mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device comprising: a first controller that has a control section responsible for sequence control of a device and is for controlling the medical device ; a second controller that monitors the occurrence of a failure in the first controller and that operates if a failure occurs in the first controller, characterized in that the medical device further comprises notification means that makes a notification output based on exclusive OR between notification outputs of the first controller and the second controller , wherein the second controller , after acquiring the notification output of the first controller, inverts its own notification output so as to output an inversion result if the notification output of the first controller is in an ON state. a first controller that has a control section responsible for sequence control of a device and is for controlling the medical device ; a second controller that monitors the occurrence of a failure in the first controller and that operates if a failure occurs in the first controller, characterized in that the medical device further comprises notification means that makes a notification output based on exclusive OR between notification outputs of the first controller and the second controller , wherein the second controller , after acquiring the notification output of the first controller, inverts its own notification output so as to output an inversion result if the notification output of the first controller is in an ON state.
A method of transporting a blade for a wind turbine using an adapter flange comprising a flange body , which extends in a plane of extent (E), and at least one support which serves to support the flange body spaced apart from the ground , wherein the method comprises the following steps: - coupling the blade to the adapter flange by means of a blade coupling means formed at the flange body ; - coupling the adapter flange to a first transport vehicle , in particular a tractor , by means of a vehicle coupling means formed at the flange body in order to form a transport rig in which the blade is oriented substantially horizontally along its length; - transporting the blade to before a curve; - supporting the adapter flange by means of its support ; - uncoupling the adapter flange from the first transport vehicle ; - coupling the adapter flange by means of the vehicle coupling means to a second transport vehicle , in particular a lifting vehicle , comprising a pivot mechanism for upwardly pivoting the blade ; - cancelling the support of the adapter flange ; - upwardly pivoting the blade by means of the pivot mechanism of the second transport vehicle ; and - transporting the upwardly pivoted blade by means of the second transport vehicle along the curve. - coupling the blade to the adapter flange by means of a blade coupling means formed at the flange body ; - coupling the adapter flange to a first transport vehicle , in particular a tractor , by means of a vehicle coupling means formed at the flange body in order to form a transport rig in which the blade is oriented substantially horizontally along its length; - transporting the blade to before a curve; - supporting the adapter flange by means of its support ; - uncoupling the adapter flange from the first transport vehicle ; - coupling the adapter flange by means of the vehicle coupling means to a second transport vehicle , in particular a lifting vehicle , comprising a pivot mechanism for upwardly pivoting the blade ; - cancelling the support of the adapter flange ; - upwardly pivoting the blade by means of the pivot mechanism of the second transport vehicle ; and - transporting the upwardly pivoted blade by means of the second transport vehicle along the curve.
A converter comprising: three phase inputs configured to be coupled to respective phases of an AC source; a cyclo-converter coupled to the three phase inputs and having an output port comprising first and second output power lines, the cyclo-converter comprising respective bidirectional switches between respective ones of the phase inputs and the first output power line and respective power capacitors between respective ones of the phase inputs and the second output power line; a transformer ; a resonant circuit connected across the output port of the cyclo-converter, the resonant circuit comprising a primary winding of the transformer and an inductor ; a rectifier coupled to a secondary winding of the transformer and configured to produce a DC output voltage; and a controller configured to control the bidirectional switches . three phase inputs configured to be coupled to respective phases of an AC source; a cyclo-converter coupled to the three phase inputs and having an output port comprising first and second output power lines, the cyclo-converter comprising respective bidirectional switches between respective ones of the phase inputs and the first output power line and respective power capacitors between respective ones of the phase inputs and the second output power line; a transformer ; a resonant circuit connected across the output port of the cyclo-converter, the resonant circuit comprising a primary winding of the transformer and an inductor ; a rectifier coupled to a secondary winding of the transformer and configured to produce a DC output voltage; and a controller configured to control the bidirectional switches .
Method for monitoring an elevator car door , the method comprising: determining a distance (D) on the basis of light emitted by a distance measuring device in the direction of the elevator car door and reflected on the elevator car door depending on a current closure state of the elevator car door , characterized in that the method comprises deriving information regarding the current closure state of the elevator car door solely by comparing the determined distance (D) with a previously determined reference distance (d c ); and outputting a signal representing the information. determining a distance (D) on the basis of light emitted by a distance measuring device in the direction of the elevator car door and reflected on the elevator car door depending on a current closure state of the elevator car door , characterized in that the method comprises deriving information regarding the current closure state of the elevator car door solely by comparing the determined distance (D) with a previously determined reference distance (d c ); and outputting a signal representing the information.
A ventilation apparatus comprising: a casing ; a suction device received in the casing and including a suction fan to generate suction force for suctioning air; and a vortex forming device received in the casing and including a swirler rotated at a lower portion of the casing to generate the vortex and a driving motor to rotate the swirler , wherein the swirler includes a rotating plate having an air passage hole and a plurality of blades arranged along a rim of the rotating plate and spaced apart from each other in a circumferential direction, and wherein the vortex forming device is positioned lower than a rotation center (C1) of the suction fan , in the casing , characterized in that the suction device includes a suction motor to rotate the suction fan and a fan housing receiving the suction fan to allow air flow when the suction fan is rotated, wherein the casing includes: a first casing in which the suction device is received; and a second casing disposed under the first casing , having a horizontal sectional area wider than a horizontal sectional area of the first casing , and receiving the vortex forming device therein, and an uppermost point of the driving motor is positioned higher than a lowermost point of the suction device . a casing ; a suction device received in the casing and including a suction fan to generate suction force for suctioning air; and a vortex forming device received in the casing and including a swirler rotated at a lower portion of the casing to generate the vortex and a driving motor to rotate the swirler , wherein the swirler includes a rotating plate having an air passage hole and a plurality of blades arranged along a rim of the rotating plate and spaced apart from each other in a circumferential direction, and wherein the vortex forming device is positioned lower than a rotation center (C1) of the suction fan , in the casing , characterized in that the suction device includes a suction motor to rotate the suction fan and a fan housing receiving the suction fan to allow air flow when the suction fan is rotated, wherein the casing includes: a first casing in which the suction device is received; and a second casing disposed under the first casing , having a horizontal sectional area wider than a horizontal sectional area of the first casing , and receiving the vortex forming device therein, and a first casing in which the suction device is received; and a second casing disposed under the first casing , having a horizontal sectional area wider than a horizontal sectional area of the first casing , and receiving the vortex forming device therein, and an uppermost point of the driving motor is positioned higher than a lowermost point of the suction device .
A drive device for controlling movement of hands of an electronic watch , comprising: a first hand ; a second hand ; a first motor configured to drive the first hand to move; and a second motor configured to drive the second hand to move, and a control unit configured to control driving of the first motor and the second motor by applying drive signals so as to control a movement operation of the first hand and the second hand, characterized in that the control unit controls a decrease in a movement speed of the first hand, wherein the control unit starts movement of the second hand in a period after start of movement of the first hand before stop of the movement of the first hand, and the control unit controls the movement operation of the second hand according to the decrease in a movement speed of the first hand. a first hand ; a second hand ; a first motor configured to drive the first hand to move; and a second motor configured to drive the second hand to move, and a control unit configured to control driving of the first motor and the second motor by applying drive signals so as to control a movement operation of the first hand and the second hand, characterized in that the control unit controls a decrease in a movement speed of the first hand, wherein the control unit starts movement of the second hand in a period after start of movement of the first hand before stop of the movement of the first hand, and the control unit controls the movement operation of the second hand according to the decrease in a movement speed of the first hand.
A method for detecting reversal of an anticoagulant at a therapeutically relevant amount or higher in a patient having an anticoagulant, the method comprising: (a) subjecting a sample of a control blood component known to lack the anticoagulant to a clotting assay in the presence of an ecarin reagent to obtain a control ecarin clotting measurement; (b) subjecting a sample of the control blood component known to lack the anticoagulant to a clotting assay in the presence of a Factor Xa reagent to obtain a control Factor Xa clotting measurement; (c) subjecting a sample of a blood component from the patient to a clotting assay in the presence of an ecarin reagent to obtain a patient ecarin clotting measurement; (d) subjecting a sample of the blood component from the patient to a clotting assay in the presence of a Factor Xa reagent to obtain a patient Factor Xa clotting measurement; and (e) comparing the control ecarin clotting measurement to the patient ecarin clotting measurement and comparing the control Factor Xa clotting measurement to the patient Factor Xa measurement, wherein the patient ecarin clotting measurement less than or equal to the control ecarin clotting measurement and/or the patient Factor Xa clotting measurement less than or equal to the control Factor Xa clotting measurement identifies the blood component from the patient as having a reversal agent that has reversed the anticoagulation activity of the anticoagulant in the patient. (a) subjecting a sample of a control blood component known to lack the anticoagulant to a clotting assay in the presence of an ecarin reagent to obtain a control ecarin clotting measurement; (b) subjecting a sample of the control blood component known to lack the anticoagulant to a clotting assay in the presence of a Factor Xa reagent to obtain a control Factor Xa clotting measurement; (c) subjecting a sample of a blood component from the patient to a clotting assay in the presence of an ecarin reagent to obtain a patient ecarin clotting measurement; (d) subjecting a sample of the blood component from the patient to a clotting assay in the presence of a Factor Xa reagent to obtain a patient Factor Xa clotting measurement; and (e) comparing the control ecarin clotting measurement to the patient ecarin clotting measurement and comparing the control Factor Xa clotting measurement to the patient Factor Xa measurement,
A fertiliser composition comprising an enhancer of nitrogen that can be assimilated by plants, characterised in that it comprises 30 to 80% by weight of tyramine and 5 to 30% by weight of other components selected from the group consisting of sugars, amino acids other than tyrosine, organic acids, polyamines, glycerol, myoinositol, adenine, uracil, cytosine, guanine and combinations thereof, the fertiliser composition being in the form of a water-soluble powder.
A motor control device comprising: a control method switching unit which is configured to acquire a rotational speed of a motor configured to rotationally drive a piston rotor of a rotary compressor for an air conditioner, and to switch a control method of the motor to a control method with higher efficiency on the basis of the efficiency of the motor at the acquired rotational speed, characterized in that the control method switching unit is configured to switch the control method of the motor to sensorless vector control when the rotational speed of the motor during a cooling intermediate output becomes less than a predetermined threshold value, the cooling intermediate output being an operation after a set temperature have been reached during cooling. a control method switching unit which is configured to acquire a rotational speed of a motor configured to rotationally drive a piston rotor of a rotary compressor for an air conditioner, and to switch a control method of the motor to a control method with higher efficiency on the basis of the efficiency of the motor at the acquired rotational speed, characterized in that the control method switching unit is configured to switch the control method of the motor to sensorless vector control when the rotational speed of the motor during a cooling intermediate output becomes less than a predetermined threshold value, the cooling intermediate output being an operation after a set temperature have been reached during cooling.
A unit for cutting a continuous web into parallel strips, comprising a first and a second roller between which a continuous web is fed and each of which is provided with a succession of circumferential protrusions and recesses alternated with each other along the axis of rotation (X, Y) of the roller , the rollers being coupled to each other so that the protrusions of one roller are at least partly inserted into the recesses of the other roller and vice versa, so that the rollers cut the continuous web along parallel longitudinal lines; cleaning means configured to promote removal of particles of material released in the recesses by the web during cutting; the unit being characterized in that the cleaning means comprise a movement mechanism , operating on at least one of the rollers to move the rollers towards and away from each other, and a control unit, operating on the movement mechanism to vary temporarily the distance between the rollers and to keep the varied distance for a predetermined angle of rotation of the rollers large enough for the recesses to be cleaned, the angle being preferably greater than 180°, more preferably greater than 360° and/or less than a predetermined maximum angle, preferably between 1 and 100 complete turns and, more preferably between 30 and 50 turns.
A control method for starting an air conditioner, comprising acquiring current temperature variation information of a weather in an environment of the air conditioner and current startup parameters of the air conditioner; controlling operation parameters of the air conditioner on a basis of the current temperature variation information and the current startup parameters of the air conditioner; characterised by : feeding a control result of the operation parameters of the air conditioner back to the current startup parameters of the air conditioner, and obtaining a correction value via a big data simulation to control the operation parameters of the air conditioner according to the current startup parameters of the air conditioner; and continuing to control the operation parameters of the air conditioner according to the correction value obtained via the big data simulation. acquiring current temperature variation information of a weather in an environment of the air conditioner and current startup parameters of the air conditioner; controlling operation parameters of the air conditioner on a basis of the current temperature variation information and the current startup parameters of the air conditioner; characterised by : feeding a control result of the operation parameters of the air conditioner back to the current startup parameters of the air conditioner, and obtaining a correction value via a big data simulation to control the operation parameters of the air conditioner according to the current startup parameters of the air conditioner; and continuing to control the operation parameters of the air conditioner according to the correction value obtained via the big data simulation. feeding a control result of the operation parameters of the air conditioner back to the current startup parameters of the air conditioner, and obtaining a correction value via a big data simulation to control the operation parameters of the air conditioner according to the current startup parameters of the air conditioner; and continuing to control the operation parameters of the air conditioner according to the correction value obtained via the big data simulation.
An enamel composition comprising: SiO 2 in an amount ranging from 25 to 50 wt%; B 2 O 3 in an amount ranging from 1 to 15 wt%; one or more of Li 2 O, Na 2 O, K 2 O, or NaF in a total amount ranging from 10 to 30 wt%; ZnO in an amount ranging from 1 to 15 wt%; MoO 3 in an amount ranging from 4 to 8 wt%; and one or more of TiO 2 , Bi 2 O 3 , NiO, Co 3 O 4 , or CeO 2 in a total amount ranging from 10 to 30 wt%, the weight percentages being expressed relative to the enamel composition. SiO 2 in an amount ranging from 25 to 50 wt%; B 2 O 3 in an amount ranging from 1 to 15 wt%; one or more of Li 2 O, Na 2 O, K 2 O, or NaF in a total amount ranging from 10 to 30 wt%; ZnO in an amount ranging from 1 to 15 wt%; MoO 3 in an amount ranging from 4 to 8 wt%; and one or more of TiO 2 , Bi 2 O 3 , NiO, Co 3 O 4 , or CeO 2 in a total amount ranging from 10 to 30 wt%, the weight percentages being expressed relative to the enamel composition.
A signal multiplexing apparatus, comprising: an injection level controller configured to generate a power-reduced enhanced layer signal by reducing power of an enhanced layer signal; a combiner configured to combine a core layer signal and the power-reduced enhanced layer signal for generating a multiplexed signal; a power normalizer configured to reduce power of the multiplexed signal to power corresponding to the core layer signal for generating a power-reduced multiplexed signal; and a time interleaver configured to perform interleaving applied to both a core layer corresponding to the core layer signal and an enhanced layer corresponding to the power-reduced enhanced layer signal after combining the core layer signal and the power-reduced enhanced layer signal, wherein the time interleaver is shared for both the core layer and the enhanced layer, wherein the injection level controller reduces the power of the enhanced layer signal corresponding to a scaling factor and the power normalizer reduces the power of the multiplexed signal corresponding to a normalizing factor, wherein the scaling factor is applied to the enhanced layer signal and the normalizing factor is applied to both the core layer signal and the power-reduced enhanced layer signal, wherein the scaling factor and the normalizing factor vary in opposite directions according to variations of reduction in power corresponding to the injection level controller, wherein the injection level controller changes an injection level with predetermined step sizes, the predetermined step sizes including 0.5dB. an injection level controller configured to generate a power-reduced enhanced layer signal by reducing power of an enhanced layer signal; a combiner configured to combine a core layer signal and the power-reduced enhanced layer signal for generating a multiplexed signal; a power normalizer configured to reduce power of the multiplexed signal to power corresponding to the core layer signal for generating a power-reduced multiplexed signal; and a time interleaver configured to perform interleaving applied to both a core layer corresponding to the core layer signal and an enhanced layer corresponding to the power-reduced enhanced layer signal after combining the core layer signal and the power-reduced enhanced layer signal, wherein the time interleaver is shared for both the core layer and the enhanced layer, wherein the injection level controller reduces the power of the enhanced layer signal corresponding to a scaling factor and the power normalizer reduces the power of the multiplexed signal corresponding to a normalizing factor, wherein the scaling factor is applied to the enhanced layer signal and the normalizing factor is applied to both the core layer signal and the power-reduced enhanced layer signal, wherein the scaling factor and the normalizing factor vary in opposite directions according to variations of reduction in power corresponding to the injection level controller, wherein the injection level controller changes an injection level with predetermined step sizes, the predetermined step sizes including 0.5dB.
Mobile air-conditioning unit for air-conditioning the room air in a building with a buffer store which is designed as a latent heat store using a PCM material , characterised in that in particular a paraffin material is used as the PCM material , in that in the interior of the housing of the buffer store , the PCM material is arranged to fill a gap in the space between heat-exchanger modules with water flowing through, and in that the water-conveying pipe is guided through the heat-exchanger modules into an air-water heat exchanger through which room air to be air-conditioned flows, and in that the heat-exchanger modules have connecting tubes which are connected to assigned convector plates on the outer side, wherein the PCM material is arranged distributed uniformly to fill a gap and to transfer heat in the space between the convector plates .
The use of an azeotrope-like composition comprising effective amounts of HFO-1234yf and HFO-1225yeZ as a heat transfer composition, for use in an air conditioning system, a refrigeration system or a heat pump, wherein the azeotrope-like composition consists essentially of from 93 to less than 100 weight percent HFO-1234yf and from greater than zero to 7 weight percent of HFO-1225yeZ.