mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle system , comprising: an electrical power generation unit operatively coupled with at least one drive shaft of an engine system , the electrical power generation unit comprising: a traction alternator excited by power electronics positioned external to the traction alternator ; and a head-end-power (HEP) alternator , wherein the HEP alternator is self-excited by an exciter winding positioned in the HEP alternator to generate a field current in the HEP alternator , characterised by a controller configured to supplement power provided to the one or more traction motors by the traction alternator with power provided by the HEP alternator on demand. a traction alternator excited by power electronics positioned external to the traction alternator ; and a head-end-power (HEP) alternator , wherein the HEP alternator is self-excited by an exciter winding positioned in the HEP alternator to generate a field current in the HEP alternator , characterised by a controller configured to supplement power provided to the one or more traction motors by the traction alternator with power provided by the HEP alternator on demand.
A communication network (RC) of the wired type, with high speed and with birectional communication on a single medium, characterized in that it includes at least a first member (Oj) and a second member (Oj'), coupled with one another via at least one communication medium (MCk), said first (Oj) and second (Oj') members each including at least one communication interface (IC) connected to the first communication medium (MCk) and at least one testing device (DT) connected to said communication interface (IC) of said member (Oj) and/or to said first communication medium (MCk), said testing device (DT) of the first member (Oj) including generation means (MG) suitable to be connected to said communication interface (IC) and/or to said first communication medium (MCk), and arranged to generate a test intended to be transmitted to said communication interface (IC) of the first member (Oj) or by said first communication medium (MCk) to cause a reaction to said test of a portion at least of said communication interface (IC) of the first member (Oj) and of at least said first communication medium (MCk), and/or of a portion at least of said communication interface (IC) of said second member (Oj').
Awake-up preamble generation method, wherein the method comprises: generating a wake-up frame , wherein the wake-up frame comprises a wake-up preamble, the wake-up preamble comprises a regular sequence consisting of at least two regular subsequences, and a following regular subsequence is in bit reversal order of a current regular subsequence before the following regular subsequence; and sending the wake-up frame , so that a receiver completes synchronization based on content of the wake-up preamble. generating a wake-up frame , wherein the wake-up frame comprises a wake-up preamble, the wake-up preamble comprises a regular sequence consisting of at least two regular subsequences, and a following regular subsequence is in bit reversal order of a current regular subsequence before the following regular subsequence; and sending the wake-up frame , so that a receiver completes synchronization based on content of the wake-up preamble.
A light emitting device comprising: - a first lead and a second lead separated from each other; - a body comprising a base at least partially surrounding side surfaces of the first and second leads and filling a separation region between the first and second leads, a reflector disposed on the base , and a cavity surrounded by the reflector and open at an upper side thereof; and - a light emitting diode disposed in the cavity , wherein the reflector reflects light emitted from the light emitting diode , wherein the first lead comprises a first bottom lead and a first top lead disposed on the first bottom lead , the second lead comprises a second bottom lead and a second top lead disposed on the second bottom lead , a portion of the separation region positioned between the first top lead and the second top lead has a different shape than another portion of the separation region positioned between the first bottom lead and the second bottom lead , the portion of the separation region positioned between the first top lead and the second top lead having a shape bent at least once, wherein the first top lead comprises a first protrusion and a first indentation formed on a side surface thereof facing the second top lead , and the second top lead comprises a second protrusion and a second indentation formed on a side surface thereof facing the first top lead, wherein the reflector and the base are integrally formed with each other, wherein the first protrusion and the first indentation are placed at opposite ends of the side surface of the first top lead facing the second top lead and the second protrusion and the second indentation are placed at opposite ends of the side surface of the second top lead facing the first top lead , wherein the first bottom lead and the second bottom lead comprise a first chamfered portion and a second chamfered portion formed at corners of the side surfaces of the first bottom lead and the second bottom lead facing each other, respectively, and wherein the first protrusion and the second indentation or the second protrusion and the first indentation are disposed on the base between the first chamfered portion and the second chamfered portion . - a first lead and a second lead separated from each other; - a body comprising a base at least partially surrounding side surfaces of the first and second leads and filling a separation region between the first and second leads, a reflector disposed on the base , and a cavity surrounded by the reflector and open at an upper side thereof; and - a light emitting diode disposed in the cavity , wherein the reflector reflects light emitted from the light emitting diode ,
A protective enclosure for an electronic device , the electronic device having a front surface, a back surface, and side surfaces, the front surface and side surfaces of the electronic device defining a front edge, the back surface and side surfaces of the electronic device defining a back edge, the front surface of the electronic device having a touchscreen, the protective enclosure comprising: a perimeter cushioning member configured to cover the side surfaces of the electronic device when the electronic device is installed in the protective enclosure , the perimeter cushioning member having a first raised edge and a second raised edge ; and a structural member permanently affixed to the cushioning member , the structural member having a back portion and one or more side portions , the back portion extending from the one or more side portions and covering at least a portion of the back surface of the installed electronic device , the structural member having an inner surface and an outer surface , the inner surface of the structural member configured to extend around the second raised edge of the perimeter cushioning member , the second raised edge of the perimeter cushioning member configured to form a gap between the inner surface of the structural member and the back surface of the installed electronic device , characterized in the perimeter cushioning member continuously extending from a top section having the first raised edge through side sections to a bottom section having the second raised edge , the first raised edge extending around the front edge of the installed electronic device , the second raised edge extending around the back edge of the installed electronic device . a perimeter cushioning member configured to cover the side surfaces of the electronic device when the electronic device is installed in the protective enclosure , the perimeter cushioning member having a first raised edge and a second raised edge ; and a structural member permanently affixed to the cushioning member , the structural member having a back portion and one or more side portions , the back portion extending from the one or more side portions and covering at least a portion of the back surface of the installed electronic device , the structural member having an inner surface and an outer surface , the inner surface of the structural member configured to extend around the second raised edge of the perimeter cushioning member , the second raised edge of the perimeter cushioning member configured to form a gap between the inner surface of the structural member and the back surface of the installed electronic device , characterized in the perimeter cushioning member continuously extending from a top section having the first raised edge through side sections to a bottom section having the second raised edge , the first raised edge extending around the front edge of the installed electronic device , the second raised edge extending around the back edge of the installed electronic device .
A method for determining system information, comprising: sending (S210), by a terminal device, a first random access preamble to a network device within a specific period, wherein the specific period is preset on the terminal device and wherein a first random access preamble being sent in the specific period is configured to request system information and a first random access preamble being sent out of the specific period is configured to perform a normal random access process; receiving (S220), by the terminal device, a media access control, MAC, protocol data unit, PDU, sent by the network device, the MAC PDU comprising at least one MAC subPDU, wherein the at least one MAC subPDU comprises a first type MAC subPDU, and the first type MAC subPDU comprises a random access preamble identifier, RAPID, and wherein the at least one MAC subPDU comprises a third type MAC subPDU, and the third type MAC subPDU is the first MAC subPDU of the at least one MAC subPDU and comprises a backoff Indicator, BI; and determining (S230), by the terminal device, the system information to be sent by the network device according to the RAPID in the first type MAC subPDU, characterized in that the method further comprises: decoding, by the terminal device, the MAC PDU according to a specific random access radio network temporary identification, RA-RNTI, wherein a value of the specific RA-RNTI is different from a value of an RA-RNTI used for the normal random access process. sending (S210), by a terminal device, a first random access preamble to a network device within a specific period, wherein the specific period is preset on the terminal device and wherein a first random access preamble being sent in the specific period is configured to request system information and a first random access preamble being sent out of the specific period is configured to perform a normal random access process; receiving (S220), by the terminal device, a media access control, MAC, protocol data unit, PDU, sent by the network device, the MAC PDU comprising at least one MAC subPDU, wherein the at least one MAC subPDU comprises a first type MAC subPDU, and the first type MAC subPDU comprises a random access preamble identifier, RAPID, and wherein the at least one MAC subPDU comprises a third type MAC subPDU, and the third type MAC subPDU is the first MAC subPDU of the at least one MAC subPDU and comprises a backoff Indicator, BI; and determining (S230), by the terminal device, the system information to be sent by the network device according to the RAPID in the first type MAC subPDU, characterized in that the method further comprises: decoding, by the terminal device, the MAC PDU according to a specific random access radio network temporary identification, RA-RNTI, wherein a value of the specific RA-RNTI is different from a value of an RA-RNTI used for the normal random access process.
An ablation antenna device comprising: a) a triaxial antenna comprising an inner conductor ; and b) a conductive tip at a distal end of said antenna ; wherein said inner conductor is capacitively coupled to said conductive tip , and wherein - said inner conductor comprises a first region , second region and a third region , wherein said first region is distal to said second region and said second region is distal to said third region ; - said third region is contained in said triaxial antenna and comprises said inner conductor , a dielectric material, and an outer conductor, wherein the dielectric material is between the inner conductor and the outer conductor; - said second region lacks the outer conductor of said third region , wherein the dielectric material of the third region extends into the second region such that it surrounds the inner conductor ; - said first region lacks the outer conductor and the dielectric material of said third region ; and - said antenna further comprises a metal fitting, wherein the first region is surrounded by said metal fitting. a) a triaxial antenna comprising an inner conductor ; and b) a conductive tip at a distal end of said antenna ; - said inner conductor comprises a first region , second region and a third region , wherein said first region is distal to said second region and said second region is distal to said third region ; - said third region is contained in said triaxial antenna and comprises said inner conductor , a dielectric material, and an outer conductor, wherein the dielectric material is between the inner conductor and the outer conductor; - said second region lacks the outer conductor of said third region , wherein the dielectric material of the third region extends into the second region such that it surrounds the inner conductor ; - said first region lacks the outer conductor and the dielectric material of said third region ; and - said antenna further comprises a metal fitting, wherein the first region is surrounded by said metal fitting.
A battery detachably attached to one of an electronic device and a preceding battery attached to the electronic device , the battery comprising: a first attaching part provided at a front side of the battery ; a second attaching part provided at a rear side of the battery ; and a control section controlling the battery ; the first attaching part being attachable to one of the electronic device and the preceding battery to transmit and receive electric power and information to and from the one of the electronic device and the preceding battery ; the second attaching part being attachable to a subsequent battery to transmit and receive electric power and information to and from the subsequent battery ; and the control section being configured such that, when detecting that no subsequent battery is attached to the second attaching part , the control section closes a circuit (L2) configured to discharge electric power from the relevant battery to the one of the electronic device and the preceding battery attached to the first attaching part , thereby discharging electric power to the one of the electronic device and the preceding battery . a first attaching part provided at a front side of the battery ; a second attaching part provided at a rear side of the battery ; and a control section controlling the battery ; the first attaching part being attachable to one of the electronic device and the preceding battery to transmit and receive electric power and information to and from the one of the electronic device and the preceding battery ; the second attaching part being attachable to a subsequent battery to transmit and receive electric power and information to and from the subsequent battery ; and the control section being configured such that, when detecting that no subsequent battery is attached to the second attaching part , the control section closes a circuit (L2) configured to discharge electric power from the relevant battery to the one of the electronic device and the preceding battery attached to the first attaching part , thereby discharging electric power to the one of the electronic device and the preceding battery .
A tofu press , comprising: a tray for receiving tofu therein; and a pressure member for applying pressure to the tofu within the tray ; characterized by a toggle latch releasably coupleable between the tray and the pressure member , the toggle latch comprising: an arm pivotally connected at a first end to one of the tray and the pressure member , wherein the arm comprises a second end that is configured for manipulation by a user; a latch member connected to the other of the tray and the pressure member ; and a linkage connected to an intermediate portion of the arm that is located between the first and second ends of the arm , wherein the linkage is releasably connectable to the latch member ; and wherein the toggle latch is configured such that: with the arm in a first position, the linkage is releasably connectable to the latch member ; and rotational movement of the arm from the first position to a second position causes a tension in the linkage such that release from the latch member is prohibited, and the tension in the linkage urges the pressure member and the tray toward each other, thereby applying pressure to the tofu within the tray . a tray for receiving tofu therein; and a pressure member for applying pressure to the tofu within the tray ; characterized by a toggle latch releasably coupleable between the tray and the pressure member , the toggle latch comprising: an arm pivotally connected at a first end to one of the tray and the pressure member , wherein the arm comprises a second end that is configured for manipulation by a user; a latch member connected to the other of the tray and the pressure member ; and a linkage connected to an intermediate portion of the arm that is located between the first and second ends of the arm , wherein the linkage is releasably connectable to the latch member ; and an arm pivotally connected at a first end to one of the tray and the pressure member , wherein the arm comprises a second end that is configured for manipulation by a user; a latch member connected to the other of the tray and the pressure member ; and a linkage connected to an intermediate portion of the arm that is located between the first and second ends of the arm , wherein the linkage is releasably connectable to the latch member ; and wherein the toggle latch is configured such that: with the arm in a first position, the linkage is releasably connectable to the latch member ; and rotational movement of the arm from the first position to a second position causes a tension in the linkage such that release from the latch member is prohibited, and the tension in the linkage urges the pressure member and the tray toward each other, thereby applying pressure to the tofu within the tray . with the arm in a first position, the linkage is releasably connectable to the latch member ; and rotational movement of the arm from the first position to a second position causes a tension in the linkage such that release from the latch member is prohibited, and the tension in the linkage urges the pressure member and the tray toward each other, thereby applying pressure to the tofu within the tray .
A process for preparing a liquid pharmaceutical composition, comprising adding buffer to methotrexate free acid to adjust the pH to 6.6 to 7 and adding one or more preservatives, flavouring compounds, sweetening agents and/or co-solvents, wherein the buffer strength of the composition is in the range of 0.05 M to 0.1 M.
A liquid pharmaceutical formulation for use in the treatment of edema, hypertension or heart failure or for use in the treatment of a patient exhibiting the symptoms of edema, hypertension or heart failure, wherein the liquid pharmaceutical formulation comprises: furosemide, or a pharmaceutically acceptable salt, hydrate or ester thereof, wherein the amount of furosemide in the liquid pharmaceutical formulation is between about 2 mg/mL to about 20 mg/mL; and a pharmaceutically acceptable buffer comprising tris(hydroxymethyl)aminomethane, wherein the concentration of tris(hydroxymethyl)aminomethane in the liquid pharmaceutical formulation is in a range of about 50 mM to about 250 mM; wherein the liquid pharmaceutical formulation has a pH between about 7.2 to about 8, is isosmotic, and the molar ratio of tris(hydroxymethyl)aminomethane to furosemide is greater than or equal to two. furosemide, or a pharmaceutically acceptable salt, hydrate or ester thereof, wherein the amount of furosemide in the liquid pharmaceutical formulation is between about 2 mg/mL to about 20 mg/mL; and a pharmaceutically acceptable buffer comprising tris(hydroxymethyl)aminomethane, wherein the concentration of tris(hydroxymethyl)aminomethane in the liquid pharmaceutical formulation is in a range of about 50 mM to about 250 mM;
A tire comprising: a pair of dividing sipes extending in a tire width direction (H); separation blocks located on both sides of the pair of dividing sipes in a tire circumferential direction (S) and separately formed in the tire circumferential direction (S); a step block divided between the pair of dividing sipes and forming a step to a separation block by a treading face located inside in a tire radial direction (K) of treading faces of the separation blocks ; an adjacent block which is adjacent to the separation block and the step block in the tire width direction (H) across a circumferential groove and is brought into contact with the separation block without being contacted with the step block when being grounded, wherein the adjacent block has a recessed part on a sidewall on a circumferential groove side opposed to a sidewall of the step block . a pair of dividing sipes extending in a tire width direction (H); separation blocks located on both sides of the pair of dividing sipes in a tire circumferential direction (S) and separately formed in the tire circumferential direction (S); a step block divided between the pair of dividing sipes and forming a step to a separation block by a treading face located inside in a tire radial direction (K) of treading faces of the separation blocks ; an adjacent block which is adjacent to the separation block and the step block in the tire width direction (H) across a circumferential groove and is brought into contact with the separation block without being contacted with the step block when being grounded, wherein the adjacent block has a recessed part on a sidewall on a circumferential groove side opposed to a sidewall of the step block .
A method of assembling a portion of a gas turbine engine including an outer case assembly , the method comprising: forming a cartridge of a plurality of axially assembled static structure rings with a plurality of support straps , wherein at least one of the plurality of static structure rings comprises a vane ring and/or a shroud , and the support straps axially lock together the plurality of static structure rings ; and installing the cartridge at least partially into the outer case assembly along an engine axis (A). forming a cartridge of a plurality of axially assembled static structure rings with a plurality of support straps , wherein at least one of the plurality of static structure rings comprises a vane ring and/or a shroud , and the support straps axially lock together the plurality of static structure rings ; and installing the cartridge at least partially into the outer case assembly along an engine axis (A).