mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication by a user equipment, UE (1410, 1520), the method comprising: receiving, through higher layer signaling, scheduling related information including resource pre-allocation information to be used for uplink data transmission; receiving, prior to performing the uplink data transmission based on the resource pre-allocation information, a physical downlink control channel, PDCCH, including downlink control information, DCI, that triggers the uplink data transmission, wherein the scheduling related information including the resource pre-allocation information is used based on reception of the PDCCH including the DCI; and performing the uplink data transmission based on the scheduling related information including the resource pre-allocation information that is used based on reception of the PDCCH including the DCI, the method being characterized in that the UE (1410, 1520) receives the PDCCH including the DCI based on a radio network temporary identifier, RNTI, for scrambling the PDCCH including the DCI and a monitoring periodicity and a time offset for the PDCCH including the DCI. receiving, through higher layer signaling, scheduling related information including resource pre-allocation information to be used for uplink data transmission; receiving, prior to performing the uplink data transmission based on the resource pre-allocation information, a physical downlink control channel, PDCCH, including downlink control information, DCI, that triggers the uplink data transmission, wherein the scheduling related information including the resource pre-allocation information is used based on reception of the PDCCH including the DCI; and performing the uplink data transmission based on the scheduling related information including the resource pre-allocation information that is used based on reception of the PDCCH including the DCI, the method being characterized in that the UE (1410, 1520) receives the PDCCH including the DCI based on a radio network temporary identifier, RNTI, for scrambling the PDCCH including the DCI and a monitoring periodicity and a time offset for the PDCCH including the DCI.
A method of acquiring an image by using ultrasound waves, the method comprising: acquiring a first number of first consecutive images of an object by using the ultrasound waves; determining a variation representing a difference between the acquired consecutive images over time by performing a comparison between each of the consecutive images and its temporally adjacent image comparing the determined variation to a preset value; determining a number of second consecutive images from among the first consecutive images, wherein the second consecutive images have variation that is less than or equal to the preset value; comparing the number of the second consecutive images and a predetermined second number; rised in that the method further comprises the step of performing a freeze operation to thereby obtain an elasticity image of the object automatically by using the second consecutive images, when the number of the second consecutive images is equal to the predetermined second number. acquiring a first number of first consecutive images of an object by using the ultrasound waves; determining a variation representing a difference between the acquired consecutive images over time by performing a comparison between each of the consecutive images and its temporally adjacent image comparing the determined variation to a preset value; determining a number of second consecutive images from among the first consecutive images, wherein the second consecutive images have variation that is less than or equal to the preset value; comparing the number of the second consecutive images and a predetermined second number; rised in that the method further comprises the step of performing a freeze operation to thereby obtain an elasticity image of the object automatically by using the second consecutive images, when the number of the second consecutive images is equal to the predetermined second number.
A method comprising: receiving a single speech input, comprising a first speech input part and a second speech input part from a user with a speech recognition system comprising a microphone, processor and a memory, wherein it comprises: processing the single speech input to generate a hypothesis, wherein the hypothesis is broken into hypothesis parts and, wherein a first hypothesis part corresponds to the first speech input part and a second hypothesis part corresponds to the second speech input part, a confidence score for each hypothesis part being generated by a speech recognition algorithm; determining that each of the first or the second hypothesis parts correspond to a respective expected response part, wherein the expected response parts corresponding to the first and second hypothesis parts having information different and independent from one another; independently comparing each of the first and the second hypothesis parts from the hypothesis with-the respective expected response part; and the method being characterized in that for each of the first and second hypothesis part, if, based on the comparing, the hypothesis part matches the respective expected response part, lowering an acceptance threshold for each hypothesis word in the hypothesis part independently from other hypothesis parts, wherein if the confidence score for the hypothesis part to which the hypothesis word belongs exceeds the acceptance threshold for the hypothesis word, then the hypothesis word is accepted. processing the single speech input to generate a hypothesis, wherein the hypothesis is broken into hypothesis parts and, wherein a first hypothesis part corresponds to the first speech input part and a second hypothesis part corresponds to the second speech input part, a confidence score for each hypothesis part being generated by a speech recognition algorithm; determining that each of the first or the second hypothesis parts correspond to a respective expected response part, wherein the expected response parts corresponding to the first and second hypothesis parts having information different and independent from one another; independently comparing each of the first and the second hypothesis parts from the hypothesis with-the respective expected response part; and the method being characterized in that for each of the first and second hypothesis part, if, based on the comparing, the hypothesis part matches the respective expected response part, lowering an acceptance threshold for each hypothesis word in the hypothesis part independently from other hypothesis parts, wherein if the confidence score for the hypothesis part to which the hypothesis word belongs exceeds the acceptance threshold for the hypothesis word, then the hypothesis word is accepted.
An electrical circuit-breaking device with overvoltage protection, comprising a pair of connection terminals (4,6), a semiconductor(s) main switch comprising at least one semiconductor component (12, 14) and a pair of separable contacts (16a, 16b) forming a disconnector connected in series with the semiconductor(s) main switch between the connection terminals (4, 6), the electrical switching device comprising a first protection system connected in parallel with the main switch, the first protection system comprising a first protection device comprising a varistor, characterised in that the first protection system further comprises a first switch connected in series with the first protection device, and a second protection system, connected in parallel with the said first protection system and the said main semi-conductor switch, the second protection system comprising a second protection device comprising a diode for suppressing transient voltages. a first protection system connected in parallel with the main switch, the first protection system comprising a first protection device comprising a varistor, characterised in that the first protection system further comprises a first switch connected in series with the first protection device, and a second protection system, connected in parallel with the said first protection system and the said main semi-conductor switch, the second protection system comprising a second protection device comprising a diode for suppressing transient voltages.
A medical system comprising: a flexible instrument including a sensor adapted to provide tracking data for a point on the flexible instrument; a memory storing images of a patient anatomy; and a processor configured for: generating an image of a set of connected passageways of the patient anatomy; modeling the set of connected passageways of the patient anatomy as a structure of linked bounded-surface elements; receiving position information for the point on the flexible instrument indicating a position of the point relative to the set of connected passageways; generating adjusted position information for the point including comparing the received position information to the structure of linked bounded-surface elements; creating an adjusted flexible instrument image with the adjusted position information; and generating a composite image including the image of the set of connected passageways and the adjusted flexible instrument image. a flexible instrument including a sensor adapted to provide tracking data for a point on the flexible instrument; a memory storing images of a patient anatomy; and a processor configured for: generating an image of a set of connected passageways of the patient anatomy; modeling the set of connected passageways of the patient anatomy as a structure of linked bounded-surface elements; receiving position information for the point on the flexible instrument indicating a position of the point relative to the set of connected passageways; generating adjusted position information for the point including comparing the received position information to the structure of linked bounded-surface elements; creating an adjusted flexible instrument image with the adjusted position information; and generating a composite image including the image of the set of connected passageways and the adjusted flexible instrument image. generating an image of a set of connected passageways of the patient anatomy; modeling the set of connected passageways of the patient anatomy as a structure of linked bounded-surface elements; receiving position information for the point on the flexible instrument indicating a position of the point relative to the set of connected passageways; generating adjusted position information for the point including comparing the received position information to the structure of linked bounded-surface elements; creating an adjusted flexible instrument image with the adjusted position information; and generating a composite image including the image of the set of connected passageways and the adjusted flexible instrument image.
An overboot assembly suitable for a fiber optic assembly that includes a terminus secured to a fiber optic cable at a terminal end thereof, wherein the terminus is configured to mate with a coordinating fiber optic receptacle, and when mated with the fiber optic receptacle the terminus is retained in the fiber optic receptacle by a terminus retaining member that is located in the fiber optic receptacle and latches against the terminus, the overboot assembly comprising: an anchor having a longitudinally fixed position relative to the fiber optic cable and the terminus in an installed state, the fixed position being rearward of the terminus; a removal member through which the fiber optic cable passes making the removal member unreleasable from the fiber optic assembly, the removal member being advanceable in a forward direction relative to the anchor, and thus the fiber optic cable and the terminus in the installed state, to interact with and engage the terminus retaining member located in the fiber optic receptacle and thus unlatch the terminus retaining member from the terminus so that the terminus is releasable and removable from the receptacle; and a spring biasing the removal member in a retracted position in the installed state in which a forward end of the removal member is located rearwards of the terminus retaining member to avoid inadvertent unlatching of the terminus from the fiber optic receptacle; characterized by the spring having a static rearward end fixed at and acting against the anchor and a dynamic forward end being coupled to and acting on the removal member, wherein making the removal member unreleasable from the fiber optic assembly comprises fastening of the spring and the removal member. an anchor having a longitudinally fixed position relative to the fiber optic cable and the terminus in an installed state, the fixed position being rearward of the terminus; a removal member through which the fiber optic cable passes making the removal member unreleasable from the fiber optic assembly, the removal member being advanceable in a forward direction relative to the anchor, and thus the fiber optic cable and the terminus in the installed state, to interact with and engage the terminus retaining member located in the fiber optic receptacle and thus unlatch the terminus retaining member from the terminus so that the terminus is releasable and removable from the receptacle; and a spring biasing the removal member in a retracted position in the installed state in which a forward end of the removal member is located rearwards of the terminus retaining member to avoid inadvertent unlatching of the terminus from the fiber optic receptacle; characterized by the spring having a static rearward end fixed at and acting against the anchor and a dynamic forward end being coupled to and acting on the removal member, wherein making the removal member unreleasable from the fiber optic assembly comprises fastening of the spring and the removal member.
A linear ion trap comprising an electrode system having four electrodes, pair-wise oppositely located, planes of symmetry of pairs being orthogonal to each other, wherein each electrode of at least one pair having in cross section a shape of isosceles triangle with - a top directed towards a longitudinal axis of the trap and - flat (working) surfaces, wherein an angle between the flat (working) surfaces of the triangle of the electrodes is within the range from 130 to 152 degrees, wherein either the electrodes are provided without a slit and the angle between the flat surfaces of the triangle of electrodes is 152 degrees, or wherein each electrode has a slit for ejecting ions, the slit is located in a plane of electrode symmetry and width of slit is not greater than 24% of the inscribed radius of the trap, wherein said angle values are chosen to maximize the resolving power for said corresponding width of slit. - a top directed towards a longitudinal axis of the trap and - flat (working) surfaces,
Method for operating at least one machine tool management system, which comprises at least one control unit, by means of which a need of at least one machine tool can be detected, which comprises at least one setting device and which comprises at least two self-driving changing systems that are freely moveable in space, which respectively have at least one drive unit for moveably driving the changing system, which respectively have at least one transport section for picking up and/or putting down at least one tool and which respectively have at least one handling unit for picking up and putting down the tool, having the steps a. detecting a need of a machine tool on a specific tool by the control unit and calculating or determining a transport order by the control unit; b. detecting a moving changing system suitable for carrying out the transport order and transmitting the transport order to the changing system; c. setting the at least one tool by the at least one setting device; and d. processing the transport order by the detected moving changing system by autonomously moving to the machine tool, wherein the tool can be picked up by the handling unit, put down on the transport section and picked up again as well as passed to the machine tool; characterised in that detecting a self-driving changing system suitable for carrying out the transport order comprises calculating an energy need, in particular an electrical one, and detecting an energy reserve, in particular an electrical one, of a moving changing system. a. detecting a need of a machine tool on a specific tool by the control unit and calculating or determining a transport order by the control unit; b. detecting a moving changing system suitable for carrying out the transport order and transmitting the transport order to the changing system; c. setting the at least one tool by the at least one setting device; and d. processing the transport order by the detected moving changing system by autonomously moving to the machine tool, wherein the tool can be picked up by the handling unit, put down on the transport section and picked up again as well as passed to the machine tool;
An article having a density of from 0.03 to 0.45 g/cc and comprising a plurality of anisotropic tubular particles that are randomly oriented in said article, wherein said tubular particles comprise a thermoplastic elastomer foam and a polymer disposed on an exterior surface of said thermoplastic elastomer foam as an outermost layer of said tubular particles, wherein each of said thermoplastic elastomer foam and said polymer independently has a softening temperature determined according to DIN ISO 306, and wherein the softening temperature of said polymer is at least 5°C lower than the softening temperature of said thermoplastic elastomer foam.
A water or slurry pump comprising: a housing; and a handle portion coupled to the housing, the handle portion including: a first portion fixedly coupled to the housing; and a second portion coupled to the first portion; characterized in that: the second portion is movable relative to the first portion, wherein a movement of the second portion relative to the first portion is adapted to alter at least one operational characteristic of the water or slurry pump. a housing; and a handle portion coupled to the housing, the handle portion including: a first portion fixedly coupled to the housing; and a second portion coupled to the first portion; a first portion fixedly coupled to the housing; and a second portion coupled to the first portion; characterized in that: the second portion is movable relative to the first portion, wherein a movement of the second portion relative to the first portion is adapted to alter at least one operational characteristic of the water or slurry pump.
Method for operating a combustion engine turbocharged by a compressor, comprising at least one combustion chamber which has at least one inlet valve and at least one outlet valve, and wherein the at least one inlet valve is opened for an inlet event for introducing a charge into the combustion chamber for the period of the rotation by a crankshaft angle, in which period gas is blown directly into the at least one combustion chamber of the combustion engine after the at least one outlet valve is closed and before the charge located in the combustion chamber is compressed by blown-in gas, and wherein the at least one inlet valve is opened before closing the at least one outlet valve for the inlet event, characterized in that at least a portion of the quantity of the gas is blown directly into the at least one combustion chamber of the combustion engine while the at least one inlet valve is open. the at least one inlet valve is opened before closing the at least one outlet valve for the inlet event, characterized in that at least a portion of the quantity of the gas is blown directly into the at least one combustion chamber of the combustion engine while the at least one inlet valve is open.
A solid oral extended release pharmaceutical dosage form, comprising a melt formed multi particulate extended release matrix formulation, comprising at least one poly(ε-caprolactone), and at least one active agent, wherein the active agent is an opioid analgesic.
A component mounting device configured to mount components onto a board using a head, comprising: conveyance means for conveying the board in a conveyance direction; holding means for holding the board which is conveyed; specific processing means for performing, from under the board which is held, a specific process which is necessary for mounting of the components in a specific range which is narrower in the conveyance direction than a movement range of the head and which is narrower in the conveyance direction than a mounting surface of the board; and control means for repeating a mounting process and a shifting process until mounting of the components on the mounting surface is completed, and wherein the control means is configured to, in the mounting process, control the head and the specific processing means to mount the components using the specific range of the mounting surface as a mounting range, characterized in that the control means is configured to, in the shifting process, control the conveyance means and the holding means to shift the mounting range by releasing holding of the board and conveying the board, and to subsequently hold the board, the specific processing means includes a heater for partially heating the board as the specific process, and a base block on which the heater is installed via a thermally insulating material, and the component mounting device further comprises cooling medium circulation means for causing a cooling medium to circulate inside the base block. conveyance means for conveying the board in a conveyance direction; holding means for holding the board which is conveyed; specific processing means for performing, from under the board which is held, a specific process which is necessary for mounting of the components in a specific range which is narrower in the conveyance direction than a movement range of the head and which is narrower in the conveyance direction than a mounting surface of the board; and control means for repeating a mounting process and a shifting process until mounting of the components on the mounting surface is completed, and wherein the control means is configured to, in the mounting process, control the head and the specific processing means to mount the components using the specific range of the mounting surface as a mounting range, characterized in that the control means is configured to, in the shifting process, control the conveyance means and the holding means to shift the mounting range by releasing holding of the board and conveying the board, and to subsequently hold the board, the specific processing means includes a heater for partially heating the board as the specific process, and a base block on which the heater is installed via a thermally insulating material, and the component mounting device further comprises cooling medium circulation means for causing a cooling medium to circulate inside the base block.
A trailer for transporting and distributing liquids, namely farm fertiliser or sewage sludge, comprising - a device for distributing the liquid onto a field, - a tank with a front end wall, a rear end wall and a casing surface connecting the two end walls (3, 4) - a dividing wall arranged in the tank for dividing the tank into a front tank volume and a rear tank volume, - and at least one throughflow opening in the dividing wall for a free exchange of the liquid between the two tank volumes (13, 14), - characterised in that a fixing arrangement is formed on the circumference of the throughflow opening for the retrofittable fixing of a cover closing the throughflow opening. - a device for distributing the liquid onto a field, - a tank with a front end wall, a rear end wall and a casing surface connecting the two end walls (3, 4) - a dividing wall arranged in the tank for dividing the tank into a front tank volume and a rear tank volume, - and at least one throughflow opening in the dividing wall for a free exchange of the liquid between the two tank volumes (13, 14), - characterised in that a fixing arrangement is formed on the circumference of the throughflow opening for the retrofittable fixing of a cover closing the throughflow opening.