mhurhangee/ep-ind-claims huggingface dataset:
Manual machine tool having a drive motor, a gearbox and a tool holder, wherein a motor drive of the drive motor with a gearbox drive of the gearbox and a gearbox of the drive that is rotatable about an axis of rotation are coupled to the tool holder in a manner which permits rotation, wherein the gearbox has a first switching gear element and a second switching gear element, which can be adjusted in a linear manner by means of an actuating device in each case between a first setting position and a second setting position relative to a gearbox housing, wherein the actuating device is coupled to the switching gear elements and has an actuating part which is pivotably mounted relative to a machine housing of the manual machine tool about an actuating pivot axis and can be actuated manually by an operator of the manual machine tool, wherein the first switching gear element can be adjusted in a linear manner along its setting axis by means of a pivot movement of the actuating part about the actuating pivot axis using a deflecting gear, wherein the deflecting gear comprises a carrier element which extends in a ring-shaped manner around the gearbox housing and is rotatably mounted about the actuating pivot axis, which carrier element is coupled to the first switching gear element to enable the linear adjustment of this by means of a first coupling element, wherein the actuating part is mounted in a manner which permits the linear displacement on the carrier element along an actuating longitudinal axis and is coupled to the at least one second switching gear element by means of a second coupling element to enable the linear displacement of the second switching gear element, charcaterised in that the carrier element is a carrier ring and that between the carrier ring and the first coupling element an, in particular ring-shaped, transmission part that can moved together with the carrier ring about the actuating pivot axis, is arranged, wherein the transmission part and the carrier ring can be moved relative to one another and between the transmission part and the carrier ring a spring arrangement actuable by a relative movement of the transmission part and the carrier ring is arranged for spring loading of the first setting gear element in at least one switch position.
A method of a User Equipment, in the following also referred to as UE, for performing random access procedure, comprising: the UE transmits a Preamble to a network; the UE receives a Msg2 from the network in response to the Preamble; and the UE performs a Msg3 transmission to the network according to TTI information of the Msg3, wherein the TTI information of the Msg3 is contained in the Msg2, characterized in that the TTI information of the Msg3 includes a first number of time units and a second number of time units for indicating a TTI duration of the Msg3 and a gap period between Msg2 reception and Msg3 transmission, respectively. the UE transmits a Preamble to a network; the UE receives a Msg2 from the network in response to the Preamble; and the UE performs a Msg3 transmission to the network according to TTI information of the Msg3, wherein the TTI information of the Msg3 is contained in the Msg2, characterized in that the TTI information of the Msg3 includes a first number of time units and a second number of time units for indicating a TTI duration of the Msg3 and a gap period between Msg2 reception and Msg3 transmission, respectively.
A sensor device comprising: - a sensor unit for generating a signal indicative of a physical quantity; - a processing unit for receiving the signal, the processing unit comprising a storage memory for storing data derived from the signal as provided by the sensor unit at at least two points in time; and - a bus interface for communicating with an electronic control unit via a digital communication bus; - an estimator for calculating an estimate of the physical quantity based on the data stored in the storage memory; wherein said bus interface is adapted for receiving a read command from the electronic control unit at a point in time (T 0) uncorrelated with said at least two different points in time, and for providing a request signal to the estimator when said read command is received, and for sending via said digital communication bus, in response to the read command, an estimate of the physical quantity to the electronic control unit; and wherein said estimator is adapted for calculating said estimate of the physical quantity at a reference point in time (To-Td) which differs from said point in time (T 0) at which the read command is received by substantially a predetermined offset (Td). - a sensor unit for generating a signal indicative of a physical quantity; - a processing unit for receiving the signal, the processing unit comprising a storage memory for storing data derived from the signal as provided by the sensor unit at at least two points in time; and - a bus interface for communicating with an electronic control unit via a digital communication bus; - an estimator for calculating an estimate of the physical quantity based on the data stored in the storage memory; wherein said bus interface is adapted for receiving a read command from the electronic control unit at a point in time (T 0) uncorrelated with said at least two different points in time, and for providing a request signal to the estimator when said read command is received, and for sending via said digital communication bus, in response to the read command, an estimate of the physical quantity to the electronic control unit; and wherein said estimator is adapted for calculating said estimate of the physical quantity at a reference point in time (To-Td) which differs from said point in time (T 0) at which the read command is received by substantially a predetermined offset (Td).
Mounting device for a sealing ring, comprising a transport and mounting protective sleeve for the sealing ring and a sleeve-shaped punch by means of which the transport and mounting protective sleeve is movable on both sides in the axial direction and is automatically removable after the sealing ring is mounted, wherein the transport and mounting protective sleeve comprises an inner step which extends in the axial direction and has an outside diameter which corresponds to the outside diameter of a machine element to be sealed by the sealing ring and has an axial length which substantially corresponds to the axial length of the sealing ring to be mounted, wherein the inner step is bounded axially in the opposite direction to the mounting direction by at least one end-side stop for the sealing ring, which stop forms part of an outer step likeswise extending in the axial direction, characterized in that the outer step has a first driver surface with which at least one latching-lug-shaped driver of the punch can be brought into engagement for the automatic removal of the transport and mounting protective sleeve when the punch moves in the opposite direction to the mounting direction.
An exhaust purification system of an internal combustion engine, comprising: an exhaust purification catalyst arranged in an exhaust passage of the internal combustion engine and having a catalytic function; a particulate filter arranged in the exhaust passage at a downstream side from the exhaust purification catalyst in the direction of flow of exhaust; an oxygen feed device feeding gas containing oxygen into exhaust gas flowing into the particulate filter at a downstream side from the exhaust purification catalyst in the direction of flow of exhaust; a detection device changing in output according to a concentration of ammonia in exhaust gas flowing out from the particulate filter; and a control device controlling the oxygen feed device and estimating an amount of deposition of particulate matter on the particulate filter, wherein the control device is configured to control the oxygen feed device so as to continuously or intermittently feed oxygen from the oxygen feed device to the particulate filter if a temperature of the exhaust purification catalyst is in a predetermined temperature range of equal to or greater than an activation temperature and an air-fuel ratio of exhaust gas discharged from a body of the internal combustion engine is a rich air-fuel ratio richer than a stoichiometric air-fuel ratio, and estimate the amount of deposition of particulate matter on the particulate filter based on the output of the detection device when feeding oxygen. an exhaust purification catalyst arranged in an exhaust passage of the internal combustion engine and having a catalytic function; a particulate filter arranged in the exhaust passage at a downstream side from the exhaust purification catalyst in the direction of flow of exhaust; an oxygen feed device feeding gas containing oxygen into exhaust gas flowing into the particulate filter at a downstream side from the exhaust purification catalyst in the direction of flow of exhaust; a detection device changing in output according to a concentration of ammonia in exhaust gas flowing out from the particulate filter; and a control device controlling the oxygen feed device and estimating an amount of deposition of particulate matter on the particulate filter, wherein the control device is configured to control the oxygen feed device so as to continuously or intermittently feed oxygen from the oxygen feed device to the particulate filter if a temperature of the exhaust purification catalyst is in a predetermined temperature range of equal to or greater than an activation temperature and an air-fuel ratio of exhaust gas discharged from a body of the internal combustion engine is a rich air-fuel ratio richer than a stoichiometric air-fuel ratio, and estimate the amount of deposition of particulate matter on the particulate filter based on the output of the detection device when feeding oxygen.
A computer-implemented method comprising: attempting to establish a control flow for exchanging protected content between a transmitter and a receiver using a control protocol for streaming, wherein the act of attempting to establish a control flow is accomplished using RTSP and comprises: receiving, by the transmitter from the receiver, a license request message in the body of an RTSP DESCRIBE request, and sending, by the transmitter to the receiver, a description using an RTSP SESSION DESCRIPTION PROTOCOL which includes a license response message which contains a license; enabling the protected content to be communicated from the transmitter to the receiver using a data flow, wherein the data flow uses a transport protocol, wherein the act of enabling is accomplished using RTP and comprises including, by the transmitter, in an RTP packet that contains encrypted protected content, encryption parameters that can be utilized in a decryption process to decrypt the encrypted content; and updating policies or format information associated with the protected content during streaming of the protected content, including sending, by the transmitter, updates via the control protocol for streaming via RTSP ANNOUNCE requests. attempting to establish a control flow for exchanging protected content between a transmitter and a receiver using a control protocol for streaming, wherein the act of attempting to establish a control flow is accomplished using RTSP and comprises: receiving, by the transmitter from the receiver, a license request message in the body of an RTSP DESCRIBE request, and sending, by the transmitter to the receiver, a description using an RTSP SESSION DESCRIPTION PROTOCOL which includes a license response message which contains a license; receiving, by the transmitter from the receiver, a license request message in the body of an RTSP DESCRIBE request, and sending, by the transmitter to the receiver, a description using an RTSP SESSION DESCRIPTION PROTOCOL which includes a license response message which contains a license; enabling the protected content to be communicated from the transmitter to the receiver using a data flow, wherein the data flow uses a transport protocol, wherein the act of enabling is accomplished using RTP and comprises including, by the transmitter, in an RTP packet that contains encrypted protected content, encryption parameters that can be utilized in a decryption process to decrypt the encrypted content; and updating policies or format information associated with the protected content during streaming of the protected content, including sending, by the transmitter, updates via the control protocol for streaming via RTSP ANNOUNCE requests.
A pharmaceutical dosage form for administration twice daily, once daily or less frequently, which contains a pharmacologically active agent according to general formula wherein R is -H or -CH 3, or a physiologically acceptable salt thereof; which releases in accordance with Ph. Eur. under in vitro conditions in 900 mL artificial gastric juice at pH 1.2 and 37 ± 0.5°C after 30 minutes according to the paddle method with sinker at 100 rpm at least 50 wt.-% of the pharmacologically active agent, based on the total amount of the pharmacologically active agent originally contained in the pharmaceutical dosage form; and which comprises a solid polymeric matrix material in which the pharmacologically active agent according to general formula is dispersed and immobilized in an amorphous or semi-amorphous state, and wherein the polymer is selected from the group consisting of polyvinylpyrrolidone, vinylpyrrolidone-polyvinylacetate copolymers, and any combinations thereof; and wherein the relative weight ratio of the polymer related to the pharmacologically active agent according to general formula is at least 6:1.
A system for determining whether a multi-phase motor is properly connected to an inverter, the system comprising: a data processor for establishing a monotonically varying test sequence of test rotor angular positions associated with application of corresponding pairs of direct d-q-axis voltage commands to the motor, each of the pairs of direct d-q axis voltage commands comprising a direct-axis command and a quadrature-axis command; a pulse width modulation generation module for converting or transforming the direct d-q-axis voltage commands into multiple phase voltages for each corresponding input phase terminal of the multi-phase motor; an inverter switching circuit for processing the direct d-q-axis voltage commands processed as modulated signals for application to each corresponding input phase terminal of the motor; a rotor of the motor rotated in response to the application of the direct d-q-axis voltage commands associated with the corresponding established monotonically varying test sequence of test rotor angular positions; and the data processor adapted to determine that conductor connections between the inverter and the motor are correct if a calculated shaft speed sign is positive in response to the application of the direct d-q-axis voltage commands associated with the monotonically varying test sequence of rotor angular positions that monotonically increases. a data processor for establishing a monotonically varying test sequence of test rotor angular positions associated with application of corresponding pairs of direct d-q-axis voltage commands to the motor, each of the pairs of direct d-q axis voltage commands comprising a direct-axis command and a quadrature-axis command; a pulse width modulation generation module for converting or transforming the direct d-q-axis voltage commands into multiple phase voltages for each corresponding input phase terminal of the multi-phase motor; an inverter switching circuit for processing the direct d-q-axis voltage commands processed as modulated signals for application to each corresponding input phase terminal of the motor; a rotor of the motor rotated in response to the application of the direct d-q-axis voltage commands associated with the corresponding established monotonically varying test sequence of test rotor angular positions; and the data processor adapted to determine that conductor connections between the inverter and the motor are correct if a calculated shaft speed sign is positive in response to the application of the direct d-q-axis voltage commands associated with the monotonically varying test sequence of rotor angular positions that monotonically increases.
A method of making a nuclear fuel pellet for a nuclear power reactor, the method comprising the following steps: providing a nuclear fuel material in powder form, pressing the powder such that a so-called green pellet is obtained, providing a liquid that comprises an additive which is to be added to the green pellet, contacting the green pellet with the liquid such that the liquid, with the additive, penetrates into the pellet, sintering the so treated green pellet, wherein said additive is such that larger grains in the nuclear fuel material are present in the pellet after the sintering step as compared with the grain size obtained if a pellet to which no such additive has been added is sintered in the same manner. providing a nuclear fuel material in powder form, pressing the powder such that a so-called green pellet is obtained, providing a liquid that comprises an additive which is to be added to the green pellet, contacting the green pellet with the liquid such that the liquid, with the additive, penetrates into the pellet, sintering the so treated green pellet, wherein said additive is such that larger grains in the nuclear fuel material are present in the pellet after the sintering step as compared with the grain size obtained if a pellet to which no such additive has been added is sintered in the same manner.
A method of modifying the surface of an elastomer, the method comprising: contacting a polymerizable composition and at least part of a surface of an elastomer comprising an organopolysiloxane, the polymerizable composition comprising A) free-radical polymerizable monomer; B) organoborane-organonitrogen free-radical initiator; and C) amine-reactive compound; at least partially polymerizing the polymerizable composition, to provide a polymerization product of the polymerizable composition on the surface of the elastomer. contacting a polymerizable composition and at least part of a surface of an elastomer comprising an organopolysiloxane, the polymerizable composition comprising A) free-radical polymerizable monomer; B) organoborane-organonitrogen free-radical initiator; and C) amine-reactive compound; A) free-radical polymerizable monomer; B) organoborane-organonitrogen free-radical initiator; and C) amine-reactive compound; at least partially polymerizing the polymerizable composition, to provide a polymerization product of the polymerizable composition on the surface of the elastomer.
A method comprising: determining a value of a first parameter modulo a second parameter, wherein the first parameter is a lowest index among indices for a plurality of extended control channel elements, eCCEs, within an extended physical downlink control channel, ePDCCH, and the second parameter is a number of eCCEs per virtual resource block, VRB; determining a demodulation reference signal, DMRS, antenna port offset based on an identifier of a user equipment, UE, to receive a ePDCCH transmission and an eCCE aggregation level; determining a DMRS antenna port based on a sum of the value and the DMRS antenna port offset; and transmitting a signal using the determined DMRS antenna port to the UE. determining a value of a first parameter modulo a second parameter, wherein the first parameter is a lowest index among indices for a plurality of extended control channel elements, eCCEs, within an extended physical downlink control channel, ePDCCH, and the second parameter is a number of eCCEs per virtual resource block, VRB; determining a demodulation reference signal, DMRS, antenna port offset based on an identifier of a user equipment, UE, to receive a ePDCCH transmission and an eCCE aggregation level; determining a DMRS antenna port based on a sum of the value and the DMRS antenna port offset; and transmitting a signal using the determined DMRS antenna port to the UE.
Painting device comprising: - a handle suitable for being held by an operator, - a support rod attached to the handle, and - a roller rotatably mounted on the support rod so as to rotate about an axis of rotation orthogonal to an axis of the handle; said roller comprising a lateral surface and a plurality of ribs (51, 52) projecting radially from said lateral surface; wherein said plurality of ribs (51, 52) comprises: - multiple spaced sets of longitudinal ribs aligned along rows extending parallel to the longitudinal axis of the roller; each consecutive pair of longitudinal ribs being spaced by a space; - multiple spaced sets of transverse ribs aligned along columns extending circumferentially to the roller; each consecutive pair of transverse ribs being spaced by a space. characterized in that each space of each row is crossed by one of said transverse ribs whereas each space of each column is crossed by one of said longitudinal ribs; said roller being suitable for being rolled over a layer of fresh paint applied to a surface of a wall or substrate, so that the ribs (51, 52) compress the fresh paint, leaving imprints of irregular contour with a different shade of color than a color of the layer of fresh paint which has not been in contact with said ribs (51, 52) of the roller, so that the surface repeatedly paints the same pattern with a texture comprising a shaded irregular set of orthogonal streaks. - a handle suitable for being held by an operator, - a support rod attached to the handle, and - a roller rotatably mounted on the support rod so as to rotate about an axis of rotation orthogonal to an axis of the handle; said roller comprising a lateral surface and a plurality of ribs (51, 52) projecting radially from said lateral surface; wherein said plurality of ribs (51, 52) comprises: - multiple spaced sets of longitudinal ribs aligned along rows extending parallel to the longitudinal axis of the roller; each consecutive pair of longitudinal ribs being spaced by a space; - multiple spaced sets of transverse ribs aligned along columns extending circumferentially to the roller; each consecutive pair of transverse ribs being spaced by a space. - multiple spaced sets of longitudinal ribs aligned along rows extending parallel to the longitudinal axis of the roller; each consecutive pair of longitudinal ribs being spaced by a space; - multiple spaced sets of transverse ribs aligned along columns extending circumferentially to the roller; each consecutive pair of transverse ribs being spaced by a space. characterized in that each space of each row is crossed by one of said transverse ribs whereas each space of each column is crossed by one of said longitudinal ribs; said roller being suitable for being rolled over a layer of fresh paint applied to a surface of a wall or substrate, so that the ribs (51, 52) compress the fresh paint, leaving imprints of irregular contour with a different shade of color than a color of the layer of fresh paint which has not been in contact with said ribs (51, 52) of the roller, so that the surface repeatedly paints the same pattern with a texture comprising a shaded irregular set of orthogonal streaks.