mhurhangee/ep-ind-claims huggingface dataset:
A Doherty power amplifier comprising: a main amplifier; an auxiliary amplifier; and a controller for governing the operation of said auxiliary amplifier, said controller being operative to switch the operational state of said auxiliary amplifier between an operational state and a non-operational state as a function of input signal voltage supplied to said Doherty power amplifier such that said auxiliary amplifier is inoperative when said input voltage is below an input voltage threshold (V t) and is operative when said input voltage is above said input voltage threshold (V t), said controller being arranged to control the operation of a voltage supply governing circuit for producing an input voltage pattern for the auxiliary amplifier with an immediate sharp rise at said input voltage threshold (Vt), such that said auxiliary amplifier has a voltage output pattern with an immediate sharp rise of an output voltage (V out) of the auxiliary amplifier once the input voltage rises above said input voltage threshold (V t). a main amplifier; an auxiliary amplifier; and a controller for governing the operation of said auxiliary amplifier, said controller being operative to switch the operational state of said auxiliary amplifier between an operational state and a non-operational state as a function of input signal voltage supplied to said Doherty power amplifier such that said auxiliary amplifier is inoperative when said input voltage is below an input voltage threshold (V t) and is operative when said input voltage is above said input voltage threshold (V t), said controller being arranged to control the operation of a voltage supply governing circuit for producing an input voltage pattern for the auxiliary amplifier with an immediate sharp rise at said input voltage threshold (Vt), such that said auxiliary amplifier has a voltage output pattern with an immediate sharp rise of an output voltage (V out) of the auxiliary amplifier once the input voltage rises above said input voltage threshold (V t).
A method for selecting a treatment to be administered to a patient suffering from an exacerbation of inflammation of a respiratory condition, the method comprising determining the levels of at least 3 markers of eosinophil levels and at least 3 markers of neutrophil levels in a blood sample which has been taken from the patient suffering from an exacerbation of inflammation of a respiratory condition wherein: (i) perturbed levels of the at least 3 markers of eosinophil levels and no perturbation in the levels of the at least 3 markers of neutrophil levels result in selection of corticosteroids to be administered as the treatment for the exacerbation of inflammation; (ii) perturbed levels of the at least 3 markers of neutrophil levels and no perturbation in the levels of the at least 3 markers of eosinophil levels result in selection of antibiotics to be administered as the treatment for the exacerbation of inflammation; or (iii) perturbed levels of the at least 3 markers of eosinophil levels and the at least 3 markers of neutrophil levels result in selection of corticosteroids and antibiotics to be co-administered as the treatment for the exacerbation of inflammation; wherein determining the levels of the at least 3 markers of eosinophil levels comprises determining the levels of at least Eosinophil-derived neurotoxin, Myeloperoxidase and Eosinophil cationic protein (RNASE3); and wherein determining the levels of the at least 3 markers of neutrophil levels comprises determining the levels of at least (i) Matrix metallopeptidase 9 and Eosinophil-derived neurotoxin; and (ii) at least one of leukotriene B4, C-reactive protein, Soluble urokinase-type plasminogen activator receptor (SuPAR), and/or Alpha-1-antitrypsin (A1AT), preferably LTB4. (i) perturbed levels of the at least 3 markers of eosinophil levels and no perturbation in the levels of the at least 3 markers of neutrophil levels result in selection of corticosteroids to be administered as the treatment for the exacerbation of inflammation; (ii) perturbed levels of the at least 3 markers of neutrophil levels and no perturbation in the levels of the at least 3 markers of eosinophil levels result in selection of antibiotics to be administered as the treatment for the exacerbation of inflammation; or (iii) perturbed levels of the at least 3 markers of eosinophil levels and the at least 3 markers of neutrophil levels result in selection of corticosteroids and antibiotics to be co-administered as the treatment for the exacerbation of inflammation;
A hoist comprising: a motor for lifting and lowering a load, the motor being driven by an inverter controller and including a forced cooling unit; a mechanism unit including a reduction gear mechanism and a load sheave for winching up and down a chain with power from the reduction gear mechanism: a casing for accommodating the motor and the mechanism unit; and a regenerative resistance unit to which regenerative electric power generated in the motor is supplied, characterized in that the motor, the mechanism unit, the inverter controller and the regenerative resistance unit are arranged in the casing in a distributed manner so that weights thereof balance out one another in relation to a center of loading that acts on the hoist at the time of winching up and down. wherein the inverter controller and the regenerative resistance unit are arranged so as to be separated from each other with the mechanism unit interposed therebetween, and are closely fixed to the casing. a motor for lifting and lowering a load, the motor being driven by an inverter controller and including a forced cooling unit; a mechanism unit including a reduction gear mechanism and a load sheave for winching up and down a chain with power from the reduction gear mechanism: a casing for accommodating the motor and the mechanism unit; and a regenerative resistance unit to which regenerative electric power generated in the motor is supplied, characterized in that the motor, the mechanism unit, the inverter controller and the regenerative resistance unit are arranged in the casing in a distributed manner so that weights thereof balance out one another in relation to a center of loading that acts on the hoist at the time of winching up and down. wherein the inverter controller and the regenerative resistance unit are arranged so as to be separated from each other with the mechanism unit interposed therebetween, and are closely fixed to the casing. a casing for accommodating the motor and the mechanism unit; and a regenerative resistance unit to which regenerative electric power generated in the motor is supplied, characterized in that the motor, the mechanism unit, the inverter controller and the regenerative resistance unit are arranged in the casing in a distributed manner so that weights thereof balance out one another in relation to a center of loading that acts on the hoist at the time of winching up and down. wherein the inverter controller and the regenerative resistance unit are arranged so as to be separated from each other with the mechanism unit interposed therebetween, and are closely fixed to the casing.
A method of determining a risk of head and neck squamous cell cancer in a subject using a kit comprising: saline solution; a cup for receiving an oral saline rinse; at least one antibody that specifically binds CD44; a reagent for determining total protein concentration; and reference levels for soluble CD44 (solCD44) and total protein, the method comprising: a) measuring a test amount of solCD44 in a sample of an oral saline rinse obtained from the subject in the cup, using the at least one antibody that specifically binds CD44; b) measuring a test amount of total protein in the sample using the reagent for determining total protein concentration; and c) determining the risk of head and neck squamous cell cancer in the subject by determining whether the test amount of solCD44 and the test amount of total protein are above or below the reference levels of solCD44 and total protein, wherein the reference levels of solCD44 are about 2.2 ng/mL and about 5.3 ng/mL and the reference levels of total protein are about 1.2 mg/mL and about 0.6 mg/mL, wherein the reference levels of solCD44 and total protein delimit different, statistically significant risks for the cancer and wherein the term about means within 5% of the specified value. a) measuring a test amount of solCD44 in a sample of an oral saline rinse obtained from the subject in the cup, using the at least one antibody that specifically binds CD44; b) measuring a test amount of total protein in the sample using the reagent for determining total protein concentration; and c) determining the risk of head and neck squamous cell cancer in the subject by determining whether the test amount of solCD44 and the test amount of total protein are above or below the reference levels of solCD44 and total protein, wherein the reference levels of solCD44 are about 2.2 ng/mL and about 5.3 ng/mL and the reference levels of total protein are about 1.2 mg/mL and about 0.6 mg/mL, wherein the reference levels of solCD44 and total protein delimit different, statistically significant risks for the cancer and wherein the term about means within 5% of the specified value.
Assembly for connecting a traction vehicle to a trailer, comprising a coupling unit on the traction vehicle side and a coupling unit on the trailer side, wherein the coupling unit on the traction vehicle side is assigned a measuring device, which records and evaluates the force acting on the coupling unit on the traction vehicle side in at least one direction, wherein the measuring device is coupled to an immobilizer, which prevents the traction vehicle from being started up and/or set in motion when the force recorded by the measuring device and/or a physical variable determined therefrom exceeds a predetermined threshold value, characterized in that the measuring device carries out the force measurement when switching on an ignition and/or during driving and/or at a standstill of the traction vehicle, the measuring device activating the immobilize only in response to a detected vehicle standstill.
A method for managing privacy of a user in a network, the method comprising: receiving (404, 906), by a user equipment, UE, a UE capability enquiry from an evolved node B, eNB; generating (406, 902), by the user equipment, UE, a locally administered randomized wireless local area network, WLAN, media access control, MAC, address, LRA, wherein at least one portion of the LRA is randomly generated based on a network pseudonym identity; transmitting (408, 908), by the UE, UE capability information, including the LRA to the eNB [para 70]; receiving, by the UE, a Radio Resource Control, RRC, connection reconfiguration message from the eNB to initiate a WLAN association procedure; transmitting, by the UE, an RRC connection reconfiguration complete message to the eNB; initiating, by the UE, an association procedure with the WLAN access point, AP, using the LRA; and wherein the network pseudonym identity comprises a globally unique temporary identity, GUTI receiving (404, 906), by a user equipment, UE, a UE capability enquiry from an evolved node B, eNB; generating (406, 902), by the user equipment, UE, a locally administered randomized wireless local area network, WLAN, media access control, MAC, address, LRA, wherein at least one portion of the LRA is randomly generated based on a network pseudonym identity; transmitting (408, 908), by the UE, UE capability information, including the LRA to the eNB [para 70]; receiving, by the UE, a Radio Resource Control, RRC, connection reconfiguration message from the eNB to initiate a WLAN association procedure; transmitting, by the UE, an RRC connection reconfiguration complete message to the eNB; initiating, by the UE, an association procedure with the WLAN access point, AP, using the LRA; and wherein the network pseudonym identity comprises a globally unique temporary identity, GUTI
A method for removing a glazing panel bonded to a frame by an interposed bonding material, the method utilizing a flexible cutting line and comprising: a set up phase resulting in the cutting line being looped around substantially the entire the periphery of the glazing panel, opposed end portions of the line being secured on separate winder spools (4, 5); and, a cut out phase in which the cutting line is wound on to one of the winder spools (4, 5) whilst simultaneously being wound off the other of the winder spools (4, 5); wherein in the set up phase, the winder spools (4, 5) are mounted to the glazing panel and the cutting line is wound off one, or each, of the winder spools (4, 5) to form a loop of cutting line around the entire periphery of the glazing panel. a set up phase resulting in the cutting line being looped around substantially the entire the periphery of the glazing panel, opposed end portions of the line being secured on separate winder spools (4, 5); and, a cut out phase in which the cutting line is wound on to one of the winder spools (4, 5) whilst simultaneously being wound off the other of the winder spools (4, 5); wherein in the set up phase, the winder spools (4, 5) are mounted to the glazing panel and the cutting line is wound off one, or each, of the winder spools (4, 5) to form a loop of cutting line around the entire periphery of the glazing panel.
Solid adducts comprising a MgCl 2, ethanol and a polyhydroxy compound, said compounds being present in molar ratios defined by the following formula MgCl 2 •(EtOH) n p in which n is from 0.1 to 6, p ranges from 0.001 to 0.5 and A is a compound selected from cyclic hydrocarbon structures which are substituted with at least two hydroxy groups.
A heavy vehicle comprising a frame structure (202, 302, 402, 502) comprising frame beams extending in a longitudinal direction of the vehicle, at least a first rear wheel (103a, 203a, 303a, 403a, 503a), an independent wheel suspension (204, 304, 404, 504) for said at least first rear wheel (103a, 203a, 303a, 403a, 503a) and a load carrying structure (205, 305, 405, 505) for carrying a load applied to the vehicle, wherein the independent wheel suspension (204, 304, 404, 504) comprises a first spring or spring and damper arrangement (206, 306, 406, 506) and wheel suspension rods (210a, 210b), characterized in that the first spring or spring and damper arrangement (206, 306, 406, 506) is connected to the load carrying structure (205, 305, 405, 505) via a chassis component (211,311,411,511); that the chassis component (211, 311, 411, 511) comprises a body, having a main portion and an upper portion mounted on top of the main portion (; that the main portion is arranged to be connected to the frame structure (202, 302, 402, 502), forming a transverse cross-member connecting the frame beams; that the upper portion is arranged to support the main portion and the frame structure ( 202, 302, 402, 502) connected to the main portion; that the upper portion is configured for being connected to the load carrying structure (205, 305, 405, 505), that the first spring or spring and damper arrangement (206, 306, 406, 506) at a first end ( 206a, 306a, 406a, 506a) is connected to the load carrying structure (205, 305, 405, 505) via the upper portion in a position above or beside said frame structure (202, 302, 402, 502) and which at a second end (206b, 306b, 406b, 506b) is connected to the first rear wheel (203a, 303a, 403a,503a); and that the wheel suspension rods (210a, 210b) are connected to the main portion at a first end and to the first rear wheel (203a, 303a, 403a,503a) at a second end; wherein the load supported by the first rear wheel (203a, 303a, 403a, 503a) is distributed from the load carrying structure (205, 305, 405, 505) to the wheel (203a, 203b) via said first spring or spring and damper arrangement (206, 306, 406, 506) bypassing said frame structure (202, 302, 402, 502).
Method for monitoring and/or analysing electrical machines, wherein the error status are identified and/or analysed, wherein the error statuses consist of at least one error status selected from the following group: shorted coils in the rotor winding; status of the damper bars; status of the damper cages; torsional oscillations, torsional vibrations and/or status of the stator, wherein the electrical machine comprises at least one generator with a shaft, an exciter and a drive device for driving said shaft, wherein the exciter supplies a voltage and a current of a rotor winding, characterised in that a first signal, which at least indirectly describes a voltage across a rotor winding, and a second signal, which at least indirectly describes a current flowing through the rotor winding are measured simultaneously during operation by a first detector or a second detector, are supplied to an analysis unit and are split in the analysis unit into individual frequency components and the impedance of the rotor winding is determined at different frequencies (v) for the detection of error statuses in the electrical machine, wherein the first detector for measuring the voltage comprises coupling capacitors (9, 10) for measuring the voltage, which capacitively tap off the voltage, and the second detector for measuring the current comprises a Rogowski coil, which inductively taps off the current, wherein the method is used at a frequency of v = 150 Hz to v = 3000 Hz, the first signal and the second signal are measured via electrical conductors (11, 12) which connect sliding contacts (5, 6) of an exciter system on the rotor to the exciter, or the first signal and the second signal are measured in a stationary part of a brushless exciter system via electrical conductors (11, 12) which connect the stationary part to the exciter.
A decorative panel, comprising: a glass panel; and a decorative film, the decorative film comprising: a first base material layer comprising a polyethylene terephthalate, PET, film; a deposition layer to obtain a mirror effect; a printing layer; and wherein the decorative film further comprises a second base material layer comprising a scattering prevention film, wherein the decorative film is attached to a rear side of the glass panel by the gluing agent to generate the mirror effect, wherein the gluing agent, the first base material layer, the deposition layer, the printing layer, an adhesive and the second base material layer are sequentially laminated, and the printing layer on a lower surface of the deposition layer and the second base material layer are adhered by the adhesive, wherein the printing layer does not come in contact with the gluing agent to prevent decolorization and the like, characterized in that the deposition layer comprises a plurality of titanium dioxide layers and silicon dioxide layers alternately arranged and laminated to obtain the mirror effect. a glass panel; and a decorative film, the decorative film comprising: a first base material layer comprising a polyethylene terephthalate, PET, film; a deposition layer to obtain a mirror effect; a printing layer; and a first base material layer comprising a polyethylene terephthalate, PET, film; a deposition layer to obtain a mirror effect; a printing layer; and
A journal shaft for a journal bearing assembly of an aircraft engine, comprising: a shaft body extending along a longitudinal axis, the shaft body having a radially outer surface and a radially inner surface radially spaced apart from the longitudinal axis to define an inner cavity; and an oil pocket defined in the radially outer surface, one or more passages extending through the shaft body from the radially inner surface to the oil pocket to provide fluid communication between the inner cavity and the oil pocket, the oil pocket including a radially inner base surface and interconnecting transition surfaces extending between the radially inner base surface of the oil pocket and the radially outer surface of the shaft body, wherein the interconnecting transition surfaces form a fluid-dynamically smooth and edgeless transition to the radially outer surface of the journal shaft, characterised in that: the interconnecting transition surfaces define a tangent line relative to the longitudinal axis with a maximum angle (θ) of about six degrees. a shaft body extending along a longitudinal axis, the shaft body having a radially outer surface and a radially inner surface radially spaced apart from the longitudinal axis to define an inner cavity; and an oil pocket defined in the radially outer surface, one or more passages extending through the shaft body from the radially inner surface to the oil pocket to provide fluid communication between the inner cavity and the oil pocket, the oil pocket including a radially inner base surface and interconnecting transition surfaces extending between the radially inner base surface of the oil pocket and the radially outer surface of the shaft body, wherein the interconnecting transition surfaces form a fluid-dynamically smooth and edgeless transition to the radially outer surface of the journal shaft,
Electrical circuit comprising: a transformer having a primary winding that is connectable to an electric power grid and a secondary winding that is connected to a power converter with a capacitor; and a circuit arrangement having a switching device that is connected to an auxiliary supply and an auxiliary winding with two or more phases that is coupled to the primary winding and is connected to the switching device; wherein the switching device comprises at least two anti-parallel connected thyristors connected to each phase of the auxiliary winding; and characterized in that the circuit arrangement further comprises at least one switch connected to the switching device such that in its closed state a first phase of the auxiliary winding short circuits with a second phase of the auxiliary winding and in its open state the auxiliary winding is connected to the auxiliary supply; such that the switching device and the switch can both: (i) short-circuit the phases of the auxiliary winding to provide a short-circuiting function for the power converter, and (ii) charge the capacitor to provide a pre-charging function for the capacitor. a transformer having a primary winding that is connectable to an electric power grid and a secondary winding that is connected to a power converter with a capacitor; and a circuit arrangement having a switching device that is connected to an auxiliary supply and an auxiliary winding with two or more phases that is coupled to the primary winding and is connected to the switching device; wherein the switching device comprises at least two anti-parallel connected thyristors connected to each phase of the auxiliary winding; and characterized in that the circuit arrangement further comprises at least one switch connected to the switching device such that in its closed state a first phase of the auxiliary winding short circuits with a second phase of the auxiliary winding and in its open state the auxiliary winding is connected to the auxiliary supply; such that the switching device and the switch can both: (i) short-circuit the phases of the auxiliary winding to provide a short-circuiting function for the power converter, and (ii) charge the capacitor to provide a pre-charging function for the capacitor. (i) short-circuit the phases of the auxiliary winding to provide a short-circuiting function for the power converter, and (ii) charge the capacitor to provide a pre-charging function for the capacitor.