on the first information, wherein the first information includes second information on a frequency priority list for the slice-based cell reselection, wherein the first information further includes a timer value, and in case that a timer, set according to the timer value, expires, the cell reselection priorities provided by the first information are discarded. receiving , from a base station , a radio resource control, RRC, release message including first information on cell reselection priorities; and performing a slice-based cell reselection based on the first information, wherein the first information includes second information on a frequency priority list for the slice-based cell reselection, wherein the first information further includes a timer value, and in case that a timer, set according to the timer value, expires, the cell reselection priorities provided by the first information are discarded.
A security apparatus for a portable electronic device , the security apparatus comprising: a lock body ; an actuator assembly supported by the lock body , the actuator assembly having an engagement feature configured to rotate between a first position and a second position; and a lock tip including a pocket , removably coupled to the lock body , the lock tip configured to selectively engage the portable electronic device , wherein the lock tip is movable by the actuator assembly between a locked position, in which the lock tip is secured to the portable electronic device , and an unlocked position, in which the lock tip is unsecured from the portable electronic device ; wherein rotating the engagement feature from the second position to the first position rotates the engagement feature into the pocket to lock the lock tip to the lock body and concurrently lock the lock tip to the portable electronic device , and wherein rotating the engagement feature from the first position to the second position rotates the engagement feature out of the pocket to unlock the lock tip from the lock body and concurrently unlock the lock tip from the portable electronic device . a lock body ; an actuator assembly supported by the lock body , the actuator assembly having an engagement feature configured to rotate between a first position and a second position; and a lock tip including a pocket , removably coupled to the lock body , the lock tip configured to selectively engage the portable electronic device , wherein the lock tip is movable by the actuator assembly between a locked position, in which the lock tip is secured to the portable electronic device , and an unlocked position, in which the lock tip is unsecured from the portable electronic device ; wherein rotating the engagement feature from the second position to the first position rotates the engagement feature into the pocket to lock the lock tip to the lock body and concurrently lock the lock tip to the portable electronic device , and wherein rotating the engagement feature from the first position to the second position rotates the engagement feature out of the pocket to unlock the lock tip from the lock body and concurrently unlock the lock tip from the portable electronic device .
Fuel injection valve having a holding body in which a control valve which controls a connection between an outflow chamber and a low-pressure chamber is disposed, wherein the control valve comprises a longitudinally movable valve sleeve which is guided so as to be displaceable in a sliding manner on a valve pin , the end side of said valve pin delimiting the outflow chamber , wherein a gap is formed between the valve pin and the wall of the outflow chamber , and having an outflow throttle by way of which a control chamber is connected to the outflow chamber , wherein a closing force on a nozzle needle that controls an injection opening is exerted at least indirectly by the pressure in the control chamber , characterized in that the end side of the valve pin that delimits the outflow chamber has a recess .
An electric brushless DC (BLDC) motor comprising: a motor housing having a substantially cylindrical body and a back plate ; a stator housed within the motor housing ; a rotor pivotably arranged inside the stator , the rotor comprising a rotor shaft , a rotor core rotatably mounted on the rotor shaft and housing a plurality of rotor magnets therein, and a sense magnet ring affixed to the rotor shaft and having a plurality of magnets aligned with the rotor magnets ; wherein the cylindrical body of the motor housing defining a slot at or proximate the back plate; and a positional sensor board having a plurality of positional sensors mounted thereon, the positional sensor board being received through the slot of the motor housing to dispose the positional sensors in close proximity to the sense magnet ring ; wherein the positional sensors comprise a plurality of Hall sensors mounted on a first surface thereof facing the sense magnet, a second surface of the positional sensor board being in contact with an inner surface of the back plate of the motor housing when the positional sensor board is fully inserted into the slot . a motor housing having a substantially cylindrical body and a back plate ; a stator housed within the motor housing ; a rotor pivotably arranged inside the stator , the rotor comprising a rotor shaft , a rotor core rotatably mounted on the rotor shaft and housing a plurality of rotor magnets therein, and a sense magnet ring affixed to the rotor shaft and having a plurality of magnets aligned with the rotor magnets ; wherein the cylindrical body of the motor housing defining a slot at or proximate the back plate; and a positional sensor board having a plurality of positional sensors mounted thereon, the positional sensor board being received through the slot of the motor housing to dispose the positional sensors in close proximity to the sense magnet ring ; wherein the positional sensors comprise a plurality of Hall sensors mounted on a first surface thereof facing the sense magnet, a second surface of the positional sensor board being in contact with an inner surface of the back plate of the motor housing when the positional sensor board is fully inserted into the slot .
Method for preparing a zeolite L material hosting at least one type of guest molecules including the steps of a) obtaining a composition comprising at least one cyclic siloxane and a mixture of at least one type of guest molecule and zeolite L crystals having straight through channels, and b) heating the composition obtained in step a) to at least 100°C to incorporate the guest molecules in the channels of the zeolite L crystals. a) obtaining a composition comprising at least one cyclic siloxane and a mixture of at least one type of guest molecule and zeolite L crystals having straight through channels, and b) heating the composition obtained in step a) to at least 100°C to incorporate the guest molecules in the channels of the zeolite L crystals.
An apparatus for treating a tumor in a subject's body and facilitating delivery of a substance across a blood brain barrier of the subject's body, the apparatus comprising: an AC voltage generator capable of operating at a first frequency between 50 and 190 kHz and a second frequency between 50 and 500 kHz, the second frequency being different from the first frequency, wherein the AC voltage generator has a control input and is configured to output the first frequency when the control input is in a first state and output the second frequency when the control input is in a second state; and a controller programmed to (a) place the control input in the second state so that the AC voltage generator outputs the second frequency, (b) accept a request to switch the AC voltage generator to output the first frequency, (c) upon receipt of the request, place the control input in the first state so that the AC voltage generator outputs the first frequency for an interval of time, and (d) after the interval of time has elapsed, place the control input in the second state so that the AC voltage generator outputs the second frequency; characterized in that the interval of time is at least 72 hours. an AC voltage generator capable of operating at a first frequency between 50 and 190 kHz and a second frequency between 50 and 500 kHz, the second frequency being different from the first frequency, wherein the AC voltage generator has a control input and is configured to output the first frequency when the control input is in a first state and output the second frequency when the control input is in a second state; and a controller programmed to (a) place the control input in the second state so that the AC voltage generator outputs the second frequency, (b) accept a request to switch the AC voltage generator to output the first frequency, (c) upon receipt of the request, place the control input in the first state so that the AC voltage generator outputs the first frequency for an interval of time, and (d) after the interval of time has elapsed, place the control input in the second state so that the AC voltage generator outputs the second frequency; characterized in that the interval of time is at least 72 hours.