mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a control section configured to increment a beam failure instance counter, in a higher layer, based on a beam failure instance indication received from a physical layer; and a transmission section configured to, when the beam failure instance counter is greater than or equal to a given threshold, transmit a beam recovery request using a random access preamble based on a transmission instruction from the higher layer, characterized in that if there is no response for the random access preamble within a given response window period, the control section is configured to perform a control to retransmit the random access preamble, and the control section is configured to notify the transmission instruction from the higher layer to the physical layer, which is used for instructing the transmission of the random access preamble using a Physical Random Access Channel, PRACH, wherein the random access preamble corresponds to a Synchronization Signal Block, SSB, or a Channel State Information Reference Signal, CSI-RS, associated with a candidate beam. a control section configured to increment a beam failure instance counter, in a higher layer, based on a beam failure instance indication received from a physical layer; and a transmission section configured to, when the beam failure instance counter is greater than or equal to a given threshold, transmit a beam recovery request using a random access preamble based on a transmission instruction from the higher layer, characterized in that if there is no response for the random access preamble within a given response window period, the control section is configured to perform a control to retransmit the random access preamble, and the control section is configured to notify the transmission instruction from the higher layer to the physical layer, which is used for instructing the transmission of the random access preamble using a Physical Random Access Channel, PRACH, wherein the random access preamble corresponds to a Synchronization Signal Block, SSB, or a Channel State Information Reference Signal, CSI-RS, associated with a candidate beam.
A method for producing dewatered microfibrillated cellulose comprising i) providing an aqueous MFC slurry, ii) optionally dewatering said MFC slurry by mechanical means to provide a partly dewatered MFC slurry, and iii) subjecting the MFC slurry or the partly dewatered MFC slurry to one or more drying operations by contacting the MFC slurry or the partly dewatered MFC slurry with one or more absorbing materials comprising superabsorbent polymer to produce dewatered MFC. i) providing an aqueous MFC slurry, ii) optionally dewatering said MFC slurry by mechanical means to provide a partly dewatered MFC slurry, and iii) subjecting the MFC slurry or the partly dewatered MFC slurry to one or more drying operations by contacting the MFC slurry or the partly dewatered MFC slurry with one or more absorbing materials comprising superabsorbent polymer to produce dewatered MFC.
A communication hub for a communication system, with at least an audio I/O interface for connection with one or more audio sources to at least receive an input audio signal and to transmit an output audio signal; a user device interface for connection with at least one user audio device; a processor to provide a user input audio signal to the user device interface from the input audio signal and to receive a user output audio signal from the user device interface and to provide the output audio signal to the audio I/O interface; characterized in that the communication hub further comprises a reporting module, configured to generate metadata comprising a sound pressure level of the input audio signal and to provide the metadata to a monitoring device of the communication system; wherein the reporting module is configured to determine a sound pressure level by analyzing the input audio signal together with settings of the communication hub; and wherein the communication hub is an intermediate device, connectable between the one or more audio sources and the at least one user audio device. an audio I/O interface for connection with one or more audio sources to at least receive an input audio signal and to transmit an output audio signal; a user device interface for connection with at least one user audio device; a processor to provide a user input audio signal to the user device interface from the input audio signal and to receive a user output audio signal from the user device interface and to provide the output audio signal to the audio I/O interface; characterized in that the communication hub further comprises a reporting module, configured to generate metadata comprising a sound pressure level of the input audio signal and to provide the metadata to a monitoring device of the communication system; wherein the reporting module is configured to determine a sound pressure level by analyzing the input audio signal together with settings of the communication hub; and wherein the communication hub is an intermediate device, connectable between the one or more audio sources and the at least one user audio device.
A balloon coating method for forming a coating layer containing a water-insoluble drug on an outer surface of a balloon of a balloon catheter, the method comprising: a step of applying a rotation force at the same rotation speed to both a proximal side and a distal side further from a region where the balloon of the balloon catheter is inflated, to moving a dispensing tube for supplying a coating solution containing the drug relatively to the balloon in an axial direction of the balloon while rotating the balloon around an axis of the balloon, so as to apply the coating solution to the outer surface of the balloon, wherein in the application step, the balloon is rotated while being pulled in the axial direction of the balloon, and the coating solution is applied to the outer surface of the balloon, and wherein in the application step, a joint portion of an inner tube penetrating into the balloon and the balloon is pinched and pulled so as to apply a pulling force to the balloon; and wherein a catheter shaft of the balloon catheter includes a tubular proximal shaft whose proximal side is fixedly attached to a hub, and a tubular intermediate shaft that covers the distal side of the proximal shaft, a tubular distal shaft that is disposed on the distal side of the intermediate shaft, and a tubular inner tube that is disposed inside the distal shaft, wherein a dilation lumen for circulating an inflating fluid for inflating the balloon is formed inside the proximal shaft, the intermediate shaft, and the distal shaft, wherein the inner tube includes an inner tube shaft which coaxially penetrates into the distal shaft and the balloon, and a flexible distal tip which interlocks with the distal portion of the inner tube shaft; and wherein a tubular portion having the same outer diameter when inflated is formed in the central portion in an axial direction X of the balloon, wherein a tapered portion whose outer diameter is gradually changed is formed on both sides in the axial direction X of the tubular portion, wherein the tubular portion and the tapered portions on both sides form a region where the balloon is actually inflated, and then, a coating layer containing a drug is formed on the entire outer surface of the tubular portion. a step of applying a rotation force at the same rotation speed to both a proximal side and a distal side further from a region where the balloon of the balloon catheter is inflated, to moving a dispensing tube for supplying a coating solution containing the drug relatively to the balloon in an axial direction of the balloon while rotating the balloon around an axis of the balloon, so as to apply the coating solution to the outer surface of the balloon, wherein in the application step, the balloon is rotated while being pulled in the axial direction of the balloon, and the coating solution is applied to the outer surface of the balloon, and wherein in the application step, a joint portion of an inner tube penetrating into the balloon and the balloon is pinched and pulled so as to apply a pulling force to the balloon; and
A method of making a xylose-competent Zymomonas cell comprising: a) providing a Zymomonas host cell; b) creating a genetic modification in said cell in at least one endogenous gene encoding an aldose reductase enzyme of EC 1.1.1.21 having the ability to convert xylose to xylitol in the presence of NADPH; and c) introducing into said cell a xylose utilization metabolic pathway; wherein the order of steps (b) and (c) is not specified, and optionally occur concurrently, wherein said xylose-competent Zymomonas cell has aldose reductase activity reduced by greater than 90% as compared with a Zymomonas cell lacking the genetic modification of step (b), wherein said genetic modification is not created in a step of adaptation for growth in xylose by prolonged growth in medium containing xylose, and wherein said xylose-competent Zymomonas cell is able to grow in medium containing xylose as the only sugar. a) providing a Zymomonas host cell; b) creating a genetic modification in said cell in at least one endogenous gene encoding an aldose reductase enzyme of EC 1.1.1.21 having the ability to convert xylose to xylitol in the presence of NADPH; and c) introducing into said cell a xylose utilization metabolic pathway;
A light bulb shaped lamp comprising: a hollow globe; a light-emitting module including a base platform and a light-emitting device mounted on the base platform, the light-emitting module being provided in the globe; a lead wire for supplying power to the light-emitting module; and a stem extending toward the interior of the globe, wherein the light-emitting module is fixed to the stem; characterized in that the base platform is translucent. a hollow globe; a light-emitting module including a base platform and a light-emitting device mounted on the base platform, the light-emitting module being provided in the globe; a lead wire for supplying power to the light-emitting module; and a stem extending toward the interior of the globe, wherein the light-emitting module is fixed to the stem; characterized in that the base platform is translucent.
A method of managing reservations comprising: receiving by a storage controller (110C, 110D) from a first host controller of a multi-host storage system, a first reservation command comprising a first host identifier to identify the first host controller, the first reservation command requesting access to a storage drive that is shared by a second host controller; modifying by the storage controller (110C, 110D), the first reservation command, to produce a modified reservation command, by replacing the first host identifier with a first logical unit identifier that is associated with the first host controller and that identifies a first logical unit of storage of the storage drive; receiving, by the storage drive from the storage controller (110C, 110D), the modified first reservation command, wherein the first reservation command is compatible with a Nonvolatile Memory Express "NVMe" over Fabrics standard, and the modified first reservation command is compatible with the NVMe standard; responsive to receiving the modified first reservation command, identifying, by the storage drive, the first logical unit of storage of the storage drive based on the first logical unit identifier of the modified reservation command; holding, by the storage drive, a reservation for the first logical unit of storage; and granting, by the storage drive, access to the first logical unit of storage and a second logical unit of storage on behalf of the first host controller, rather than the second host controller, by associating the reservation held for the first logical unit with the second logical unit of storage. receiving by a storage controller (110C, 110D) from a first host controller of a multi-host storage system, a first reservation command comprising a first host identifier to identify the first host controller, the first reservation command requesting access to a storage drive that is shared by a second host controller; modifying by the storage controller (110C, 110D), the first reservation command, to produce a modified reservation command, by replacing the first host identifier with a first logical unit identifier that is associated with the first host controller and that identifies a first logical unit of storage of the storage drive; receiving, by the storage drive from the storage controller (110C, 110D), the modified first reservation command, wherein the first reservation command is compatible with a Nonvolatile Memory Express "NVMe" over Fabrics standard, and the modified first reservation command is compatible with the NVMe standard; responsive to receiving the modified first reservation command, identifying, by the storage drive, the first logical unit of storage of the storage drive based on the first logical unit identifier of the modified reservation command; holding, by the storage drive, a reservation for the first logical unit of storage; and granting, by the storage drive, access to the first logical unit of storage and a second logical unit of storage on behalf of the first host controller, rather than the second host controller, by associating the reservation held for the first logical unit with the second logical unit of storage.
A superconductor structure (10, 20, 30), comprising a first strip piece with a first width B1, a second strip piece with a second width B2, and a third strip piece with a third width B3, wherein the strip pieces (1, 2, 3) each comprise a substrate and a superconducting layer deposited on the substrate, wherein one end section of the second strip piece and one end section of the third strip piece are connected via a layer made from a first normally conducting material to the first strip piece, wherein the second and third strip piece (2, 3) overlap with the first strip piece in the longitudinal direction, wherein the superconducting layers of the second and third strip piece (2, 3) of the superconducting layer of the first strip piece face one another, wherein between the end sections of the second and third strip piece (2, 3) a seam (4, 23, 24) is formed, wherein the seam (4, 23, 24) has a path length PL with PL > 2*B2 and PL > 2*B3, in particular wherein the layer made from the first normally conducting material also extends under the seam (4, 23, 24), characterized in that the seam (4, 23, 24) extends in a longitudinal direction over an extension region of the superconductor structure (10, 20, 30) having a length LBN with 0.5*PL ≥ LBN, preferably 0.25*PL ≥ LBN.
An electronic device comprising: a short-range wireless communication module; a memory unit; a display unit; and a control unit configured to: register an external mobile terminal, found through the short-range wireless communication module, in the memory unit; when the electronic device is turned on, control the short-range wireless communication module to transmit a notification signal to the registered external mobile terminal to prompt a user to control the electronic device using the registered external mobile terminal; in response to a request being received from the registered external mobile terminal, control the short-range wireless communication module to transmit UI information to the registered external mobile terminal, wherein the transmitted UI information corresponds to a user interface, UI, displayed on the display unit; and perform an operation corresponding to a UI item that is selected among UI items which are displayed in the external mobile apparatus based on the transmitted UI information. a short-range wireless communication module; a memory unit; a display unit; and a control unit configured to: register an external mobile terminal, found through the short-range wireless communication module, in the memory unit; when the electronic device is turned on, control the short-range wireless communication module to transmit a notification signal to the registered external mobile terminal to prompt a user to control the electronic device using the registered external mobile terminal; in response to a request being received from the registered external mobile terminal, control the short-range wireless communication module to transmit UI information to the registered external mobile terminal, wherein the transmitted UI information corresponds to a user interface, UI, displayed on the display unit; and perform an operation corresponding to a UI item that is selected among UI items which are displayed in the external mobile apparatus based on the transmitted UI information. register an external mobile terminal, found through the short-range wireless communication module, in the memory unit; when the electronic device is turned on, control the short-range wireless communication module to transmit a notification signal to the registered external mobile terminal to prompt a user to control the electronic device using the registered external mobile terminal; in response to a request being received from the registered external mobile terminal, control the short-range wireless communication module to transmit UI information to the registered external mobile terminal, wherein the transmitted UI information corresponds to a user interface, UI, displayed on the display unit; and perform an operation corresponding to a UI item that is selected among UI items which are displayed in the external mobile apparatus based on the transmitted UI information.
A method for treating a pipe, in particular a motor vehicle pipe, wherein a flare is generated at least at one pipe end of the pipe, wherein at least areas of the flare are provided with at least one layer, which changes the friction properties of the coated surface of the flare, and wherein the flare is coated by means of plasma coating, characterized in that at least areas of the rear flare side facing the pipe are provided with a first layer via plasma coating, and that the first layer has a friction coefficient μ1, at least areas of the front flare side facing away from the pipe and forming a front end of the pipe are provided with a second layer via plasma coating, and that this second layer has a friction coefficient μ2, and that the second friction coefficient μ2 is greater than the first friction coefficient μ1. at least areas of the rear flare side facing the pipe are provided with a first layer via plasma coating, and that the first layer has a friction coefficient μ1, at least areas of the front flare side facing away from the pipe and forming a front end of the pipe are provided with a second layer via plasma coating, and that this second layer has a friction coefficient μ2, and that the second friction coefficient μ2 is greater than the first friction coefficient μ1.
An additive manufacturing machine by fusion on a power bed comprising an enclosure of a fusion chamber, characterised in that it comprises a means for receiving unfused powders placed in the enclosure and comprising four sides: a right-hand partition and a left-hand partition, a front partition and a rear partition, characterised in that at least two opposite sides (20d, 20g; 20a, 20b) each consists of two hinged parts (200a, 201a; 200b, 201b) allowing folding of said sides.
Step element for an escalator or for a moving walkway, wherein the step element is designed as a one-piece aluminium pressure die-cast part, comprising a step element skeleton and a step plate, wherein the step plate has a step profile, wherein the step profile has webs and channels running in the direction of travel, wherein the webs are formed by two web legs, which run virtually in parallel, and a connecting web surface, and the channels run between the lined-up webs, characterized in that the web has a web cavity, wherein the web cavity is formed by the web legs and the web surface.
A single-stranded nucleic acid molecule of the following or, comprising a TGF-β1 gene expression inhibitory sequence consisting of the nucleotide sequence shown in the following SEQ ID NO: 2: (SEQ ID NO: 2) 5'- UGUUAUCCCUGCUGUCACAGG -3' a single-stranded nucleic acid molecule consisting of region, linker region (Lx) and region (Xc) alone, wherein said region (Xc), said linker region (Lx) and said region are configured in this order from the 5'-side to the 3'-side, said region (Xc) is from 90% to 100% complementary to said region, said linker region (Lx) has a non-nucleotide structure comprising at least one of a pyrrolidine skeleton and a piperidine skeleton, and at least one of said region and said region (Xc) comprises said expression inhibitory sequence; a single-stranded nucleic acid molecule comprising region (Xc), linker region (Lx), region, region, linker region (Ly) and region (Yc) in this order from the 5'-side to the 3'-side, said region and said region are linked to form inner region, said region (Xc) is from 90% to 100% complementary to said region, said region (Yc) is from 90% to 100% complementary to said region, said linker region (Lx) and linker region (Ly) each have a non-nucleotide structure comprising at least one of a pyrrolidine skeleton and a piperidine skeleton, and said inner region comprises said expression inhibitory sequence. a single-stranded nucleic acid molecule consisting of region, linker region (Lx) and region (Xc) alone, wherein said region (Xc), said linker region (Lx) and said region are configured in this order from the 5'-side to the 3'-side, said region (Xc) is from 90% to 100% complementary to said region, said linker region (Lx) has a non-nucleotide structure comprising at least one of a pyrrolidine skeleton and a piperidine skeleton, and at least one of said region and said region (Xc) comprises said expression inhibitory sequence; a single-stranded nucleic acid molecule comprising region (Xc), linker region (Lx), region, region, linker region (Ly) and region (Yc) in this order from the 5'-side to the 3'-side, said region and said region are linked to form inner region, said region (Xc) is from 90% to 100% complementary to said region, said region (Yc) is from 90% to 100% complementary to said region, said linker region (Lx) and linker region (Ly) each have a non-nucleotide structure comprising at least one of a pyrrolidine skeleton and a piperidine skeleton, and said inner region comprises said expression inhibitory sequence.
A wind turbine gearbox having at least one gearwheel, which is mounted on an axle, wherein a bearing point with a plain bearing is arranged between the gearwheel and the axle, and wherein in the axle a recess is formed for supplying a lubricant to the plain bearing, characterized in that in the region of a bearing surface of the plain bearing on the gearwheel a groove is formed in the gearwheel and the groove is connected via at least one connecting line to the surrounding atmosphere, wherein the connecting line is formed in the axle.