mhurhangee/patent-ind-claim-en huggingface dataset:
A heat pump device comprising: a compressor including a compression mechanism that compresses a refrigerant and a motor that drives the compression mechanism ; an inverter configured to apply a voltage for driving the motor ; a converter configured to apply a voltage to the inverter ; a bus-voltage detecting unit configured to detect an output voltage of the converter ; an inverter control unit configured to generate a driving signal for driving the inverter , wherein the inverter control unit is further configured to include a heating operation mode in which a heating operation of the compressor is performed by applying a high-frequency alternating-current voltage to the motor and a normal operation mode in which a refrigerant is compressed by performing a normal operation of the compressor ; and characterized in that a converter control unit is configured to generate a driving signal for driving the converter on the basis of a signal input from the inverter control unit and a signal (Vdc) input from the bus-voltage detecting unit and outputs the driving signal to the converter , and in the heating operation mode of the inverter control unit , the converter control unit is configured to stop the converter when a voltage amplitude given to the motor is equal to or larger than a bus voltage detection value detected by bus-voltage detecting unit and to step down the voltage applied to the inverter when the voltage amplitude is smaller than the bus voltage detection value. a compressor including a compression mechanism that compresses a refrigerant and a motor that drives the compression mechanism ; an inverter configured to apply a voltage for driving the motor ; a converter configured to apply a voltage to the inverter ; a bus-voltage detecting unit configured to detect an output voltage of the converter ; an inverter control unit configured to generate a driving signal for driving the inverter , wherein the inverter control unit is further configured to include a heating operation mode in which a heating operation of the compressor is performed by applying a high-frequency alternating-current voltage to the motor and a normal operation mode in which a refrigerant is compressed by performing a normal operation of the compressor ; and characterized in that a converter control unit is configured to generate a driving signal for driving the converter on the basis of a signal input from the inverter control unit and a signal (Vdc) input from the bus-voltage detecting unit and outputs the driving signal to the converter , and in the heating operation mode of the inverter control unit , the converter control unit is configured to stop the converter when a voltage amplitude given to the motor is equal to or larger than a bus voltage detection value detected by bus-voltage detecting unit and to step down the voltage applied to the inverter when the voltage amplitude is smaller than the bus voltage detection value.
An imaging device comprising: a sensor unit configured to capture an image and transfer the captured image as image data, a main memory , a temporary memory configured to temporarily store the image data transferred from the sensor unit and then transfer the image data to the main memory , and a display unit configured to display an image stored in the main memory, wherein in a case where high-speed continuous imaging is instructed, the temporary memory sequentially stores a plurality of pieces of the image data transferred from the sensor unit at a predetermined speed in a state where the transfer of the image data from the temporary memory to the main memory is stopped, and then at the timing when the high-speed continuous imaging ends sequentially transfers the plurality of pieces of stored image data to the main memory at a speed lower than the predetermined speed, the sensor unit further transfers image data of a low-resolution image obtained by thinning pixels of the captured image to the main memory without storage in the temporary memory, and the display unit displays the image data of the low-resolution image as a live view image. a sensor unit configured to capture an image and transfer the captured image as image data, a main memory , a temporary memory configured to temporarily store the image data transferred from the sensor unit and then transfer the image data to the main memory , and a display unit configured to display an image stored in the main memory, wherein in a case where high-speed continuous imaging is instructed, the temporary memory sequentially stores a plurality of pieces of the image data transferred from the sensor unit at a predetermined speed in a state where the transfer of the image data from the temporary memory to the main memory is stopped, and then at the timing when the high-speed continuous imaging ends sequentially transfers the plurality of pieces of stored image data to the main memory at a speed lower than the predetermined speed, the sensor unit further transfers image data of a low-resolution image obtained by thinning pixels of the captured image to the main memory without storage in the temporary memory, and the display unit displays the image data of the low-resolution image as a live view image.
Operating method for operating a loading bridge arrangement , the loading bridge arrangement comprising a control device , a gate device movable between a closed position and an open position, and loading bridge device having a home position and a loading bridge maximum adjustment height, wherein a first group of steps is carried out in dependence on a first actuation signal received from the control device , wherein a second group of steps is carried out in dependence on a second actuation signal received from the control device to move the gate device in the direction of the open position, wherein the first group comprises the following steps: aa) controlling the loading bridge device by the control device in response to the first actuation signal to drive the loading bridge device toward the home position; ab) determining a closing operation gate travel time by the gate device for the closing operation of the gate device ; ac) controlling the gate device by the control device based on the determined closing operation gate travel time in such a way that the gate device moves in the direction of the closed position and reaches the closed position at the earliest when the loading bridge device reaches or has reached the home position; wherein the second group comprises the following steps: ba) controlling the gate device by the control device in response to the second actuation signal to drive the gate device toward the open position; bb) determining the instantaneous gate leaf position by the gate device and releasing the loading bridge device for manual control by the control device when the determined instantaneous gate leaf position has reached or exceeded the loading bridge maximum adjustment height. aa) controlling the loading bridge device by the control device in response to the first actuation signal to drive the loading bridge device toward the home position; ab) determining a closing operation gate travel time by the gate device for the closing operation of the gate device ; ac) controlling the gate device by the control device based on the determined closing operation gate travel time in such a way that the gate device moves in the direction of the closed position and reaches the closed position at the earliest when the loading bridge device reaches or has reached the home position; ba) controlling the gate device by the control device in response to the second actuation signal to drive the gate device toward the open position; bb) determining the instantaneous gate leaf position by the gate device and releasing the loading bridge device for manual control by the control device when the determined instantaneous gate leaf position has reached or exceeded the loading bridge maximum adjustment height.
A method for securing an interface and for securing a process for establishing a secure communication link between a first Application Function located in an unsecure zone and a second Authentication Function , comprising: - the first Application Function sending an authentication request message to the second Authentication Function ; - the first Application Function receiving a response to the authentication request from the second Authentication Function including an authentication challenge; - the first Application Function sending a challenge response to the second Authentication Function ; - upon receiving a response indicating success from the second Authentication Function , the first Application Function generating a session key using secret authentication credentials and information included in the authentication challenge; and - the first Application Function handshaking with the second Authentication Function and establishing the secure communication link using the session key, thereby securing the interface between the first Application Function and the second Authentication Function , wherein the first Application Function is a Network Application Function, NAF, and the second Authentication Function is a Bootstrapping Server Functionality, BSF, as defined in Generic Bootstrapping Architecture, GBA. - the first Application Function sending an authentication request message to the second Authentication Function ; - the first Application Function receiving a response to the authentication request from the second Authentication Function including an authentication challenge; - the first Application Function sending a challenge response to the second Authentication Function ; - upon receiving a response indicating success from the second Authentication Function , the first Application Function generating a session key using secret authentication credentials and information included in the authentication challenge; and - the first Application Function handshaking with the second Authentication Function and establishing the secure communication link using the session key, thereby securing the interface between the first Application Function and the second Authentication Function , wherein the first Application Function is a Network Application Function, NAF, and the second Authentication Function is a Bootstrapping Server Functionality, BSF, as defined in Generic Bootstrapping Architecture, GBA.
A computer-implemented method for facilitating processing in a computing environment, the method comprising: executing an instruction that results in recognition of a guarded storage event, characterised wherein the guarded storage event occurs based on attempting access to an address in a guarded section of storage defined by a boundary indicating a range of addresses that are guarded, the guarded storage event protecting addresses within the boundary; and creating a guarded storage event record , based on executing the instruction that results in recognition of the guarded storage event, the guarded storage event record including an indication of the instruction resulting in recognition of the guarded storage event. executing an instruction that results in recognition of a guarded storage event, characterised wherein the guarded storage event occurs based on attempting access to an address in a guarded section of storage defined by a boundary indicating a range of addresses that are guarded, the guarded storage event protecting addresses within the boundary; and creating a guarded storage event record , based on executing the instruction that results in recognition of the guarded storage event, the guarded storage event record including an indication of the instruction resulting in recognition of the guarded storage event.
Luggage of motorcycle separably associated with a support frame configured to be associable with a frame of a motorcycle, wherein said support frame comprising at least one engageable element , said luggage of a motorcycle comprises a control mechanism comprising at least one control lever , a hooking mechanism comprising at least one engagement element being adapted to pass from a position of engagement with said at least one engageable element of said support frame and a position of disengagement from said at least one engageable element , a lever system comprising at least one cord comprising a first end connected to said control mechanism and a second end connected to said hooking mechanism , characterized in that said lever system comprises at least one pulley adapted to allow a sliding of said at least one cord , said pulley being rotatably mounted at said hooking mechanism , wherein said engagement element is slidably mounted with said luggage to pass from said position of engagement to said position of disengagement with said at least one engageable element and in that said engagement element is connected to said second end of said at least one cord of said lever system . a control mechanism comprising at least one control lever , a hooking mechanism comprising at least one engagement element being adapted to pass from a position of engagement with said at least one engageable element of said support frame and a position of disengagement from said at least one engageable element , a lever system comprising at least one cord comprising a first end connected to said control mechanism and a second end connected to said hooking mechanism , characterized in that said lever system comprises at least one pulley adapted to allow a sliding of said at least one cord , said pulley being rotatably mounted at said hooking mechanism , wherein said engagement element is slidably mounted with said luggage to pass from said position of engagement to said position of disengagement with said at least one engageable element and in that said engagement element is connected to said second end of said at least one cord of said lever system .
A surgical tool, comprising: a guidewire : a balloon insertion mechanism : and a locking mechanism , comprising a nut and a screwed section , the nut arranged to turn on the screwed section; wherein the guidewire and the balloon insertion mechanism traverse the locking mechanism, wherein the locking mechanism is configurable in: an unlocked state, in which both the balloon insertion mechanism and the guidewire are free to move within the locking mechanism, wherein the locking mechanism is configured such that the locking mechanism is in the unlocked state when the nut is positioned in the center of the screwed section; a first locked state, in which the balloon insertion mechanism is fixedly held by the locking mechanism and the guidewire is free to move within the locking mechanism, wherein the locking mechanism is configured such that the first locked state is implemented by turning the nut in a first direction so as to raise the nut; and a second locked state, in which the guidewire is fixedly held by the locking mechanism while the balloon insertion mechanism is free to move within the locking mechanism, wherein the locking mechanism is configured such that the second locked state is implemented by turning the nut in a second direction, opposite to the first direction, so as to lower the nut. a balloon insertion mechanism : and a locking mechanism , comprising a nut and a screwed section , the nut arranged to turn on the screwed section; an unlocked state, in which both the balloon insertion mechanism and the guidewire are free to move within the locking mechanism, wherein the locking mechanism is configured such that the locking mechanism is in the unlocked state when the nut is positioned in the center of the screwed section; a first locked state, in which the balloon insertion mechanism is fixedly held by the locking mechanism and the guidewire is free to move within the locking mechanism, wherein the locking mechanism is configured such that the first locked state is implemented by turning the nut in a first direction so as to raise the nut; and a second locked state, in which the guidewire is fixedly held by the locking mechanism while the balloon insertion mechanism is free to move within the locking mechanism, wherein the locking mechanism is configured such that the second locked state is implemented by turning the nut in a second direction, opposite to the first direction, so as to lower the nut.
A battery degradation evaluation system comprising: an acquisition section configured to acquire state quantities of a battery mounted at a vehicle ; a derivation section configured to, based on each state quantity acquired by the acquisition section and a pre-specified computation model, derive each of a short-term degradation probability of the battery degrading in a pre-specified short period, a medium-term degradation probability of the battery degrading in a medium period that is longer than the short period, and a long-term degradation probability of the battery degrading in a long period that is longer than the medium period; and an evaluation section configured to evaluate degradation of the battery based on derivation results from the derivation section , the evaluation section being configured to set a higher weighting for a combined degradation probability for the short period and the medium period when a number of state quantities is smaller, the combined degradation probability being calculated from the long-term degradation probability, and set a higher weighting for the short-term degradation probability when the number of state quantities is larger, the state quantities being used as data for learning of the computation model. an acquisition section configured to acquire state quantities of a battery mounted at a vehicle ; a derivation section configured to, based on each state quantity acquired by the acquisition section and a pre-specified computation model, derive each of a short-term degradation probability of the battery degrading in a pre-specified short period, a medium-term degradation probability of the battery degrading in a medium period that is longer than the short period, and a long-term degradation probability of the battery degrading in a long period that is longer than the medium period; and a short-term degradation probability of the battery degrading in a pre-specified short period, a medium-term degradation probability of the battery degrading in a medium period that is longer than the short period, and a long-term degradation probability of the battery degrading in a long period that is longer than the medium period; and an evaluation section configured to evaluate degradation of the battery based on derivation results from the derivation section , the evaluation section being configured to set a higher weighting for a combined degradation probability for the short period and the medium period when a number of state quantities is smaller, the combined degradation probability being calculated from the long-term degradation probability, and set a higher weighting for the short-term degradation probability when the number of state quantities is larger, set a higher weighting for a combined degradation probability for the short period and the medium period when a number of state quantities is smaller, the combined degradation probability being calculated from the long-term degradation probability, and set a higher weighting for the short-term degradation probability when the number of state quantities is larger,
An electronic device , comprising: a driving substrate , comprising a plurality of circular grooves and a plurality of rectangular grooves ; a plurality of disc-shaped light-emitting units , wherein at least one disc-shaped light-emitting unit of the plurality of disc-shaped light-emitting units is disposed in at least one circular groove of the plurality of circular grooves, and the at least one disc-shaped light-emitting unit comprises an alignment element positioned on a top surface of the at least one disc-shaped light-emitting unit ; and at least one rectangular light-emitting unit disposed in at least one rectangular groove of the plurality of rectangular grooves; wherein a diameter of the at least one disc-shaped light-emitting unit is defined as R, a diameter of the alignment element is defined as r, a width of the at least one rectangular groove is defined as w, and a height of the at least one rectangular groove is defined as H, and the at least one disc-shaped light-emitting unit and the at least one rectangular groove satisfy the condition of (R+r)/2>(w 2 +H 2 ) 1/2 . a driving substrate , comprising a plurality of circular grooves and a plurality of rectangular grooves ; a plurality of disc-shaped light-emitting units , wherein at least one disc-shaped light-emitting unit of the plurality of disc-shaped light-emitting units is disposed in at least one circular groove of the plurality of circular grooves, and the at least one disc-shaped light-emitting unit comprises an alignment element positioned on a top surface of the at least one disc-shaped light-emitting unit ; and at least one rectangular light-emitting unit disposed in at least one rectangular groove of the plurality of rectangular grooves; wherein a diameter of the at least one disc-shaped light-emitting unit is defined as R, a diameter of the alignment element is defined as r, a width of the at least one rectangular groove is defined as w, and a height of the at least one rectangular groove is defined as H, and the at least one disc-shaped light-emitting unit and the at least one rectangular groove satisfy the condition of (R+r)/2>(w 2 +H 2 ) 1/2 .
An aerial vehicle comprising: an envelope including a plurality of gores (210A-210D); and a seal arranged between a pair of the plurality of gores (210A-210D), the seal including six layers of envelope material heat-sealed together, wherein, a first layer of the envelope material is a first strip of envelope material, adjacent to the first layer of the envelope material is a second layer of the envelope material which is a second strip of envelope material, adjacent to the second layer of envelope material is a third layer of envelope material which is a first gore of the pair, adjacent to the third layer of envelope material is a fourth layer of the envelope which is a second gore of the pair, adjacent to the fourth layer of envelope material is a fifth layer of the envelope material, adjacent to the fifth layer of the envelope material is a sixth layer of the envelope material corresponding to a folded portion of the fifth layer of the envelope material, and a tendon arranged between the fifth layer of the envelope material and sixth layer of the material. an envelope including a plurality of gores (210A-210D); and a seal arranged between a pair of the plurality of gores (210A-210D), the seal including six layers of envelope material heat-sealed together, wherein, a first layer of the envelope material is a first strip of envelope material, adjacent to the first layer of the envelope material is a second layer of the envelope material which is a second strip of envelope material, adjacent to the second layer of envelope material is a third layer of envelope material which is a first gore of the pair, adjacent to the third layer of envelope material is a fourth layer of the envelope which is a second gore of the pair, adjacent to the fourth layer of envelope material is a fifth layer of the envelope material, adjacent to the fifth layer of the envelope material is a sixth layer of the envelope material corresponding to a folded portion of the fifth layer of the envelope material, and a tendon arranged between the fifth layer of the envelope material and sixth layer of the material.