mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: receiving, by a user equipment, a message from a communication node, wherein the message includes an information element specifying information for configuring a sidelink logical channel for a sidelink transmission, wherein the information includes a scheduling request identity associated with the sidelink logical channel and one or more allowed configured grants associated with the sidelink logical channel; and configuring, by the user equipment, a Medium Access Control, MAC, entity with the logical channel according to the information, wherein sidelink MAC Service Data Units, SDUs from the sidelink logical channel are mapped to the one or more allowed configured grants indicated in the information of the information element. receiving, by a user equipment, a message from a communication node, wherein the message includes an information element specifying information for configuring a sidelink logical channel for a sidelink transmission, wherein the information includes a scheduling request identity associated with the sidelink logical channel and one or more allowed configured grants associated with the sidelink logical channel; and configuring, by the user equipment, a Medium Access Control, MAC, entity with the logical channel according to the information, wherein sidelink MAC Service Data Units, SDUs from the sidelink logical channel are mapped to the one or more allowed configured grants indicated in the information of the information element.
An inhibitor of the valosin-containing protein (VCP inhibitor) for use in the prophylaxis and/or treatment of a neurodegenerative disease not based on a protein folding disorder, wherein the disease is an eye disease, characterized in that the eye disease is age-related macular degeneration or diabetic retinopathy.
A non-spill valve for the neck or spout of a liquid container, characterised in comprising a flexible tube which is open at one end and upstands from an apertured support of which the aperture is in registry with and of the same size as the open end of the tube, the support having a shape which is complementary with the interior of the neck or spout so that it forms a partition in the neck or spout of the container and permits the passage of liquid from the aperture in the support only into the tube interior, wherein the other end of the tube is closed except for an incision which separates the closed end from an adjoining side wall portion of the tube, the incision being continued along said side wall portion up to a distance short of the support so as to define a flap which is hinged to the support wall and lies against the part from which it is severed but can flex under suction applied to the neck or spout and thereby permit liquid to reach from the tube interior to the mouth of the neck or spout.
Composition of a pyrotechnic compound suitable as a thermal fuse in a gas generator comprising a pyrotechnic charge, said pyrotechnic compound having a self-ignition temperature that is lower than that of the pyrotechnic charge of the generator so as to be capable of initiating combustion of the pyrotechnic charge in the event of abnormal heating of the generator before said pyrotechnic charge reaches its self-ignition temperature, said composition, stable at 110°C, self-ignitable and exothermically reacting at low temperature, being characterized in that it is self-ignitable and exothermically reacts between 155°C and 185°C; and in that it includes a binder, said binder being selected from the epoxy family or the polybutadiene family, and being present in the composition in an amount of at least 15% of the total composition weight, so that said composition can be metered out and deposited, without addition of any solvent, in the form of an adhesive onto any appropriate support of the generator.
A computerized system for operating a plurality of wind turbines, comprising: a supervisory control and data acquisition (SCADA) system; and a display for depicting a graphical output of information from the SCADA system, wherein the display includes one or more visual representations selected from the group consisting of a graphical output of wind turbine components information, wherein the graphical output of the wind turbine component information is divided into visual depictions of predetermined component parts for each wind turbine, wherein the display includes a data-dependent wind rose plot for showing the frequency of wind blowing from various directions, the wind rose plot comprising spokes the length of portions thereof having a predetermined thickness that corresponds to a ratio of wind in the direction of the spoke at a predetermined speed, wherein the graphical output of the wind turbine component information for each component part is visually represented on the display, wherein the wind speed at each turbine is visually represented on the data-dependent wind rose plot, and wherein the visual representation includes a series of colors assigned by the SCADA system, the series of colors representing the wind turbine component information; wherein the SCADA system analyzes the information and transmits a signal to the display to visually depict the information in a dynamic manner. a supervisory control and data acquisition (SCADA) system; and a display for depicting a graphical output of information from the SCADA system, wherein the display includes one or more visual representations selected from the group consisting of a graphical output of wind turbine components information, wherein the graphical output of the wind turbine component information is divided into visual depictions of predetermined component parts for each wind turbine, wherein the display includes a data-dependent wind rose plot for showing the frequency of wind blowing from various directions, the wind rose plot comprising spokes the length of portions thereof having a predetermined thickness that corresponds to a ratio of wind in the direction of the spoke at a predetermined speed, wherein the graphical output of the wind turbine component information for each component part is visually represented on the display, wherein the wind speed at each turbine is visually represented on the data-dependent wind rose plot, and wherein the visual representation includes a series of colors assigned by the SCADA system, the series of colors representing the wind turbine component information; wherein the SCADA system analyzes the information and transmits a signal to the display to visually depict the information in a dynamic manner.
A pneumatic tire, comprising an innerliner and a sealant layer located radially inside the innerliner, the sealant layer comprising a first sealant layer and a second sealant layer stacked in that order from the innerliner, the first sealant layer comprising a generally string-shaped sealant provided continuously and spirally along an inner periphery of the tire, the second sealant layer comprising a generally string-shaped sealant provided continuously and spirally along the first sealant layer, the tire is characterized in that the sealant of the first sealant layer and the sealant of the second sealant layer extending in directions crossing each other.
A wireless communications device that is constituted from a control station and a slave station (2, 3) that are configured to perform encrypted communication using an encryption key and that is configured to change the encryption key during a call in a predetermined procedure, wherein the control station includes a controller (19, 27) that is configured to monitor communication quality of the call to the slave station (2, 3), wherein the device is characterized in that the controller (19, 27) is configured to determine whether or not to change the encryption key based on the communication quality of the call after a prescribed time elapses during the call, wherein the control station, in a case where the communication quality degrades to below a threshold that is determined in advance, is configured to operate in such a manner that a procedure for changing the encryption key, which is determined in advance, is not activated, and the controller (19, 27) is configured to make the determination after the prescribed time elapses one more time in a case where it is determined that the encryption key has not been changed.
A Wireless Local-Area Network, WLAN, access point, comprising: a WLAN transmitter, a WLAN receiver, and a processor; the WLAN transmitter is configured to transmit WLAN packets (40, 70) via one or more transmit antennas, and to send a timing-synchronization signal over an internal interface; the WLAN receiver is configured to receive, via one or more receive antennas, echo packets (42, 72) comprising reflections from an object of a selected subset of the WLAN packets (40, 70) transmitted by the WLAN transmitter, to receive the timing-synchronization signal from the WLAN transmitter over the internal interface, and to time-synchronize the echo packets (42, 72) and the corresponding WLAN packets using the timing-synchronization signal; and the processor is configured to: in response to a gap in the received echo packets (42, 72), generate one or more synthetic echo packets (362, 364) by interpolating over two or more of the time-synchronized received echo packets (36a, 36b), to consequently derive a sequence of equally-spaced echo packets; estimate one or more parameters of the object based on the WLAN packets (40, 70) and on the sequence of equally-spaced echo packets, including the received echo packets (36a, 36b) and the synthetic echo packets (362, 364); and output the estimated parameters to a user. a WLAN transmitter, a WLAN receiver, and a processor; the WLAN transmitter is configured to transmit WLAN packets (40, 70) via one or more transmit antennas, and to send a timing-synchronization signal over an internal interface; the WLAN receiver is configured to receive, via one or more receive antennas, echo packets (42, 72) comprising reflections from an object of a selected subset of the WLAN packets (40, 70) transmitted by the WLAN transmitter, to receive the timing-synchronization signal from the WLAN transmitter over the internal interface, and to time-synchronize the echo packets (42, 72) and the corresponding WLAN packets using the timing-synchronization signal; and the processor is configured to: in response to a gap in the received echo packets (42, 72), generate one or more synthetic echo packets (362, 364) by interpolating over two or more of the time-synchronized received echo packets (36a, 36b), to consequently derive a sequence of equally-spaced echo packets; estimate one or more parameters of the object based on the WLAN packets (40, 70) and on the sequence of equally-spaced echo packets, including the received echo packets (36a, 36b) and the synthetic echo packets (362, 364); and output the estimated parameters to a user. in response to a gap in the received echo packets (42, 72), generate one or more synthetic echo packets (362, 364) by interpolating over two or more of the time-synchronized received echo packets (36a, 36b), to consequently derive a sequence of equally-spaced echo packets; estimate one or more parameters of the object based on the WLAN packets (40, 70) and on the sequence of equally-spaced echo packets, including the received echo packets (36a, 36b) and the synthetic echo packets (362, 364); and output the estimated parameters to a user.
A method of preparing a surface for diffusion bonding, the method comprising the steps of: contacting a binder material with a discontinuous surface comprising surface regions separated by gaps, the binder material being selectively deposited onto the surface regions and having a viscosity in a range from 0.05 Pa.s (50 cP) to 30 Pa.s (30,000 cP) to form a self-supporting layer without flowing into the gaps, wherein the self-supporting layer of binder material is deposited on the surface regions with a mass density in a range from 1.55 g/m 2 (0.001 g/in 2) to 77.50 g/m 2 (0.050 g/in 2); distributing a braze powder over the binder material, a predetermined amount of the braze powder being attached to the binder material; and heating the discontinuous surface to remove the binder material and adhere the braze powder to the discontinuous surface, thereby forming a prewet surface with a braze deposit thereon. contacting a binder material with a discontinuous surface comprising surface regions separated by gaps, the binder material being selectively deposited onto the surface regions and having a viscosity in a range from 0.05 Pa.s (50 cP) to 30 Pa.s (30,000 cP) to form a self-supporting layer without flowing into the gaps, wherein the self-supporting layer of binder material is deposited on the surface regions with a mass density in a range from 1.55 g/m 2 (0.001 g/in 2) to 77.50 g/m 2 (0.050 g/in 2); distributing a braze powder over the binder material, a predetermined amount of the braze powder being attached to the binder material; and heating the discontinuous surface to remove the binder material and adhere the braze powder to the discontinuous surface, thereby forming a prewet surface with a braze deposit thereon.
A motor driving apparatus for controlling driving of a single-phase motor, the single-phase motor rotating a rotor, permanent magnets being disposed in the rotor, the motor driving apparatus comprising: an inverter comprising a plurality of switching elements (51 to 54), the inverter converting, by using the switching elements, a direct-current voltage into an alternating-current voltage and outputting the alternating-current voltage to the single-phase motor; a detection unit (20;21) detecting a physical quantity representing an operation state of the single-phase motor; and a control unit controlling, in accordance with the physical quantity, the alternating-current voltage from the inverter to be output to the single-phase motor, wherein the detection unit detects a value of current flowing through the single-phase motor as the physical quantity, characterised in that the control unit causes output of the alternating-current voltage from the inverter to the single-phase motor when an absolute value of the value of the current is less than a first threshold, halts the output of the alternating-current voltage from the inverter to the single-phase motor when an absolute value of the value of the current is equal to or more than a second threshold and less than a third threshold, and reverses polarity of an alternating-current voltage that the inverter outputs to the single-phase motor when an absolute value of the value of the current is equal to or more than the third threshold. an inverter comprising a plurality of switching elements (51 to 54), the inverter converting, by using the switching elements, a direct-current voltage into an alternating-current voltage and outputting the alternating-current voltage to the single-phase motor; a detection unit (20;21) detecting a physical quantity representing an operation state of the single-phase motor; and a control unit controlling, in accordance with the physical quantity, the alternating-current voltage from the inverter to be output to the single-phase motor, wherein the detection unit detects a value of current flowing through the single-phase motor as the physical quantity, characterised in that the control unit causes output of the alternating-current voltage from the inverter to the single-phase motor when an absolute value of the value of the current is less than a first threshold, halts the output of the alternating-current voltage from the inverter to the single-phase motor when an absolute value of the value of the current is equal to or more than a second threshold and less than a third threshold, and reverses polarity of an alternating-current voltage that the inverter outputs to the single-phase motor when an absolute value of the value of the current is equal to or more than the third threshold.
An intramedullary nail comprising: a nail shaft (10, 20) having a central longitudinal axis, an outer surface extending in a longitudinal direction and in a circumferential direction, wherein a recess (12, 22) is formed in the outer surface of the nail shaft (10, 20), the recess (12, 22) having a length measured in the longitudinal direction, a width (w) measured in a circumferential direction and a depth (d) measured from the outer surface in a direction to the central longitudinal axis, and wherein two threaded bores (14, 24) are formed in the nail shaft (10, 20), the threaded bores (14, 24) extending through the nail shaft (10, 20) transversal to its central longitudinal axis and into the recess (12, 22), an expansion element (30, 40) having a shape and size adapted to be accommodated in the recess (12, 22), and two adjustment screws adapted to be accommodated in the threaded bores (14, 24), wherein the adjustment screws are adapted to adjust the distance between the central longitudinal axis of the nail shaft (10, 20) and the expansion element (30, 40). a nail shaft (10, 20) having a central longitudinal axis, an outer surface extending in a longitudinal direction and in a circumferential direction, wherein a recess (12, 22) is formed in the outer surface of the nail shaft (10, 20), the recess (12, 22) having a length measured in the longitudinal direction, a width (w) measured in a circumferential direction and a depth (d) measured from the outer surface in a direction to the central longitudinal axis, and wherein two threaded bores (14, 24) are formed in the nail shaft (10, 20), the threaded bores (14, 24) extending through the nail shaft (10, 20) transversal to its central longitudinal axis and into the recess (12, 22), an expansion element (30, 40) having a shape and size adapted to be accommodated in the recess (12, 22), and two adjustment screws adapted to be accommodated in the threaded bores (14, 24), wherein the adjustment screws are adapted to adjust the distance between the central longitudinal axis of the nail shaft (10, 20) and the expansion element (30, 40).
Press-in pin for an electrical contact-making arrangement, comprising an elastic press-in region and an electrically conductive coating which comprises a reactive multilayer (14.1) which is applied to the press-in pin and a first contact layer (14.2) which is applied to the reactive multilayer (14.1), characterized in that the electrically conductive coating is tin-free and the applied reactive multilayer (14.1) can be activated by an energy pulse which triggers an exothermic reaction, wherein heat which is generated by the exothermic reaction can melt the adjacent first contact layer (14.2) of the press-in pin and the second contact layer (8.1) of the metallized plated-through hole and weld said first contact layer and said second contact layer to one another to form an integrally joined connection.
A switch for an electrical device, in particular for a power tool, comprising a slide controller for setting a rotational speed of the electrical device, comprising a switch housing, and comprising at least one printed circuit board arranged in the switch housing for receiving electrical components of the slide controller, wherein a movably mounted operating element (21.4) of the slide controller, in all setting positions of the operating element (21.4), is introduced in a sealed manner through a first feedthrough into a contact chamber of the switch housing, characterised in that the movably mounted operating element (21.4) of the slide controller, in all setting positions of the operating element (21.4), is guided out from the contact chamber in a sealed manner through a second feedthrough (44.1).
A Streptococcus pyogenes Cas9 (SpCas9) specific single-molecule guide ribonucleic acid (sgRNA) comprising a spacer sequence selected from the nucleic acid sequences of SEQ ID NOs: 3610; 973; 378; 1029; 3598; 3634; 1142; 388; 1121; 3678; 1137; 3531; 3654; 1045; 1096; 3558 and 3585.
An apparatus for forming an aluminum plate, comprising: an upper die having a bottom surface that corresponds to a top shape of a product shape to be formed, wherein the upper die is configured to descend by a press to press the aluminum plate; a lower die having an upper surface that corresponds to a bottom shape of the product shape; and an electrode unit inserted into the lower die and exposed on the upper surface of the lower die to apply a current to a bent portion of the product shape, wherein the electrode unit includes a positive (+) electrode and a negative (-) electrode, and the negative (-) electrode is exposed to the upper surface of the lower die at a portion that corresponds to the bent surface of the product shape. an upper die having a bottom surface that corresponds to a top shape of a product shape to be formed, wherein the upper die is configured to descend by a press to press the aluminum plate; a lower die having an upper surface that corresponds to a bottom shape of the product shape; and an electrode unit inserted into the lower die and exposed on the upper surface of the lower die to apply a current to a bent portion of the product shape, wherein the electrode unit includes a positive (+) electrode and a negative (-) electrode, and the negative (-) electrode is exposed to the upper surface of the lower die at a portion that corresponds to the bent surface of the product shape.
A latent heat storage device for an exhaust system of a combustion engine, more preferably of a motor vehicle, - with a storage body having a plurality of channels running parallel to one another, of which at least some contain a phase-changing material, - wherein the storage body is formed through a layer structure with at least two plates (10, 11), of which at least one is corrugated and which contact each other and are fastened to each other in such a manner that the waves of the at least one plate form the channels, - the two plates (10, 11) contact each other along contact lines, characterized in - that the two plates (10, 11) are fastened to each other along such contact lines, - that the two plates (10,11) loosely contact each other along some contact lines. - with a storage body having a plurality of channels running parallel to one another, of which at least some contain a phase-changing material, - wherein the storage body is formed through a layer structure with at least two plates (10, 11), of which at least one is corrugated and which contact each other and are fastened to each other in such a manner that the waves of the at least one plate form the channels, - the two plates (10, 11) contact each other along contact lines, - that the two plates (10, 11) are fastened to each other along such contact lines, - that the two plates (10,11) loosely contact each other along some contact lines.