mhurhangee/ep-ind-claims huggingface dataset:
A rotating electric machine comprising: a stator and a rotor that is rotatably provided through a rotary gap with respect to the stator, wherein the rotor includes a rotor core in which rotor plates punched from roll formed magnetic steel plate are laminated and a spider that retains the rotor core; the rotor plates and the rotor core include a plurality of keys arranged in their inner circumference contacting with the spider; the spider includes a plurality of keyways arranged in its outer circumference contacting with the rotor; a plurality of keys of the rotor core and a plurality of keyways of the spider are formed in such a manner that they fit with each other; characterized in that the plurality of keys of the rotor core and the plurality of keyways of the spider fit in a combination that renders a weight imbalance of the rotor core due to lamination of the rotor plates and a weight imbalance of the spider cancel each other; and wherein at least one of the plurality of keyways of the spider is formed as a small width keyway which has a smaller width than other keyways, and among the plurality of keys of the rotor core, a rotor core minimum mass key, which shows that a mass of the rotor core in a direction in which the rotor minimum mass key exists is minimum, is fitted into the small width keyway. a stator and a rotor that is rotatably provided through a rotary gap with respect to the stator, wherein the rotor includes a rotor core in which rotor plates punched from roll formed magnetic steel plate are laminated and a spider that retains the rotor core; the rotor plates and the rotor core include a plurality of keys arranged in their inner circumference contacting with the spider; the spider includes a plurality of keyways arranged in its outer circumference contacting with the rotor; a plurality of keys of the rotor core and a plurality of keyways of the spider are formed in such a manner that they fit with each other; characterized in that the plurality of keys of the rotor core and the plurality of keyways of the spider fit in a combination that renders a weight imbalance of the rotor core due to lamination of the rotor plates and a weight imbalance of the spider cancel each other; and wherein at least one of the plurality of keyways of the spider is formed as a small width keyway which has a smaller width than other keyways, and among the plurality of keys of the rotor core, a rotor core minimum mass key, which shows that a mass of the rotor core in a direction in which the rotor minimum mass key exists is minimum, is fitted into the small width keyway.
A relay device, comprising a transceiver configured to receive control signals from blocks of a protocol stack implemented in a network node; a processor; and a memory coupled to said processor and containing instructions that configure the processor to operate the transceiver to exchange said control signals, wherein said instructions further configure the processor to pass control signals from a first proper subset of blocks of the protocol stack to a remote device without operating according to said control signals from the first proper subset of blocks of the protocol stack, and to operate according to control signals from a second proper subset of blocks of the protocol stack thereby operating on behalf of the remote device to support communication between said remote device and said network node, wherein said first proper subset of blocks of the protocol stack includes long term evolution radio resource control and packet data convergence protocol blocks and said second proper subset of blocks of the protocol stack includes long term evolution radio link control, medium access control and physical blocks, characterised in that said instructions further configure the processor to support two or more air interface connections with said network node, each air interface connection supporting a stream of data associated with a respective cell radio network temporary identifier, one stream of data being directed to the relay device and another stream of data being directed to the remote device. a transceiver configured to receive control signals from blocks of a protocol stack implemented in a network node; a processor; and a memory coupled to said processor and containing instructions that configure the processor to operate the transceiver to exchange said control signals, wherein said instructions further configure the processor to pass control signals from a first proper subset of blocks of the protocol stack to a remote device without operating according to said control signals from the first proper subset of blocks of the protocol stack, and to operate according to control signals from a second proper subset of blocks of the protocol stack thereby operating on behalf of the remote device to support communication between said remote device and said network node, wherein said first proper subset of blocks of the protocol stack includes long term evolution radio resource control and packet data convergence protocol blocks and said second proper subset of blocks of the protocol stack includes long term evolution radio link control, medium access control and physical blocks, characterised in that said instructions further configure the processor to support two or more air interface connections with said network node, each air interface connection supporting a stream of data associated with a respective cell radio network temporary identifier, one stream of data being directed to the relay device and another stream of data being directed to the remote device.
A method for controlling audio/video or home automation devices comprising the steps of: receiving a registration message at a state center from an endpoint that supports voice over Internet Protocol, VoIP, calling, the registration message indicating a telephony event involving the endpoint and an Internet Protocol private branch exchange, IP PBX, separate from the state center, the telephony event being the endpoint registering with the IP PBX, the endpoint placing a call through the IP PBX, or the endpoint receiving a call via the IP PBX; based on the registration message, updating telephony state at the state center to indicate the telephony event involving the endpoint and the IP PBX; and sending a notification message from the state center to one or more first devices that have registered to receive notification messages from the state center for telephony events, to inform the one or more first devices of occurrence of the telephony event involving the endpoint and the IP PBX and to cause at least one first device to perform a responsive action that controls an audio/video, A/V, or home automation device in response to the telephony event, wherein state information for the telephony event involving the endpoint and the IP PBX is not directly accessible to the one or more first devices from the IP PBX. receiving a registration message at a state center from an endpoint that supports voice over Internet Protocol, VoIP, calling, the registration message indicating a telephony event involving the endpoint and an Internet Protocol private branch exchange, IP PBX, separate from the state center, the telephony event being the endpoint registering with the IP PBX, the endpoint placing a call through the IP PBX, or the endpoint receiving a call via the IP PBX; based on the registration message, updating telephony state at the state center to indicate the telephony event involving the endpoint and the IP PBX; and sending a notification message from the state center to one or more first devices that have registered to receive notification messages from the state center for telephony events, to inform the one or more first devices of occurrence of the telephony event involving the endpoint and the IP PBX and to cause at least one first device to perform a responsive action that controls an audio/video, A/V, or home automation device in response to the telephony event, wherein state information for the telephony event involving the endpoint and the IP PBX is not directly accessible to the one or more first devices from the IP PBX.
An electric processing system comprising: a bipolar type forceps adapted to receive a high-frequency power applied from the outside and to carry out processing to a living tissue held between distal ends; a drive control apparatus adapted to generate and output a high-frequency power which is intermittently applied to the forceps by feedback control adapted to set an output value of a subsequent high-frequency power based on the precedently output high-frequency power; and a control portion adapted to sample the sequentially output high-frequency power, to detect a phase difference of a current and a voltage, to detect occurrence of abnormal discharge between the distal ends based on the phase difference, to reduce a voltage of the high-frequency power to an application voltage that has been empirically set as a voltage which stops abnormal discharge, to prolong an application time, and to use a completion judgment method configured to determine if the processing is completed; wherein the control portion is provided in the drive control apparatus. a bipolar type forceps adapted to receive a high-frequency power applied from the outside and to carry out processing to a living tissue held between distal ends; a drive control apparatus adapted to generate and output a high-frequency power which is intermittently applied to the forceps by feedback control adapted to set an output value of a subsequent high-frequency power based on the precedently output high-frequency power; and a control portion adapted to sample the sequentially output high-frequency power, to detect a phase difference of a current and a voltage, to detect occurrence of abnormal discharge between the distal ends based on the phase difference, to reduce a voltage of the high-frequency power to an application voltage that has been empirically set as a voltage which stops abnormal discharge, to prolong an application time, and to use a completion judgment method configured to determine if the processing is completed; wherein the control portion is provided in the drive control apparatus.
A method of communicating in a wireless communications system, performed by an access terminal, comprising: monitoring a first communication session on a second network; receiving at least one page on a first network during the first communication session, the first and second network configured for operation on different physical layers; pausing the first communication session over the second network; sending a response to the at least one page over the first network; characterised by receiving a call announcement message on the first network that announces a second communication session on the first network; determining, based on the call announcement message, whether to transition from the first communication session on the second network to the second communication session announced on the first network; and selectively transitioning to the second communication session based on the determining step. monitoring a first communication session on a second network; receiving at least one page on a first network during the first communication session, the first and second network configured for operation on different physical layers; pausing the first communication session over the second network; sending a response to the at least one page over the first network; characterised by receiving a call announcement message on the first network that announces a second communication session on the first network; determining, based on the call announcement message, whether to transition from the first communication session on the second network to the second communication session announced on the first network; and selectively transitioning to the second communication session based on the determining step.
A system associated with the movement of a limb, the system comprising: a foot unit; and an attachment member having an upper end and a lower end, wherein the lower end is pivotably attached to a first location on the foot unit; characterized in that the system comprises: an actuator operatively coupled to the foot unit and to the attachment member, wherein the actuator is configured to actively adjust an angle between the attachment member and the foot unit such that during a first portion of a swing phase the angle decreases and during a second portion of the swing phase after the first portion the angle increases before contacting the ground. a foot unit; and an attachment member having an upper end and a lower end, wherein the lower end is pivotably attached to a first location on the foot unit; characterized in that the system comprises: an actuator operatively coupled to the foot unit and to the attachment member, wherein the actuator is configured to actively adjust an angle between the attachment member and the foot unit such that during a first portion of a swing phase the angle decreases and during a second portion of the swing phase after the first portion the angle increases before contacting the ground.
Substantially gel-free and substantially linear biodegradable thermoplastic polyester comprising units deriving from at least one diacid and at least one diol, obtainable by reaction with radical initiators starting from a precursor polyester provided with less than 1 % by moles, with respect to the moles of repetitive units of the polyester precursor, of an unsaturated chain terminator, said terminator having the formula: T-(CH 2) n -CH=CH 2 wherein "T" is selected from the group consisting of hydroxylic, carboxylic, amine, amide or ester group, and "n" is an integer comprised between 0 and 13, said polyester showing a gel fraction, determined as indicated in the description, lower than 5 % (w/w) with respect to the polyester and a structure comprising the multiple repetition in linear sequence of repeating units with at most 3 % by moles, with respect to the quantity of diacids or their derivatives and, if present, of hydroxyacids or their derivatives, of one or more polyfunctional molecules, and wherein the biodegradable polyester is biodegradable according to the standard EN 13432.
Brazed plate heat exchanger comprising a number of heat exchanger plates (120, 130, 140, 150) stacked in a stack and being provided with a pressed pattern of ridges and grooves adapted to keep the heat exchanger plates (120, 130, 140, 150) in the stack on a distance from one another by crossing points between the ridges and grooves of neighboring plates under formation of interplate flow channels, said flow channels being in selective fluid communication with port openings (A, B, C, D) such that fluids to exchange heat can flow from one port opening to another through the interplate flow channels under heat exchange with a fluid flowing through at least one neighboring interplate flow channel, the plate heat exchanger further comprising and end plate which is provided with at least one reinforcement groove (111; 112; 113) provided between neighboring port openings (A, B, C, D), the at least one reinforcement groove (111; 112; 113) is a groove pressed in the end plate, characterized in that the at least one reinforcement groove (111; 112; 113) is pressed towards the neighboring heat exchanger plate and in that a reinforcement pattern (121; 122) adapted to receive the at least one reinforcement groove (111; 112; 113) of the end plate is provided in the heat exchanger plate neighboring the end plate.
A system for the management of a clay shooting session, comprising session control hardware and software means and a user interface operatively connected to said hardware and software control means, wherein the user interface comprises a plurality of user buttons operable by a user following the execution of a shot, said plurality of buttons comprising a first button for a lost clay target, a second button for a second barrel shot taken, and a third button for a no-target, wherein the hardware and software control means are configured to: - receive button signals operated by the respective user buttons, - receive a voice command signal from a voice command detection device, - receive a shot taken signal, - control the release of a clay target, - store a data set relating to a shot taken, wherein, in the event of pressing the no-target button, the hardware and software means are further configured to: - check whether the data stored before the no-target button was pressed include at least one of the following: data relating to the shot made signal, data relating to pressing the second barrel shot button, data relating to pressing the lost clay target button; - If not, overwriting the data stored before the no-target button is pressed with the data set relating to the shot after the no-target button is pressed; - If so, keeping the data set stored before the no-target button is pressed and identify as a repeated shot the data set relating to the next shot after the no-target button is pressed. - receive button signals operated by the respective user buttons, - receive a voice command signal from a voice command detection device, - receive a shot taken signal, - control the release of a clay target, - store a data set relating to a shot taken, wherein, in the event of pressing the no-target button, the hardware and software means are further configured to: - check whether the data stored before the no-target button was pressed include at least one of the following: data relating to the shot made signal, data relating to pressing the second barrel shot button, data relating to pressing the lost clay target button; - If not, overwriting the data stored before the no-target button is pressed with the data set relating to the shot after the no-target button is pressed; - If so, keeping the data set stored before the no-target button is pressed and identify as a repeated shot the data set relating to the next shot after the no-target button is pressed. - check whether the data stored before the no-target button was pressed include at least one of the following: data relating to the shot made signal, data relating to pressing the second barrel shot button, data relating to pressing the lost clay target button; - If not, overwriting the data stored before the no-target button is pressed with the data set relating to the shot after the no-target button is pressed; - If so, keeping the data set stored before the no-target button is pressed and identify as a repeated shot the data set relating to the next shot after the no-target button is pressed.
A fireproof wooden building member, such as a post or a beam, comprising: an elongated structural wooden portion (12, 22) having a rectangular cross-section, and configured to receive a load applied thereto; a coating portion (14, 24) with which at least three sides of the cross section of the structural portion are coated over an entire length of the structural portion; and an insulating portion (16, 26) which is interposed between the structural portion and the coating portion in a laminated manner and prevents the load applied to the structural portion from transmitting to the coating portion, characterized in that the insulating portion comprises a gypsum board, and an aluminum foil is stuck to at least a joint appearing in an outer peripheral surface of the gypsum board. an elongated structural wooden portion (12, 22) having a rectangular cross-section, and configured to receive a load applied thereto; a coating portion (14, 24) with which at least three sides of the cross section of the structural portion are coated over an entire length of the structural portion; and an insulating portion (16, 26) which is interposed between the structural portion and the coating portion in a laminated manner and prevents the load applied to the structural portion from transmitting to the coating portion,
A dispenser comprising: a syringe having a discharge port; a plunger being slidably fitted in the syringe, and a controller that supplies pressurized air to the syringe, wherein the plunger is made of an elastic resin material and includes a large diameter body portion provided with a ring-shaped contact surface (24, 25) that contacts an inner wall surface of the syringe, a rear opening formed in a backside of the large diameter body portion, and a small diameter body portion provided with a front opening, and wherein the front opening is formed in a size allowing a liquid material to be directly pressed by pressurized air, and allowing at least the plunger to move following a fall in water head position, which is caused with discharge and consumption of the liquid material; characterized in that the front opening of the plunger has a larger diameter than the discharge port of the syringe. a syringe having a discharge port; a plunger being slidably fitted in the syringe, and a controller that supplies pressurized air to the syringe, wherein the plunger is made of an elastic resin material and includes a large diameter body portion provided with a ring-shaped contact surface (24, 25) that contacts an inner wall surface of the syringe, a rear opening formed in a backside of the large diameter body portion, and a small diameter body portion provided with a front opening, and wherein the front opening is formed in a size allowing a liquid material to be directly pressed by pressurized air, and allowing at least the plunger to move following a fall in water head position, which is caused with discharge and consumption of the liquid material; characterized in that the front opening of the plunger has a larger diameter than the discharge port of the syringe.
A method for encoding audio frames, the method comprising: producing, using a first coding method, a first frame of coded audio samples by coding a first audio frame in a sequence of frames; producing, using a second coding method, at least a portion of a second frame of coded audio samples by coding at least a portion of a second audio frame in the sequence of frames; and producing parameters for generating audio gap filler samples, wherein the parameters are representative of both a weighted segment of the first frame of coded audio samples and a weighted segment of the portion of the second frame of coded audio samples. producing, using a first coding method, a first frame of coded audio samples by coding a first audio frame in a sequence of frames; producing, using a second coding method, at least a portion of a second frame of coded audio samples by coding at least a portion of a second audio frame in the sequence of frames; and producing parameters for generating audio gap filler samples, wherein the parameters are representative of both a weighted segment of the first frame of coded audio samples and a weighted segment of the portion of the second frame of coded audio samples.