mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for producing an impingement jet, which forms ring vortices, in a turbomachine, characterized by at least one fluidic switching element (1, 1') which has: - an input branch with an input opening via which cooling gas can be supplied to the fluidic switching element, - at least two output branches (31, 32) which are formed downstream of the input branch and which each end in an output opening, - a branching at which the input branch is split into the at least two output branches (31, 32), and - outer control means (31, 32, S) for controlling the cooling gas flowing in the input branch in such a way that the cooling gas is alternately conducted into one or the other of the output branches (31, 32), wherein an impingement jet which pulsates at a frequency (f) is produced in each output branch (31, 32), wherein the outer control means (31, 32, S) comprise at least one periodically fluctuating control mass flow and provide control on one side or on both sides, wherein the one control mass flow or the two control mass flows are supplied to the fluidic switching element via one or two control feed lines (51, 52), wherein the fluidic switching element is designed and provided for outputting cooling gas at the output openings at an average outflow speed (u) and a frequency (f) that the impingement jet which emerges from the output openings forms ring vortices. - an input branch with an input opening via which cooling gas can be supplied to the fluidic switching element, - at least two output branches (31, 32) which are formed downstream of the input branch and which each end in an output opening, - a branching at which the input branch is split into the at least two output branches (31, 32), and - outer control means (31, 32, S) for controlling the cooling gas flowing in the input branch in such a way that the cooling gas is alternately conducted into one or the other of the output branches (31, 32), wherein an impingement jet which pulsates at a frequency (f) is produced in each output branch (31, 32), wherein the outer control means (31, 32, S) comprise at least one periodically fluctuating control mass flow and provide control on one side or on both sides, wherein the one control mass flow or the two control mass flows are supplied to the fluidic switching element via one or two control feed lines (51, 52),
A thermophilic DNA polymerase comprising a family B polymerase catalytic domain, the family B polymerase catalytic domain having an amino acid sequence in which the position corresponding to position 379 of SEQ ID NO: 6 is a neutral amino acid residue, wherein the family B polymerase catalytic domain has at least 85% identity to the family B polymerase catalytic domain sequence of a sequence selected from SEQ ID NOs: 7, 15, 25, 33, 37, 41, 45 and 47.
A stretchable laminate having an elongate shape, the stretchable laminate comprising: an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein when a longitudinal direction of the stretchable laminate is defined as an MD direction and a direction perpendicular to the longitudinal direction is defined as a CD direction, a ratio [10% extension strength in MD direction (N/30 mm)]/[basis weight (gsm)] of the stretchable laminate is 0.14 (N/30 mm•gsm) or more, wherein the stretchable laminate has stretched portions and non-stretched portions alternately arranged along the CD direction, and wherein an area ratio (stretched portions:non-stretched portions) between the stretched portions and the non-stretched portions is from 1:0.5 to 1:3. an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein when a longitudinal direction of the stretchable laminate is defined as an MD direction and a direction perpendicular to the longitudinal direction is defined as a CD direction, a ratio [10% extension strength in MD direction (N/30 mm)]/[basis weight (gsm)] of the stretchable laminate is 0.14 (N/30 mm•gsm) or more, wherein the stretchable laminate has stretched portions and non-stretched portions alternately arranged along the CD direction, and wherein an area ratio (stretched portions:non-stretched portions) between the stretched portions and the non-stretched portions is from 1:0.5 to 1:3.
A method of assembling an orthopaedic prosthesis, the method comprising: aligning a tibial trial construct with a surgical instrument that includes a mounting platform and a stabilizer arm, the tibial trial construct comprising a base trial that defines a first axis and an offset adaptor trial that defines a second axis that is offset from the first axis, positioning the tibial trial construct on the mounting platform, rotating the mounting platform to position the first axis and the second axis in a plane extending vertically through the stabilizer arm, advancing the stabilizer arm along the vertically-extending plane to engage the stabilizer arm with the tibial trial construct, locking the mounting platform to prevent rotation relative to the stabilizer arm, positioning a tibial prosthetic component on the mounting platform after removing the tibial trial construct such that a third axis defined by a distal post of the tibial prosthetic component is positioned in the plane, positioning a tibial offset adaptor on the distal post, the tibial offset adaptor including a distal end that defines a fourth axis that is offset from the third axis, rotating the distal end of the tibial offset adaptor to position the fourth axis in the vertically-extending plane, and securing the tibial offset adaptor to the tibial prosthetic component with the third axis and the fourth axis positioned in the plane. aligning a tibial trial construct with a surgical instrument that includes a mounting platform and a stabilizer arm, the tibial trial construct comprising a base trial that defines a first axis and an offset adaptor trial that defines a second axis that is offset from the first axis, positioning the tibial trial construct on the mounting platform, rotating the mounting platform to position the first axis and the second axis in a plane extending vertically through the stabilizer arm, advancing the stabilizer arm along the vertically-extending plane to engage the stabilizer arm with the tibial trial construct, locking the mounting platform to prevent rotation relative to the stabilizer arm, positioning a tibial prosthetic component on the mounting platform after removing the tibial trial construct such that a third axis defined by a distal post of the tibial prosthetic component is positioned in the plane, positioning a tibial offset adaptor on the distal post, the tibial offset adaptor including a distal end that defines a fourth axis that is offset from the third axis, rotating the distal end of the tibial offset adaptor to position the fourth axis in the vertically-extending plane, and securing the tibial offset adaptor to the tibial prosthetic component with the third axis and the fourth axis positioned in the plane.
Force generator for mounting on a structure in order to introduce vibrational forces into the structure in a controllable manner for influencing vibration, comprising at least one spring arm having a fixed end for fastening to the structure, and having a vibrating end to which an inertial mass is fastened via a bending arm extending in the direction of the fixed end, at least one piezoelectric transducer in each case being mounted at both ends (16, 18) on the spring arm for the bending deformation thereof, and the centre of gravity of the inertial mass being located at the level of the middle of the spring arm, characterized in that the bending arm together with the inertial mass is detachably mounted on a connecting part at the vibrating end, and the inertial mass and/or the bending arm together with the inertial mass are exchangeable.
A method of mitigating an aggressor device, comprising: identifying the aggressor device based at least in part on an original crosslink interference, CLI, measurement report from a victim device (701, 801, 901); transmitting a CLI Reference Signal, CLI-RS, refinement request message to the aggressor device, wherein the CLI-RS refinement request message comprises an identifier for the aggressor device; receiving a CLI-RS refinement response message from the aggressor device, wherein the CLI-RS refinement response message comprises an indication that the CLI-RS refinement request message was accepted by the aggressor device; and transmitting an updated CLI measurement configuration to the victim device (701, 801, 901) based at least in part on the CLI-RS refinement response message. identifying the aggressor device based at least in part on an original crosslink interference, CLI, measurement report from a victim device (701, 801, 901); transmitting a CLI Reference Signal, CLI-RS, refinement request message to the aggressor device, wherein the CLI-RS refinement request message comprises an identifier for the aggressor device; receiving a CLI-RS refinement response message from the aggressor device, wherein the CLI-RS refinement response message comprises an indication that the CLI-RS refinement request message was accepted by the aggressor device; and transmitting an updated CLI measurement configuration to the victim device (701, 801, 901) based at least in part on the CLI-RS refinement response message.
A method for adaptive resolution change in decoding of a scalable video sequence comprising: receiving on a sequence-level a first indicator and a second indicator; determining from the first indicator and the second indicator being set, that a switching point for adaptive resolution change, from only decoding a first layer to decoding a second layer, occurs in a video sequence of a resolution scalable bit stream; if the determining indicates that the switching point occurs, decoding a non-random access picture (non-RAP) at a first resolution in the first layer prior to the switching point; decoding a random access picture at a second resolution in the second layer associated with the switching point; and decoding a non-random access picture (non-RAP) at a second resolution in the second layer after the switching point; characterized in that the first indicator indicates that only random access pictures in the second layer utilize inter-layer prediction, without using temporal prediction, and that non-random access pictures in the second layer do not utilize inter-layer prediction, and wherein the second indicator indicates that an access unit associated with a random access picture in the second layer includes pictures from at least two layers, and every other access unit includes only pictures from a single layer. receiving on a sequence-level a first indicator and a second indicator; determining from the first indicator and the second indicator being set, that a switching point for adaptive resolution change, from only decoding a first layer to decoding a second layer, occurs in a video sequence of a resolution scalable bit stream; if the determining indicates that the switching point occurs, decoding a non-random access picture (non-RAP) at a first resolution in the first layer prior to the switching point; decoding a random access picture at a second resolution in the second layer associated with the switching point; and decoding a non-random access picture (non-RAP) at a second resolution in the second layer after the switching point; characterized in that the first indicator indicates that only random access pictures in the second layer utilize inter-layer prediction, without using temporal prediction, and that non-random access pictures in the second layer do not utilize inter-layer prediction, and wherein the second indicator indicates that an access unit associated with a random access picture in the second layer includes pictures from at least two layers, and every other access unit includes only pictures from a single layer.
A communication terminal apparatus comprising: a receiver configured to receive a transmission request for an aperiodic sounding reference signal, A-SRS, and a transmission power control command, TPC command, for transmission control of the A-SRS, the TPC command being received in a Physical Downlink Control Channel, PDCCH; and a controller configured to control a transmission power value of a first A-SRS using a first TPC command when the TPC command is received within a first time, and control a transmission power value of a second A-SRS using a second TPC command when the TPC command is received within a second time other than the first time, transmission power values of the first A-SRS and the second A-SRS being controlled independently of each other, and a transmitter configured to transmit the first A-SRS at the controlled transmission power value using said first TPC command, and to transmit the second A-SRS at the controlled transmission power value using said second TPC command. a receiver configured to receive a transmission request for an aperiodic sounding reference signal, A-SRS, and a transmission power control command, TPC command, for transmission control of the A-SRS, the TPC command being received in a Physical Downlink Control Channel, PDCCH; and a controller configured to control a transmission power value of a first A-SRS using a first TPC command when the TPC command is received within a first time, and control a transmission power value of a second A-SRS using a second TPC command when the TPC command is received within a second time other than the first time, transmission power values of the first A-SRS and the second A-SRS being controlled independently of each other, and a transmitter configured to transmit the first A-SRS at the controlled transmission power value using said first TPC command, and to transmit the second A-SRS at the controlled transmission power value using said second TPC command.
Camera for a motor vehicle including a housing configured to shield electromagnetic radiation at least in certain areas, including a circuit board disposed in the housing, and including an interface device for connecting the camera to the motor vehicle, wherein the interface device is electrically connected to the circuit board, characterized in that the interface device includes a coaxial plug with an inner conductor and an outer conductor and the camera has a connecting device for electrically connecting the outer conductor to the housing wherein the connecting device has several spring elements, which exert a spring force on the housing and/or the outer conductor in the assembled state of the camera and is formed as a single ring, which comprises a base ring, and the spring elements are arranged on an outer side of the base ring facing away from a longitudinal axis of the ring.
A multi portion intra-oral dosage form comprising a component for treating tobacco dependence, which is nicotine and/or metabolites thereof, selected from cotinine, nicotine N'-oxide, nornicotine and -nicotine-N-β-glucuronide and mixtures, isomers, salts and complexes thereof in any form, wherein at least one portion of the multi portion intra-oral dosage form is rapidly disintegrating and at least one portion is slowly disintegrating, whereby the disintegration time for the slowest disintegrating portion is at least two times longer than for the most rapidly disintegrating portion, and where each portion comprises at least one item selected from the following items: a pharmaceutically active component, a nicotine mimicking component, a pH-buffering component, a pH-regulating component, a flavor, a barrier component, a color component, an adhesive component, a taste masking agent, a tooth whitening agent, a breath freshening agent, an oral health promoting agent, an anti-caries agent, and an anti-inflammatory agent; and wherein the at least one rapidly disintegrating portion further comprises a water-swellable excipient selected from sodium starch glycolate, crospovidone, croscarmellose, microcrystalline cellulose, starches, hydroxypropyl cellulose, and alginic acid. a pharmaceutically active component, a nicotine mimicking component, a pH-buffering component, a pH-regulating component, a flavor, a barrier component, a color component, an adhesive component, a taste masking agent, a tooth whitening agent, a breath freshening agent, an oral health promoting agent, an anti-caries agent, and an anti-inflammatory agent; and
A heat exchange assembly, comprising a heat exchange core and a mounting plate fixed to the heat exchange core, and the heat exchange assembly further comprising a first port, a second port, a third port, and a fourth port; the heat exchange core comprising an end plate, and the heat exchange core further comprising a first flow passage and a second flow passage which are isolated from each other, the first flow passage being in communication with the first port and the second port, and the second flow passage being in communication with the third port and the fourth port; and the second flow passage comprising a first passage and a second passage, and wherein the heat exchange core further comprises a through passage passing through the heat exchange core, the mounting plate is provided with a connection passage for communicating the through passage with the fourth port, and the second passage passes through the heat exchange core and one end of the second passage is in communication with the fourth port; the heat exchange assembly further comprises a valve assembly and an adapter base, the adapter base is provided with a cavity opposite to the second passage and a fifth port in communication with the cavity, and the adapter base is further provided with a sixth port in communication with the through passage; the valve assembly is provided in or partially provided in the second passage, and the valve assembly comprises a main valve body and a thermal actuator mounted in the main valve body, and one end of the main valve body is fittingly connected to an inner wall of the fifth port in a sealed manner, and one end of the main valve body is fittingly connected to the fourth port or an inner wall of the second passage in a sealed manner, a side wall of the main valve body is provided with a first notch, and a first valve port is provided in the main valve body, the first valve port is located between the first notch and the fourth port, and the first valve port is not in communication or in communication with the fourth port when the thermal actuator is close to or away from the first valve port; and wherein, when the first valve port is opened, the third port is in communication with the fourth port through the first passage, the second passage, the first notch, and the first valve port sequentially; and when the first valve port is closed, the third port is in communication with the fifth port through the first passage, the second passage, and the first notch sequentially.
A screw tensioning device for stretching a threaded bolt carrying a nut, said screw tensioning device comprising a support tube and a cylinder member provided in the axial extension of the support tube, said cylinder member surrounding an axially moveable piston section, and comprising a tensioning bolt extending through the piston section and arranged in engagement with the piston section so as to be axially entrained, the tensioning bolt comprising an axial channel provided with a depth measurement device for indicating the axial position of the end of the threaded bolt relative to the tensioning bolt, characterized in that the depth measuring device emits an optical and/or acoustic signal when the screw-in depth of the threaded bolt is in a predetermined range.
A mold body for use in a mold, comprising: a mold cavity; a first chill cavity formed adjacent the mold cavity and separated from the mold cavity by a chill wall; a first fill channel in communication with the chill cavity and with an exterior surface of the mold body; and a first chill material disposed within the first chill cavity, the first chill material having a thermal conductivity that is greater than the thermal conductivity of the mold body; characterized in that the mold body comprises a vent channel having a first end in communication with the first chill cavity and a second end in communication with an exterior surface of the mold body to vent the first chill cavity to atmosphere. a mold cavity; a first chill cavity formed adjacent the mold cavity and separated from the mold cavity by a chill wall; a first fill channel in communication with the chill cavity and with an exterior surface of the mold body; and a first chill material disposed within the first chill cavity, the first chill material having a thermal conductivity that is greater than the thermal conductivity of the mold body; characterized in that the mold body comprises a vent channel having a first end in communication with the first chill cavity and a second end in communication with an exterior surface of the mold body to vent the first chill cavity to atmosphere.
A cold head for a pulse tube cooler, comprising: a regenerator having a first end connectable to a compressor; a pulse tube having a first end and a second end; a heat exchanger connected between a second end of the regenerator and the first end of the pulse tube; and a phase control device connected at the second end of the pulse tube for controlling the flow dynamics in the pulse tube to provide cooling at the heat exchanger, wherein: the pulse tube comprises a wall having a porous portion for allowing a working gas to enter or leave the pulse tube directly through the porous portion, the porous portion being nearer to being parallel than perpendicular to an axis of elongation of the pulse tube, characterized in that: the heat exchanger coaxially surrounds the pulse tube. a regenerator having a first end connectable to a compressor; a pulse tube having a first end and a second end; a heat exchanger connected between a second end of the regenerator and the first end of the pulse tube; and a phase control device connected at the second end of the pulse tube for controlling the flow dynamics in the pulse tube to provide cooling at the heat exchanger, wherein: the pulse tube comprises a wall having a porous portion for allowing a working gas to enter or leave the pulse tube directly through the porous portion, the porous portion being nearer to being parallel than perpendicular to an axis of elongation of the pulse tube, characterized in that: the heat exchanger coaxially surrounds the pulse tube.