mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method, comprising: transmitting a reference signal and a data signal in a Physical Resource Block, PRB, based on a coverage enhancement level indicating a repetition time, wherein the number of resource elements transmitting the reference signal in the PRB is determined by the coverage enhancement level, the channel type and/or the coding rate of the data signal, wherein the number of resource elements transmitting the reference signal in the PRB for a larger coverage enhancement level is more than that for a smaller coverage enhancement level or the number of resource elements transmitting the reference signal in the PRB for a higher coding rate is less than that for a lower coding rate; and wherein the data signal is used for transmitting System Information Block SIB1, and usage of resource elements transmitting the reference signal in the PRB is indicated by Master Information Block, MIB, or is specified; characterized in that the usages of resource elements transmitting the reference signals in the PRBs, for other SIBs, are indicated by SIB1. transmitting a reference signal and a data signal in a Physical Resource Block, PRB, based on a coverage enhancement level indicating a repetition time, wherein the number of resource elements transmitting the reference signal in the PRB is determined by the coverage enhancement level, the channel type and/or the coding rate of the data signal, wherein the number of resource elements transmitting the reference signal in the PRB for a larger coverage enhancement level is more than that for a smaller coverage enhancement level or the number of resource elements transmitting the reference signal in the PRB for a higher coding rate is less than that for a lower coding rate; and wherein the data signal is used for transmitting System Information Block SIB1, and usage of resource elements transmitting the reference signal in the PRB is indicated by Master Information Block, MIB, or is specified; characterized in that the usages of resource elements transmitting the reference signals in the PRBs, for other SIBs, are indicated by SIB1.
Split axial magnetic bearing for the mounting of a rotor of a thermal turbomachine, comprising - a bearing rotor comprising magnetic material, which bearing rotor is arranged on the circumference of, and connected to, the rotor, - two bearing stators (14, 16), which surround the circumference of the rotor and which, as viewed in an axial direction, are arranged to both sides of the bearing rotor and which each comprise magnetic-field-generating means for the controllable generation of a magnetic field conducted through the bearing rotor, wherein at least one of the bearing stators (14, 16) is formed, so as to be divided along a parting plane extending through the rotor, from two bearing stator halves (14-1, 14-2, 16-1, 16-2), characterized in that at least one of the bearing stators (14, 16) comprises magnetic material which is arranged in such a manner as to reduce eddy currents, and in that, at a parting joint of the two bearing stator halves (14-1, 14-2), the magnetic materials of the two bearing stator halves (14f-1, 14f-2) are joined together in an intermeshing manner, and/or the two bearing stator halves have, in the region of a parting joint of the two bearing stator halves (14h-1, 14h-2), a widening which increases the contact area thereof. - a bearing rotor comprising magnetic material, which bearing rotor is arranged on the circumference of, and connected to, the rotor, - two bearing stators (14, 16), which surround the circumference of the rotor and which, as viewed in an axial direction, are arranged to both sides of the bearing rotor and which each comprise magnetic-field-generating means for the controllable generation of a magnetic field conducted through the bearing rotor,
A computer-implemented method comprising: identifying, by a computing device, a model for predicting conversational phrases for a communication between at least a first user and a second user; training the model using long-short term memories, LSTMs, based upon, at least in part, an attribute associated with the second user, wherein the attribute includes one of an enterprise associated with the second user and one or more characteristics associated with the second user and communication logs of one or more prior communications of the second user; in response to receiving a sequence of input words from the second user predicting at least one conversational phrase for the communication between the first user and the second user for each subsequence of input words in the received sequence and saving a model state for each subsequence into memory; in response to the second user deleting one or more input words of the received sequence such that a new sequence matches a subsequence of the received sequence, retrieving the saved model state for the subsequence from memory; and providing the at least one conversational phrase to both the first user and the second user as an optional phrase to be sent to the first user before the second user has sent the at least one conversational phrase to the first user. identifying, by a computing device, a model for predicting conversational phrases for a communication between at least a first user and a second user; training the model using long-short term memories, LSTMs, based upon, at least in part, an attribute associated with the second user, wherein the attribute includes one of an enterprise associated with the second user and one or more characteristics associated with the second user and communication logs of one or more prior communications of the second user; in response to receiving a sequence of input words from the second user predicting at least one conversational phrase for the communication between the first user and the second user for each subsequence of input words in the received sequence and saving a model state for each subsequence into memory; in response to the second user deleting one or more input words of the received sequence such that a new sequence matches a subsequence of the received sequence, retrieving the saved model state for the subsequence from memory; and providing the at least one conversational phrase to both the first user and the second user as an optional phrase to be sent to the first user before the second user has sent the at least one conversational phrase to the first user.
A communication method of a terminal in a wireless network comprising an access point and a plurality of terminals, characterized in that the method comprises: setting a power management mode of the terminal to a power saving mode during a transmission opportunity (TXOP) duration in which the access point transmits at least one frame comprising data streams to the plurality of terminals; said power saving mode being a mode in which the terminal may change an operation state to an awake state or a doze state; receiving information from the access point; and determining the operation state (150, 160) of the terminal in the power saving mode by determining whether at least one of a plurality of criteria is satisfied based on the information received from the access point, wherein the plurality of criteria comprises a first criterion, a second criterion, and a third criterion, and if a group ID of the group indicates that the terminal is not a member of the group, the first criterion is satisfied, if the group ID indicates that the terminal is a member of the group, and if a data stream corresponding to the terminal is not to be transmitted from the access point during the TXOP, the second criterion is satisfied, and if the corresponding terminal receives an indicator indicating that there are no more additional data streams to be transmitted to the terminal during the TXOP, the third criterion is satisfied. setting a power management mode of the terminal to a power saving mode during a transmission opportunity (TXOP) duration in which the access point transmits at least one frame comprising data streams to the plurality of terminals; said power saving mode being a mode in which the terminal may change an operation state to an awake state or a doze state; receiving information from the access point; and determining the operation state (150, 160) of the terminal in the power saving mode by determining whether at least one of a plurality of criteria is satisfied based on the information received from the access point, wherein the plurality of criteria comprises a first criterion, a second criterion, and a third criterion, and if a group ID of the group indicates that the terminal is not a member of the group, the first criterion is satisfied, if the group ID indicates that the terminal is a member of the group, and if a data stream corresponding to the terminal is not to be transmitted from the access point during the TXOP, the second criterion is satisfied, and if the corresponding terminal receives an indicator indicating that there are no more additional data streams to be transmitted to the terminal during the TXOP, the third criterion is satisfied.
A waste collection and disposal system comprising: a fixed docking station; a mobile waste collection unit dockable with the fixed docking station; the mobile waste collection unit including a cart supporting at least one waste container (200, 202) for storing waste material; a power coupler for transferring electric power from the fixed docking station to the mobile waste collection unit; wherein the power coupler comprises: a first winding supported by the fixed docking station and electrically connectable to a fixed power source; and a second winding supported by the mobile waste collection unit and inductively coupleable to the first winding when the mobile waste collection unit is docked with the fixed docking station. a fixed docking station; a mobile waste collection unit dockable with the fixed docking station; the mobile waste collection unit including a cart supporting at least one waste container (200, 202) for storing waste material; a power coupler for transferring electric power from the fixed docking station to the mobile waste collection unit; wherein the power coupler comprises: a first winding supported by the fixed docking station and electrically connectable to a fixed power source; and a second winding supported by the mobile waste collection unit and inductively coupleable to the first winding when the mobile waste collection unit is docked with the fixed docking station.
A loudspeaker system comprising a) an input unit providing an electric input audio signal; b) an equalization unit for modifying said electric input audio signal or a processed version thereof in dependence on frequency and to provide an equalized electric audio signal (eINeq) according to a predefined equalization function, and c) a loudspeaker unit for converting said equalized electric audio signal or a processed version thereof to an acoustic output sound signal, d) a user interface (Ul) for modifying a volume level of said output sound signal in a multitude of steps V 0, V 1,..., V N, wherein the equalization unit is configured to apply a specific predefined equalization function EQ 0, EQ 1,..., EQ N to the electric input audio signal in each of said multitude of steps V 0, V 1,..., V N of the volume level, wherein each predefined equalization function EQ 0, EQ 1,..., EQ N indicates a predefined frequency dependent gain to be applied to the input audio signal when a corresponding volume V 0, V 1,..., V N is requested, and characterized in that the loudspeaker system is configured to operate in at least two modes of operation, a first mode operating in a full bandwidth mode and a second mode operating in a limited bandwidth mode, wherein each mode has a separate set of volume dependent equalization functions. a) an input unit providing an electric input audio signal; b) an equalization unit for modifying said electric input audio signal or a processed version thereof in dependence on frequency and to provide an equalized electric audio signal (eINeq) according to a predefined equalization function, and c) a loudspeaker unit for converting said equalized electric audio signal or a processed version thereof to an acoustic output sound signal, d) a user interface (Ul) for modifying a volume level of said output sound signal in a multitude of steps V 0, V 1,..., V N,
An engine, comprising: an exhaust manifold, an intake manifold, and an EGR device configured to supply EGR gas from the exhaust manifold to the intake manifold, wherein an upper end of an EGR cooler is attached to an attachment part provided to the exhaust manifold, characterized in that an EGR pipe extended from the EGR cooler to the intake manifold is partially formed inside the exhaust manifold, wherein a side where the exhaust manifold is arranged is referred to as the left side, a side where the intake manifold is arranged is referred to as the right side, and a side where the EGR device is arranged is referred to as the upper side. an exhaust manifold, an intake manifold, and an EGR device configured to supply EGR gas from the exhaust manifold to the intake manifold, wherein an upper end of an EGR cooler is attached to an attachment part provided to the exhaust manifold, characterized in that an EGR pipe extended from the EGR cooler to the intake manifold is partially formed inside the exhaust manifold, wherein a side where the exhaust manifold is arranged is referred to as the left side, a side where the intake manifold is arranged is referred to as the right side, and a side where the EGR device is arranged is referred to as the upper side.
A process for the production of a coherent virtually full density polyolefin sheet suitable for further processing by drawing to produce a high tenacity, highly oriented film, tape, fiber or sheet from a polyolefin powder comprising: a) feeding a metered amount of polyolefin powder into the nip between two counter rotating heated calender rolls (24, 24A) initially set at a gap smaller than the size of the smallest polyolefin powder particle and at a temperature above the melting point of the polyolefin powder; b) rolling the powder through the nip under these conditions until a coherent polyolefin sheet is produced; and c) once a coherent sheet of polyolefin exits the nip lowering the temperature in the nip to a temperature below the melting point of the polyolefin powder and increasing the gap to a desired level above the thickness of the largest powder particle. a) feeding a metered amount of polyolefin powder into the nip between two counter rotating heated calender rolls (24, 24A) initially set at a gap smaller than the size of the smallest polyolefin powder particle and at a temperature above the melting point of the polyolefin powder; b) rolling the powder through the nip under these conditions until a coherent polyolefin sheet is produced; and c) once a coherent sheet of polyolefin exits the nip lowering the temperature in the nip to a temperature below the melting point of the polyolefin powder and increasing the gap to a desired level above the thickness of the largest powder particle.
A method of determining whether interconnected channels in an endoscope are connected to a reprocessor comprising the steps of: a. providing a source of pressurized fluid; b. directing the pressurized fluid to a first channel of a plurality of specific interconnected channels in a specific model of endoscope under test; c. monitoring back pressure in a second of the interconnected channels connected to the reprocessor; said second channel being different from said first channel and interconnected with said first channel; and d. determining whether the interconnected channels are connected between the endoscope and the reprocessor by comparing the actual back pressure to a predetermined back pressure for the specific interconnected channels for the specific model of endoscope under test. a. providing a source of pressurized fluid; b. directing the pressurized fluid to a first channel of a plurality of specific interconnected channels in a specific model of endoscope under test; c. monitoring back pressure in a second of the interconnected channels connected to the reprocessor; said second channel being different from said first channel and interconnected with said first channel; and d. determining whether the interconnected channels are connected between the endoscope and the reprocessor by comparing the actual back pressure to a predetermined back pressure for the specific interconnected channels for the specific model of endoscope under test.
A hybrid module comprising: an electric motor having a stator, a rotor and a rotor carrier connected in a rotationally fixed manner to the rotor; a rotor position encoder sensor connected via an electrical conductor to a rotor position encoder sensor-connector in order to determine the rotational position of an encoder wheel, wherein the rotor position encoder sensor is arranged radially inside the rotor and the rotor position encoder sensor-connector is arranged radially outside the rotor and wherein the rotor position encoder sensor, the rotor position encoder sensor-connector and the electrical conductor are incorporated in a common structural unit in such a manner that a monolithic assembly is formed, which is interchangeably attachable to a connection piece. an electric motor having a stator, a rotor and a rotor carrier connected in a rotationally fixed manner to the rotor; a rotor position encoder sensor connected via an electrical conductor to a rotor position encoder sensor-connector in order to determine the rotational position of an encoder wheel, wherein the rotor position encoder sensor is arranged radially inside the rotor and the rotor position encoder sensor-connector is arranged radially outside the rotor and wherein the rotor position encoder sensor, the rotor position encoder sensor-connector and the electrical conductor are incorporated in a common structural unit in such a manner that a monolithic assembly is formed, which is interchangeably attachable to a connection piece.
Lifting device for a holder for items to be washed of a water-bearing domestic appliance, wherein the holder for items to be washed can be moved selectively into a washing container of the water-bearing domestic appliance or out of said washing container, wherein the lifting device is configured to raise the holder for items to be washed when the holder is moved out of the washing container and to lower the holder for items to be washed when the holder is moved into the washing container, and wherein the lifting device has a driving apparatus and a control apparatus, characterised in that the control apparatus is configured to actuate the driving apparatus in such a way during a manual movement of the holder for items to be washed that the driving apparatus assists the manual movement of the holder for items to be washed by means of a supporting force.
Force-measuring sleeve having a longitudinal axis and inner and outer circumferential surfaces (2, 3), each being respectively orientated concentrically to the longitudinal axis of the sleeve, wherein several recesses are radially worked into the outer circumferential surface, wherein each of the recesses comprises a symmetry axis respectively extending perpendicularly to the longitudinal axis, wherein several seatings are attached to the inner circumferential surface, wherein the seatings and the recesses are provided along a circular path extending concentrically about the longitudinal axis of the sleeve, wherein each of the seatings is formed as a ring segment, wherein the seatings are distanced to each other along the circular path and define a power-transmission surface being orientated concentrically to the longitudinal axis, wherein respectively one of the seatings is arranged radially aligned to respectively one of the symmetry axis of the recesses in an direct region of the corresponding recess, and wherein at a bottom and/or a wall of the recess respectively one strain gauge is fixed which forms a measuring point together with the respective recess.
A block copolymer comprising a compound of Formula I: wherein the following portion of the structure is a poly(ethylene oxide) that is about 2 kD to about 10 kD; wherein R' and R" are each -CH 3; wherein R''' is a suitable moiety that is resulting from a polymerization reaction; wherein R is -NR 1 R 2, wherein R 1 and R 2 are each independently an alkyl group, or wherein R 1 and R 2 join to form a ring; wherein L is a fluorescent label or a near-infrared label; wherein x is about 20 to about 200; wherein y is about 1 to about 6; wherein n is about 1 to about 4; wherein m is about 1 to about 4; and wherein the following portion of the structure: may be arranged in any order. wherein R' and R" are each -CH 3; wherein R''' is a suitable moiety that is resulting from a polymerization reaction; wherein R is -NR 1 R 2, wherein R 1 and R 2 are each independently an alkyl group, or wherein R 1 and R 2 join to form a ring; wherein L is a fluorescent label or a near-infrared label; wherein x is about 20 to about 200; wherein y is about 1 to about 6; wherein n is about 1 to about 4; wherein m is about 1 to about 4; and wherein the following portion of the structure: may be arranged in any order.
A control circuit, comprising a first and a second circuit component for purposes of switching electrical loads connected to a pole of a power supply as a function of activation signals for optocouplers, wherein each circuit component comprises a pair of optocouplers (1, 2), wherein at each optocoupler of the pair - a photovoltaic cell of the optocoupler is connected as a switch between the pole and a terminal connection of a control signal transmitter provided for the pole, and - a connection is established between an anode-side LED-terminal connection of the optocoupler and an activation signal input (5, 6, 61, 62) for one of the activation signals, wherein the activation signal input (6, 61, 62) of the connection established for a first optocoupler of the pair is connected to a cathode-side LED-terminal connection of a second optocoupler of the pair, wherein in the case of the first circuit component the activation signal input of the connection established for the second optocoupler of the pair is connected to a cathode-side LED-terminal connection of a first optocoupler of the pair, and wherein the control circuit is characterised in that the activation signal input of the second optocoupler of the second circuit component for the second optocoupler of the first circuit component forms the terminal connection of a control signal transmitter provided for the pole, and the first optocouplers of the first and second circuit components are connected with one another via their cathode-side LED-terminal connections. - a photovoltaic cell of the optocoupler is connected as a switch between the pole and a terminal connection of a control signal transmitter provided for the pole, and - a connection is established between an anode-side LED-terminal connection of the optocoupler and an activation signal input (5, 6, 61, 62) for one of the activation signals, wherein the activation signal input (6, 61, 62) of the connection established for a first optocoupler of the pair is connected to a cathode-side LED-terminal connection of a second optocoupler of the pair, wherein in the case of the first circuit component the activation signal input of the connection established for the second optocoupler of the pair is connected to a cathode-side LED-terminal connection of a first optocoupler of the pair, and wherein the control circuit is characterised in that the activation signal input of the second optocoupler of the second circuit component for the second optocoupler of the first circuit component forms the terminal connection of a control signal transmitter provided for the pole, and the first optocouplers of the first and second circuit components are connected with one another via their cathode-side LED-terminal connections.