mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: performing (S901, S1301), by a plurality of first antennas of a network device, listen before talk LBT on a first carrier, and determining, by the network device, a first time offset when at least one first antenna completes the LBT, wherein the plurality of first antennas are configured to send, on the first carrier, synchronization signal blocks SSBs of a first synchronization signal burst set SS Burst Set, and the first time offset is a time offset of an actual transmission time of the first SS Burst Set on the first carrier relative to a configured transmission time of the first SS Burst Set; and sending (S902, S1302), by the network device, the first time offset to a terminal; sending, by the network device, first indication information to the terminal, wherein the first indication information is used to indicate whether the plurality of first antennas separately complete the LBT when sending the SSBs of the first SS Burst Set, or the first indication information is used to indicate whether the SSBs of the first SS Burst Set are successfully sent. performing (S901, S1301), by a plurality of first antennas of a network device, listen before talk LBT on a first carrier, and determining, by the network device, a first time offset when at least one first antenna completes the LBT, wherein the plurality of first antennas are configured to send, on the first carrier, synchronization signal blocks SSBs of a first synchronization signal burst set SS Burst Set, and the first time offset is a time offset of an actual transmission time of the first SS Burst Set on the first carrier relative to a configured transmission time of the first SS Burst Set; and sending (S902, S1302), by the network device, the first time offset to a terminal; sending, by the network device, first indication information to the terminal, wherein the first indication information is used to indicate whether the plurality of first antennas separately complete the LBT when sending the SSBs of the first SS Burst Set, or the first indication information is used to indicate whether the SSBs of the first SS Burst Set are successfully sent.
A device, comprising: one or more inputs configured to receive a streaming access request to access a plurality of individually addressable words of a determined region of a random access memory, the request including an offset associated with the determined region and a pattern associated with the streaming access; a plurality of outputs configured to be coupled to word lines of the random access memory; and streaming access control circuitry coupled to the one or more inputs and to the plurality of outputs and configured to respond to the streaming access request by generating control signals to drive the word lines to access the plurality of individually addressable words of the determined region in accordance with the pattern, the streaming access control circuitry being configured to identify the determined region based on the offset and the indication of the pattern associated with the streaming access. one or more inputs configured to receive a streaming access request to access a plurality of individually addressable words of a determined region of a random access memory, the request including an offset associated with the determined region and a pattern associated with the streaming access; a plurality of outputs configured to be coupled to word lines of the random access memory; and streaming access control circuitry coupled to the one or more inputs and to the plurality of outputs and configured to respond to the streaming access request by generating control signals to drive the word lines to access the plurality of individually addressable words of the determined region in accordance with the pattern, the streaming access control circuitry being configured to identify the determined region based on the offset and the indication of the pattern associated with the streaming access.
Device for removal of undesirable substances and items, such as metabolic waste products, soiling, dust and cosmetic residues from around the eyes, consisting of a functional part and a handle, the handle permanently bonded to or separable from the functional part; and a watertight packaging, in which the functional part and optionally the handle are sealed, characterised in that the functional part consists of a porous hydrophilic polymer which is shaped for non-aggressive contact with the cleaned area of the eye and comprises in its porousness a non-toxic and non-irritant fluid.
An apparatus for performing an elliptic curve cryptography point doubling operation using Jacobian coordinates comprising: - a register memory for storing a point in Jacobian coordinates; - a modular multiplier electrically coupled to the register memory; and - a simple arithmetic processor electrically coupled to the register memory configured for two temporary storage variables T 1 and T 2, and the modular multiplier, wherein the simple arithmetic processor is configured to perform modular subtraction, modular multiplication by two and modular division by two in support of the point doubling operation comprising a plurality of steps in Jacobian coordinates, characterized in that the simple arithmetic processor has inputs A, B and C and outputs D and E, and in that the simple arithmetic processor is further configured to compute D = 3C and to selectively compute E = A - B/2, E = A - B,E = A - 2B and E = 2A - B. - a register memory for storing a point in Jacobian coordinates; - a modular multiplier electrically coupled to the register memory; and - a simple arithmetic processor electrically coupled to the register memory configured for two temporary storage variables T 1 and T 2, and the modular multiplier, wherein the simple arithmetic processor is configured to perform modular subtraction, modular multiplication by two and modular division by two in support of the point doubling operation comprising a plurality of steps in Jacobian coordinates,
A machine for planting bulbs, each bulb having a head, the machine comprising: - a hopper for receiving bulbs in bulk, the hopper having an outlet orifice for the bulbs, and - means for depositing the bulbs in a furrow of soil, the machine also comprising means for orienting the bulbs, the means for orienting the bulbs comprising: - a corridor, extending between the outlet orifice and the depositing means, and - means for driving the bulbs along the corridor, the corridor being bordered by two walls which are inclined relative to each other and each having a lower end, the lower ends of the walls defining therebetween a space for receiving the head of the bulbs, characterised in that it also comprises gripping means interposed between the hopper and the orientation means, the gripping means comprising: - a plurality of buckets - a belt to which the buckets are fastened - a chute in which the belt circulates, the chute extending along a partition of the hopper, the buckets circulating, in the hopper in a first direction by each grasping a bulb from the outlet orifice, then out of the hopper in a second direction opposite to the first direction. - a hopper for receiving bulbs in bulk, the hopper having an outlet orifice for the bulbs, and - means for depositing the bulbs in a furrow of soil, the machine also comprising means for orienting the bulbs, the means for orienting the bulbs comprising: - a corridor, extending between the outlet orifice and the depositing means, and - means for driving the bulbs along the corridor, the corridor being bordered by two walls which are inclined relative to each other and each having a lower end, the lower ends of the walls defining therebetween a space for receiving the head of the bulbs, - a corridor, extending between the outlet orifice and the depositing means, and - means for driving the bulbs along the corridor, the corridor being bordered by two walls which are inclined relative to each other and each having a lower end, the lower ends of the walls defining therebetween a space for receiving the head of the bulbs, characterised in that it also comprises gripping means interposed between the hopper and the orientation means, the gripping means comprising: - a plurality of buckets - a belt to which the buckets are fastened - a chute in which the belt circulates, the chute extending along a partition of the hopper, - a plurality of buckets - a belt to which the buckets are fastened - a chute in which the belt circulates, the chute extending along a partition of the hopper, the buckets circulating, in the hopper in a first direction by each grasping a bulb from the outlet orifice, then out of the hopper in a second direction opposite to the first direction.
A tool comprising: at least one bit; and a tool frame including at least one hole therethrough for holding the at least one bit, wherein the at least one bit is removed by pushing the bit through and out one side of the at least one hole or pulling the bit from a second opposite side of the at least one hole. at least one bit; and a tool frame including at least one hole therethrough for holding the at least one bit, wherein the at least one bit is removed by pushing the bit through and out one side of the at least one hole or pulling the bit from a second opposite side of the at least one hole.
A molecular sieve having the framework structure of ZSM-5, said molecular sieve comprising crystals having an external surface area in excess of 200 m2/g, as determined by the t-plot method for nitrogen physisorption, and an X-ray diffraction pattern with a single diffuse composite feature in the two-theta range from 21.5 to 26°.
Device for the treatment of esophageal stenosis, comprising: - at least one body of elongated shape intended to be inserted inside the esophagus of a patient; - at least one tubular sheath mounted around said body to define an interspace between said body and said tubular sheath; - at least one stiffening element (8, 9) housed in said interspace and comprising a plurality of ribs extending along said interspace; characterized by the fact that it comprises at least one waveguide housed inside said interspace and configured to drive at least one light radiation inside it, said light radiation diffusing into said esophagus, and by the fact that it comprises at least one light source of said light radiation, said light source comprising a plurality of emitting devices coupled to said waveguide, said emitting devices being arranged adjacent to and aligned with each other along the longitudinal direction of extension of said body and positioned between said ribs. - at least one body of elongated shape intended to be inserted inside the esophagus of a patient; - at least one tubular sheath mounted around said body to define an interspace between said body and said tubular sheath; - at least one stiffening element (8, 9) housed in said interspace and comprising a plurality of ribs extending along said interspace;
A memory controller comprising: a register to store a mode setting indicative of a first mode or a second mode, the first mode being a low power mode, the second mode being a high-performance mode; a controller I/O interface to receive data at a first data bandwidth in the first mode and a second data bandwidth in the second mode; and a command architecture to convey a command to a memory device comprising an I/O interface, a memory core and a core interface, wherein the command to specify a core interface voltage (Vi), the core interface voltage used by the core interface of the memory device to transfer data between the I/O interface and the memory core and, the core interface voltage (Vi) including a first voltage associated with the first mode and a second voltage associated with the second mode, and wherein the controller I/O interface is transmitting data at the first data bandwidth in the first mode and the second data bandwith in the second mode, wherein the controller inserts gaps in the data when transmitting in the first mode. a register to store a mode setting indicative of a first mode or a second mode, the first mode being a low power mode, the second mode being a high-performance mode; a controller I/O interface to receive data at a first data bandwidth in the first mode and a second data bandwidth in the second mode; and a command architecture to convey a command to a memory device comprising an I/O interface, a memory core and a core interface, wherein the command to specify a core interface voltage (Vi), the core interface voltage used by the core interface of the memory device to transfer data between the I/O interface and the memory core and, the core interface voltage (Vi) including a first voltage associated with the first mode and a second voltage associated with the second mode, and wherein the controller I/O interface is transmitting data at the first data bandwidth in the first mode and the second data bandwith in the second mode, wherein the controller inserts gaps in the data when transmitting in the first mode. the command to specify a core interface voltage (Vi), the core interface voltage used by the core interface of the memory device to transfer data between the I/O interface and the memory core and, the core interface voltage (Vi) including a first voltage associated with the first mode and a second voltage associated with the second mode, and wherein the controller I/O interface is transmitting data at the first data bandwidth in the first mode and the second data bandwith in the second mode, wherein the controller inserts gaps in the data when transmitting in the first mode.
A mirror cabinet, in particular for a bathroom, comprising a frame formed from longitudinal profiles, the frame is provided with side walls (5, 6), a lower and an upper wall (7, 8), and with a rear wall, and with or without at least one storage shelf (14, 15), wherein the interior of the at least one side wall (5, 6), the lower, the upper wall (7, 8), of the frame, in the rear wall, and/or at the storage shelf (14, 15) is provided with a lighting device with one or more lighting elements, which is installed as indirect lighting, wherein the lighting device with the at least one lighting element has at least one attached panel element, which is preferably made of a translucent material, such as milky plastic or the like, characterized in that the respective panel element with its outer visible surface is arranged flush with the inner lying outer surface of the respective longitudinal profile of the frame, wherein the respective longitudinal profile is provided with at least one chamber (16, 17) which is elongated in cross section when viewed in cross section.
A method for providing a high drivability control system for a vehicle having an engine and an infinitely variable transmission, comprising the steps of: providing at least one desired speed input for the controlling of the speed of the vehicle; and providing at least one control module (44, 62) for the controlling of the infinitely variable transmission ratio and for the controlling of the engine speed; whereby the high drivability control system takes the steps of: setting a maximum speed target; setting a vehicle speed percentage according to operator input using the at least one desired speed input; calculating a target engine speed from the current engine speed and the maximum speed target; calculating a target rate of change of the infinitely variable transmission ratio from the vehicle speed percentage; and calculating a target infinitely variable transmission ratio from the current infinitely variable transmission ratio and the target rate of change of the infinitely variable transmission ratio. providing at least one desired speed input for the controlling of the speed of the vehicle; and providing at least one control module (44, 62) for the controlling of the infinitely variable transmission ratio and for the controlling of the engine speed; setting a maximum speed target; setting a vehicle speed percentage according to operator input using the at least one desired speed input; calculating a target engine speed from the current engine speed and the maximum speed target; calculating a target rate of change of the infinitely variable transmission ratio from the vehicle speed percentage; and calculating a target infinitely variable transmission ratio from the current infinitely variable transmission ratio and the target rate of change of the infinitely variable transmission ratio.
An interconnect for a solid oxide fuel cell comprising: a conductive substrate; and a ceramic protective layer provided on one surface or both surfaces of the conductive substrate, wherein the ceramic protective layer comprises a spinel structure oxide represented by the following Chemical Formula 1: [Chemical Formula 1] Mn 1.5-0.5(x1+x2) Co 1.5-0.5(x1+x2) Cu x1 Y x2 O 4 in Chemical Formula 1, x1 and x2 represent molar ratios of Cu and Y, respectively, and satisfy ranges of 0<x1≤0.9 and 0<x2≤0.5. a conductive substrate; and a ceramic protective layer provided on one surface or both surfaces of the conductive substrate, wherein the ceramic protective layer comprises a spinel structure oxide represented by the following Chemical Formula 1: [Chemical Formula 1] Mn 1.5-0.5(x1+x2) Co 1.5-0.5(x1+x2) Cu x1 Y x2 O 4 in Chemical Formula 1, x1 and x2 represent molar ratios of Cu and Y, respectively, and satisfy ranges of 0<x1≤0.9 and 0<x2≤0.5.
Electrical insulation tape for a high-voltage electrical machine, comprising an impregnatable particle composite comprising a plurality of laminar electrical insulation particles, and first spacer particles applied to a surface of the electrical insulation tape, such that the porosity of the electrical insulation tape is higher in the region of the first spacer particles than in the region of the impregnatable particle composite.
A method for defining elongation of an elevator car suspension means, wherein the method comprising: - obtaining periodically a value representing an overtravel distance of the elevator car, and - defining the elongation of the elevator car suspension means on a basis of the periodically obtained values representing the overtravel distance of the elevator car, characterized in that the value representing the overtravel distance is obtained by: - overcoupling a final limit switch arranged to an elevator shaft above a top floor, - driving the elevator car upwards from the top floor until a counterweight comes into a contact with a buffer, and - obtaining a distance travelled by the elevator car from the top floor up to a detection of an indication that the counterweight comes into a contact with the buffer, wherein said distance corresponds to the value representing the overtravel distance of the elevator car, and wherein the indication is detected by means of one of the following: detection of a change in a torque of a hoisting motor, detection of a movement of the buffer by means of a switch arranged to the buffer. - obtaining periodically a value representing an overtravel distance of the elevator car, and - defining the elongation of the elevator car suspension means on a basis of the periodically obtained values representing the overtravel distance of the elevator car, characterized in that the value representing the overtravel distance is obtained by: - overcoupling a final limit switch arranged to an elevator shaft above a top floor, - driving the elevator car upwards from the top floor until a counterweight comes into a contact with a buffer, and - obtaining a distance travelled by the elevator car from the top floor up to a detection of an indication that the counterweight comes into a contact with the buffer, - overcoupling a final limit switch arranged to an elevator shaft above a top floor, - driving the elevator car upwards from the top floor until a counterweight comes into a contact with a buffer, and - obtaining a distance travelled by the elevator car from the top floor up to a detection of an indication that the counterweight comes into a contact with the buffer, wherein said distance corresponds to the value representing the overtravel distance of the elevator car, and wherein the indication is detected by means of one of the following: detection of a change in a torque of a hoisting motor, detection of a movement of the buffer by means of a switch arranged to the buffer.
A toilet lid assembly, comprising: a toilet lid (102, 202); and a toilet seat (104, 204) connected to the toilet lid, wherein the toilet lid comprises: a core structural layer having a shape and size associated with the toilet lid, the core structural layer having a plurality of painted surfaces; a first decorative graphic layer disposed on a first surface of the core structural layer; a second decorative graphic layer disposed on a second surface of the core structural layer opposite the first decorative graphic layer; a first exterior layer disposed on an exterior surface of the first decorative graphic layer; and a second exterior layer disposed on an exterior surface of the second decorative graphic layer, wherein at least a portion of each of the first and second decorative graphic layers is transparent and arranged to allow a portion of the painted surfaces of the core structural layer to be visible through the transparent portion. a toilet lid (102, 202); and a toilet seat (104, 204) connected to the toilet lid, a core structural layer having a shape and size associated with the toilet lid, the core structural layer having a plurality of painted surfaces; a first decorative graphic layer disposed on a first surface of the core structural layer; a second decorative graphic layer disposed on a second surface of the core structural layer opposite the first decorative graphic layer; a first exterior layer disposed on an exterior surface of the first decorative graphic layer; and a second exterior layer disposed on an exterior surface of the second decorative graphic layer,